Technical Sessions
Key to Session/Paper Numbers
AC
AI
AP
AS
BA
BI
BP
EL
EM
EN
EW
GR
HI
IA
IPF
IS
MG
MI
MN
MS
NL
NS
PS
SA
SE
SP
SS
TC
TF
TR
VT
Actinides and Rare Earths Focus Topic
Advanced Imaging of Cell and Bacteria Interactions with Surfaces Focus Topic
Atom Probe Tomography Focus Topic
Applied Surface Science
Biomolecules at Aqueous Interfaces Focus Topic
Biomaterial Interfaces
Biomembranes and Emerging Tools in Bioscience Plenary Session
Spectroscopic Ellipsometry Focus Topic
Electronic Materials and Processing
Energy Frontiers Focus Topic
Exhibitor Technology Spotlight
Graphene and Other 2D Materials Focus Topic
Helium Ion Microscopy Focus Topic
Ions at Aqueous Interfaces Focus Topic
Industrial Physics Forum
In Situ Spectroscopy and Microscopy Focus Topic
Accelerating Materials Discovery for Global Competitiveness Focus Topic
Magnetic Interfaces and Nanostructures
MEMS and NEMS
Manufacturing Science and Technology
Nanoparticle-Liquid Interfaces Focus Topic
Nanometer-scale Science and Technology
Plasma Science and Technology
Synchrotron Analysis Focus Topic
Advanced Surface Engineering
Scanning Probe Microscopy Focus Topic
Surface Science
Transparent Conductors and Printable Electronics Focus Topic
Thin Film
Tribology Focus Topic
Vacuum Technology
Sessions sponsored by two divisions are labeled with both acronyms (e.g. EM+SS),
then: a number to indicate parallel sessions sponsored by the same division (e.g. SS1, SS2),
then: a dash followed by the first two characters of the day of the week:
Monday, Tuesday, Wednesday, Thursday, Friday,
then: Morning, Afternoon, Lunch, Poster,
then: a number to indicate the time slot scheduled for each paper.
Example:
SS1-MoM9 (Surface Science, Monday morning, 11:00 am).
= AVS 60th Anniversary Events
= AVS 60th Anniversary Events
89
2013 Technical Program
Room/
101 A
101 B
EN+PS+TF
Thin Film,
Organic, and
Chalcogenide
Solar Cells
EM+TF
High-k Gate
Oxides for High
Mobility
Semiconductors I
EN+AS+NS+SS
Interfacial
Challenges in
Nanostructured
Solar Cells
EM
High-k Gate
Oxides for High
Mobility
Semiconductors
II
EN
Energy Past,
Present, and
Future
EM+PS
High-k Oxides
for MOSFETs
and Memory
Devices I
102 A
102 B
102 C
104 A
104 B
104 C
201 A
GR+EM+NS+
PS+SS+TF
Growth of 2D
Materials
PS
Innovative
Chemistries for
Advanced Etch
Processes
SS+AS+NS
Nanostructures:
Growth &
Characterization
Day
SuA
MoM
MoA
TuM
MN+AS+SS
PS+AS+BI+SE AC+MI+SA+TF
TF+EN
Actinides and
ALD for Energy
Rare Earths:
Experiment and
Electron
Applications
Correlation
Fabrication & MultiAtmospheric
scale Interactions of
Plasma
Materials, Surfaces,
Processing:
and Interfaces at the
Fundamental
and
Micro- & Nano-scale
MN+NS
Optomechanics,
Photonics, and
Quantum
Nanosystems
PS+TF
Plasma
Deposition
MN+NS
PS1
Micro and Nano Plasma Sources
Systems based on
Carbon and
Piezoelectric
Materials
AC+MI+SA+TF TF+AS+SE+SS GR+EM+NS+
PS
SP+TF
Actinides and
ALD/MLD
Advanced
Rare Earths:
Surface
BEOL/Interconn
Electronic
Theory and
Reactions,
Properties and
ect Etching
Electron
Precursors, and Charge Transport
Correlation
Properties
in 2D Materials
AC+AS+SS
The Surface
Science of
Actinides and
Rare Earths
TF
ALD for
Emerging
Applications
GR+AS+EM+
MI+MN
SS
Metal Oxides:
Reactivity and
Catalysis
PS2
Advanced
FEOL/Gate
Etching
SS+AS
Synthesis,
Structure and
Characterization
of Oxides
GR+AS+NS+SP
+SS
Characterization
incl. Microscopy
and Spectroscopy
of 2D Materials
PS2
Deep Etch
Processes for
Vias, Trenches
and MEMS
SS
Metals and
Alloys: Structure,
Reactivity &
Catalysis
GR
2D Materials on
Metallic
Substrates
PS
Fundamentals of
Plasma Surface
Interactions
SS+NS
Nanostructures:
Reactivity &
Catalysis
TF+AS+NS+SE TF+AS+BI+EM GR+AS+EM
PS
+SE+SS
+NS+SS
Beam and
PSTD at AVS60:
Glancing Angle Applications of Self- Dopants, Defects Looking Back
Assembled
Deposition
and Interfaces in
and Moving
Monolayers and
(GLAD)
2D Materials
Forward
Nano-Structured
Techniques
Assemblies
SS+EM
Semiconductor
Surfaces and
Interfaces
Optical, Magnetic,
Mechanical and
Thermal Properties
of 2D Materials
TuL
TuA
EN+AS+PS
Water Splitting
and Carbon
Dioxide
Conversion
EM+MI+NS+SS+TF
EM
High-k Oxides for
Evolution of
MOSFETs &
Electronic
Memory Devices II/
Oxides & Dielectrics Materials and the
AVS
for Novel Devices &
Ultra-dense Memory I
PS1
Plasma
Diagnostics,
Sensors and
Control
AC+AS+EN
TF
Actinides and High Throughput
Rare Earths: The
ALD
Nuclear Fuel
Cycle and
Critical Materials
TuP
WeM
EN+SE+SS+TF
EM1
Thin Films for Electrical Testing
Energy
and Defects in
III-V’s
EM+PS
Oxides and
Dielectrics for
Novel Devices
and Ultra-dense
Memory II
TC+EM+TF
Oxide and
Flexible
Electronics
TF+MI
Magnetic Thin
Films and
Nanostructures
TF+VT
Thin Film
Permeation
Barriers and
Encapsulation
WeL
WeA
EL+AS+EM+SS
+TF
ThM
EL+AS+EN+PS
+SS+TF
ThA
GR+EM+NS
+SS+TF
Spectroscopic
Ellipsometry:
Perspectives and
Novel Applications
Spectroscopic
Ellipsometry for
Photovoltaics and
Instrument
Development
Beyond Graphene:
Other 2D Electronic
Materials and their
Heterostructures
EM
EM+AS+NS+SS
III-V Devices
Semiconductor
and Tunnel FETs Heterostructures/
Heusler Alloys
EM+AS+EN
+TF
Hybrid and
Organic
Electronics
EM2
Non-traditional
Inorganic
Semiconductors
TC+EM+EN
+TF
Transparent
Conductors and
Photovoltaics
EM+AS+PS+TF PS+AS+NS+SS
TF+PS
Materials and Plasma Synthesis Advanced CVD
Process for
of
Methods
Advanced
Nanostructures
Interconnects I
EM
Materials and
Process for
Advanced
Interconnects II
BI+AS+BA+NS
+SS
Biomolecules at
Interfaces
TF
Energetic Thin
Films
TF+AS+EM
+NS+SS
Thin Film:
Growth and
Characterization
I
TF+EM+NS+SS
Thin Film:
Growth and
Characterization
II
GR+AS+NS+SS
PS
2D Materials: Plasma Modeling
Nanostructures
SS+EN
Photocatalysis
and
Photochemistry
at Surfaces
GR+AS+BI+PS
+SS
SS1
Organic Layers
on Surfaces
Plasma Processing,
Surface Chemistry,
Functionalization, &
Sensor Applications
of 2D Materials
PS
Low Damage
Processing
ThP
FrM
GR+EM+MS+
NS+SP
2D Materials:
Device Physics
& Applications
EM+NS+SS+TF
EM+NS+TF
Growth and
Nanoelectronic
Characterization Interfaces, Materials,
of Group IIIand Devices/ CrystalNitride Materials
line Oxides on
TF+EM+NS+SS
Thin Film:
Growth and
Characterization
III
Semiconductors
90
SS
Oxides and
Semiconductors:
Structure and
Reactivity
at a Glance
201 B
202 A
202 B
202 C
203 A
203 B
203 C
204
VT
Vacuum
Measurement
and Metrology
BA+AI+AS+BI
+IS+NL
Biomolecules at
Aqueous
Interfaces
NS+BI+EM
Nanophotonics
and Plasmonics
TR+AS
Bridging Scales
and
Characterization
AS+BI
Organic Depth
Profiling
VT
Dynamic
Vacuum
Processes and
Outgassing
IA+AI+BI+IS+
NL+SS
Ions at Aqueous
Interfaces
NS+AS+EM
Nanowires and
Nanotubes
TR+AS+NS+SS
AS
Molecular
Analyses Using
Origins of
Novel Ion
Friction
Beams
Hall A
Hall B
BP+AS
Biomembranes
and Emerging
Tools in
Bioscience
Plenary Session
BI+AS+IS+NL
MI
MS+AS+EM+
EN+NS+TF
Surfaces to
Topological
IPF 2013Control Cell
Materials,
Manufacturing
Response
Rashba Systems, Challenges: R&D
and Heusler
Perspective/Energy
Alloys
Storage
MS+AS+EM
BI+AI+BA+IS MI+EM+MG
+NS+PS+TF
Biofouling
Frontiers of
IPF 2013-Mfg
Complex Oxides
Challenges for
Emerging Tech: III.
Mfg Challenges:
Electronics
MS+AS+BA
BI+AS+BA+NL
MI+EM
+BI+PS+TF
Biointerface,
Spintronics and
IPF 2013-Mfg
Energy and
Magnetoelectrics
Challenges for
Environmental
Emerging Tech: IV.
Applications of
Mfg Challenges:
QCM
The Life Sciences
VT
History of
Vacuum
Technology
NS+EM+EN
Nanoscale
Transport and
Devices
TR+SE
Low Friction
Materials
AS
Developments in
Electron
Spectroscopies
for Non-Ideal
Samples
EW
Exhibitor
Technology
Spotlight I
EW
Exhibitor
Technology
Spotlight II
IA+BA
MI+AS+NS+SP
Ions and
Advanced
Biomolecules at
Probes in
Aqueous
Magnetic
Interfaces
Imaging and
Characterization
MS+AS+EL+
EM+PS+TF
Manufacturing
Challenges of
Nanoscale
Patterning
VT+EN+TF
Vacuum for
Industrial
Processing
AP+AS+SS
Microstructural and
Interface Analysis
of Metals Subjected
to Various
Conditions
NS+AS+EN+SS
Nanoscale
Catalysis and
Surface
Chemistry
SA+AS+MG
+SS
HAXPES
Studies on
Interfaces and
Buried Layers
AS+BI
Forensic Science,
Art & Archaeology
(2:00-3:20pm) /
Quasicrystals &
Complex Metal
Alloys (4:00-6:00pm)
EW
Exhibitor
Technology
Spotlight III
POSTER
SESSIONS
(AC, AP, BI,
EN, MI, MN,
MS, NS, PS, SA,
SS, TC, TR, VT)
BI
Cell-Surface
Interactions
SS+AS
MG+EM+MI+
VT
AP+AS+EM
MS
+MI+TF
Catalysis in
Pumps,
Prebiotic Chemistry Materials Discovery Accelerators and APT Analysis of
(8:00-10:00 am)/
and Optimization
Large Vacuum Semiconductor,
Environmental
through Iterative
Systems
Magnetic, and
Interfaces (10:40
Approaches
Oxide Materials
am-12:00 pm)
NS+AS+BI+SP SA+AS+MI+SS
AS+BI+IS
Nanoscale
Sync. & Imagery:
Ambient
Imaging and
PEEM, NanoIonization Mass
Microscopy
ARPES/Sync.
Spectrometry
EW
Exhibitor
Technology
Spotlight IV
TXRF & Related
Tech.
EW
Exhibitor
Technology
Spotlight V
BI+AI+AS+BA+ SS+AS+NS+SP MG+EN+MS VT+AS+SS+TF
IA+NL+NS+SP
Single
Education for Surface Science
Characterization
Molecules at
Interactive R&D for Accelerator
of Biointerfaces
Surfaces:
& Industrial
Applications
Structure and
Implementation
Dynamics
AP+AS+MI
+NS+SS
BI+NL+NS+SS
SS
MG+MI+NS
Bio/Nano
Chirality &
Theoretical and
Interfaces
Enantioselectivit Computational
y on Surfaces
Methods
SP+AS+BI+MI
+NS+SS
Advances in
Scanning Probe
Imaging
HI
Basics of
Helium Ion
Microscopy
IS+AS+SS
SE+PS
AS+BI+EM+N
L+NS+SS
Pulsed Plasmas in
Ambient
Pressure XPS Surface Engineering Nanoparticle
(8:00-10:00
am)/
from
Surface
Atmospheric PressSophistication to ure Plasmas (10:40
Chemistry
Reality
am-12:00 pm)
SP+AS+BI+EM
+MI+NS+SE+SS
HI
Imaging and
Lithography
with Helium
Ions
IS+EN+SP+SS
NL+AS+BI
Nanoparticles
with Proteins
and Cells:
Modelling and
Measurement
SS2
Surface
Dynamics and
Non-adiabatic
Processes
MG
Theory,
Computation and
Data-Enabled
Scientific
Discovery
Probe-sample
Interactions, Nanomanipulation and
Emerging Instrument Formats
APT and FIM
Analysis of
Catalysts and
Nanoscale
Materials
NS+BI+EM
Nanopatterning
and
Nanolithography
In Situ Studies of
Electrochemical
Interfaces and
Processes
SE+PS
Atmospheric
Pressure
Plasmas
SE+NS+TF
Nanostructured
Thin Films and
Coatings
AS
Developments in
Electron
Spectroscopies
for Non-Ideal
Samples 2
EW
Exhibitor
Technology
Spotlight VI
AS+BI+EM+
NL+NS+SS
Nanoparticle
Surface
Chemistry II
POSTER
SESSIONS
(AS, EL, EM,
GR, HI, IS, SE,
SP, TF)
NL+AS+BI+SA
Emerging Methods
to Identify and
Measure Nanomaterials in
Biological
Environments
MG+AS+EM+NS+ SP+AS+EM+
SA+SE+SP+SS+TF
GR+MI+NS+SS
Novel Synth.
Probing
Approaches & Innov.
Electronic and
Charac. Tech.
Coupled w/ Theory/
Transport
Computations
Properties
IS+AS+SP
SE+EN
Evolving In Situ
Surface
Microscopic and Engineering for
Spectroscopic
Energy
Techniques and Conversion and
Applications
Harvesting
91
Special Events Sunday
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Short Courses Sunday
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Special or Focus Area Sessions
8:00 am
8:00 am
8:00 am
Special Session
Special Session
Special Session
92
NOTES
93
Sunday Afternoon, October 27, 2013
Biomembranes and Emerging Tools in Bioscience Plenary
Session
Room: 201 B - Session BP+AS-SuA
Biomembranes and Emerging Tools in Bioscience Plenary
Session
Moderator: P. Kingshott, Swinburne University of Technology
3:00 pm
BP+AS-SuA1 Invited
3:20 pm
Invited talk continued.
3:40 pm
BP+AS-SuA3 Invited
A "GoogleMAP"-type Molecular View of Microbes and Biofilms - From
Culture to People, P.C. DORRESTEIN, University of California San Diego
Physical Chemistry of Living Systems: Mechanisms of Signal
Transduction in Membranes at the Single Molecule Level, J. GROVES,
University of California, Berkeley
4:00 pm
Invited talk continued.
4:20 pm
BP+AS-SuA5 Invited
New Strategies for the Separation and Crystallization of Membrane
Components in Lipid Bilayers, S.D. EVANS, M. CHEETHAM, P. BAO, G.R. HEATH,
J. ROTH, A. BLAKESTON, B. JOHNSON, University of Leeds, UK
4:40 pm
Invited talk continued.
5:00 pm
BP+AS-SuA7 Invited
Surface-Specific Sum-Frequency Vibrational Spectroscopy, Y.R. SHEN,
University of California, Berkeley
5:20 pm
Invited talk continued.
94
Anticipated Schedule
Sunday Morning, October 27, 2013
TIME
SESSION
ROOM
8:00 am
_________________________________________________________________________________________________________________________________________________
8:20 am
_________________________________________________________________________________________________________________________________________________
8:40 am
_________________________________________________________________________________________________________________________________________________
9:00 am
_________________________________________________________________________________________________________________________________________________
9:20 am
_________________________________________________________________________________________________________________________________________________
9:40 am
_________________________________________________________________________________________________________________________________________________
10:00 am
_________________________________________________________________________________________________________________________________________________
10:20 am
_________________________________________________________________________________________________________________________________________________
10:40 am
_________________________________________________________________________________________________________________________________________________
11:00 am
_________________________________________________________________________________________________________________________________________________
11:20 am
_________________________________________________________________________________________________________________________________________________
11:40 am
_________________________________________________________________________________________________________________________________________________
12:00 pm
_________________________________________________________________________________________________________________________________________________
Lunch
when
_________________________________________________________________________________________________________________________________________________
with
_________________________________________________________________________________________________________________________________________________
where
_________________________________________________________________________________________________________________________________________________
Anticipated Schedule
Sunday Afternoon, October 27, 2013
TIME
SESSION
ROOM
1:00 pm
_________________________________________________________________________________________________________________________________________________
1:20 pm
_________________________________________________________________________________________________________________________________________________
1:40 pm
_________________________________________________________________________________________________________________________________________________
2:00 pm
_________________________________________________________________________________________________________________________________________________
2:20 pm
_________________________________________________________________________________________________________________________________________________
2:40 pm
_________________________________________________________________________________________________________________________________________________
3:00 pm
_________________________________________________________________________________________________________________________________________________
3:20 pm
_________________________________________________________________________________________________________________________________________________
3:40 pm
_________________________________________________________________________________________________________________________________________________
4:00 pm
_________________________________________________________________________________________________________________________________________________
4:20 pm
_________________________________________________________________________________________________________________________________________________
4:40 pm
_________________________________________________________________________________________________________________________________________________
5:00 pm
_________________________________________________________________________________________________________________________________________________
95
Special Events Monday
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Short Courses Monday
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Special or Focus Area Sessions
8:00 am
8:00 am
8:00 am
Special Session
Special Session
Special Session
96
NOTES
97
Monday Morning, October 28, 2013
Actinides and Rare Earths Focus Topic
Room: 102 C - Session AC+MI+SA+TF-MoM
Applied Surface Science
Room: 204 - Session AS+BI-MoM
Actinides and Rare Earths: Experiment and Electron
Correlation
Organic Depth Profiling
AC+MI+SA+TF-MoM1 Invited
AS+BI-MoM1
Moderators: K.G. Lloyd, DuPont, D. Moon, DGIST
Moderator: T. Durakiewicz, Los Alamos National Laboratory
8:20 am
Our Understanding of the Condensed-Matter Physics of Actinides: What
have we Learned in 50 Years?, G. LANDER, ITU, Karlsruhe, Germany
Combining Gas Cluster Ion Beam (GCIB) and AngleResolved XPS (ARXPS) Depth-Profiling, P. CUMPSON, A. BARLOW, N. SANO,
J. PORTOLES, Newcastle University, UK
8:40 am
Invited talk continued.
AS+BI-MoM2 XPS Analysis of Oxygen Plasma Modified Polyethylene
Surfaces, S.S. ALNABULSI, Physical Electronics Inc., N. DE GEYTER, R. MORENT,
Ghent University, Belgium, J.F. MOULDER, Physical Electronics Inc.
9:00 am
AC+MI+SA+TF-MoM3 Invited
5f Electron Localization, J.L. SMITH, Los Alamos National Laboratory
AS+BI-MoM3
9:20 am
Invited talk continued.
AS+BI-MoM4
XPS Valence Band Profiling of Polymer Mixtures with Argon
Cluster Ions, P. MACK, Thermo Fisher Scientific, UK
Successful XPS Sputter Depth Profiling of Organic Materials
Using Massive Argon Cluster Ions, S.J. HUTTON, Kratos Analytical Limited, UK, J.
WALTON, The University of Manchester, UK, W. BOXFORD, C.J. BLOMFIELD, J.D.P.
COUNSELL, S.C. PAGE, Kratos Analytical Limited, UK
9:40 am
10:00 am
AC+MI+SA+TF-MoM5 Invited
Historical Aspects and Perspectives of X-Ray Spectroscopy in
Lanthanide and Actinide Materials, G. KAINDL, Freie Universität Berlin, Germany
Invited talk continued.
3D Characterization of Multi-Layer Polymer Films by XPS
and TOF-SIMS, S. IIDA, T. MIYAYAMA, ULVAC-PHI, Inc., Japan, G.L. FISHER, J.S.
AS+BI-MoM5
HAMMOND, S.R. BRYAN, Physical Electronics Inc.
In Situ TOF-SIMS and SFM Measurements Providing Real
3D Chemical Information, E. NIEHUIS, S. KAYSER, R. MÖLLERS, ION-TOF GmbH,
AS+BI-MoM6
Germany, L. BERNARD, H.-J. HUG, EMPA, Switzerland, N. HAVERCROFT, ION-TOF USA,
Inc., R. DIANOUX, A. SCHEIDEMANN, NanoScan AG, Switzerland
10:20 am
BREAK
BREAK
Time of Flight Secondary Ion Mass Spectroscopy (ToF
SIMS) Analysis of Stress Tolerant Polymer (STP) in GenGard Corrosion
Inhibitors, G. ZORN, M. KARADGE, M.M. MORRA, GE Global Research, J. DAVIS, C.C.
10:40 am
AS+BI-MoM8
PIERCE, J.I. MELZER, GE Power & Water
11:00 am
Soft X-ray Absorption and Photoelectron
Spectroscopy of Pu, J.G. TOBIN, Lawrence Livermore National Laboratory
AC+MI+SA+TF-MoM9
Argon Gas Cluster Beam Etching of Organic Contaminants
on Graphene and HOPG, BJ. TYLER, A.J. POLLARD, I.S. GILMORE, National
AS+BI-MoM9
Physical Laboratory, UK
11:20 am
11:40 am
AC+MI+SA+TF-MoM10 Invited
AS+BI-MoM10 Invited
Livermore National Laboratory
HOUSSIAU, University of Namur, Belgium
Invited talk continued.
Invited talk continued.
Signatures of the γ - α Volume Collapse in Cerium, M.J. LIPP, Lawrence
Why is Low Energy Cesium so Efficient for Depth-profiling Organics?, L.
98
Monday Morning, October 28, 2013
Biomolecules at Aqueous Interfaces Focus Topic
Room: 203 A - Session BA+AI+AS+BI+IS+NL-MoM
Biomaterial Interfaces
Room: 201 B - Session BI+AS+IS+NL-MoM
Biomolecules at Aqueous Interfaces
Surfaces to Control Cell Response
BA+AI+AS+BI+IS+NL-MoM1 Invited
BI+AS+IS+NL-MoM1
DOUGHTY, Y. RAO, S.M. KAZER, S.J.J. KWOK, N.T. TURRO, Columbia University
Technology, Australia
Invited talk continued.
BI+AS+IS+NL-MoM2
Moderator: P. Koelsch, University of Washington
8:20 am
8:40 am
Selected Studies of Biomolecular Interactions, K.B. EISENTHAL, B.
Moderator: H.E. Canavan, University of New Mexico
Modulation of Cell Behaviour using Self–assembled
Binary Colloidal Crystals, P.Y. WANG, P. KINGSHOTT, Swinburne University of
Achieving Differential Cell Adhesion with Novel
Polymer Surfaces Identified using Microarrays, F.A. SIMOES, C. ALEXANDER,
G. MANTOVANI, L. BUTTERY, M.R. ALEXANDER, University of Nottingham, UK
9:00 am
Interaction of Hematopoietic and Leukemic Cells with
their Microenvironment, A. ROSENHAHN, Ruhr-University Bochum, Germany, M.
BA+AI+AS+BI+IS+NL-MoM3 Invited
BI+AS+IS+NL-MoM3
GEIGER, Northwestern University
HANKE, C. CHRISTOPHIS, Karlsruhe Institute of Technology, Germany, I. TAUBERT, N.
BARAN, P. WUCHTER, A.D. HO, University of Heidelberg, Germany
9:20 am
Invited talk continued.
BI+AS+IS+NL-MoM4
9:40 am
BA+AI+AS+BI+IS+NL-MoM5
Characterizing the Protein-Surface Interactions
that Control Diatom Biomineralization, J.E. BAIO, Oregon State University, M.
BI+AS+IS+NL-MoM5 Invited
Probing Nanoparticle-lipid Bilayer Interactions with Nonlinear Optics, F.
BONN, T. WEIDNER, Max Planck Institute for Polymer Research, Germany
10:00 am
Probing the Effects of Different Ions on the
Formation of Microstructure Within Collagen Hydrogels by Second
Harmonic Generation (SHG) Microscopy, X. LANG, J.G. LYUBOVITSKY,
BA+AI+AS+BI+IS+NL-MoM6
The Creation of Polymeric Biointerfaces using NonContact Dispensing Technology, C. DUFRESNE, Scienion
The Role of Cell-Substrate Interactions on Cell Stiffness and Cell
Volume, D.A. WEITZ, Harvard University
Invited talk continued.
University of California, Riverside
10:20 am
BREAK
BREAK
10:40 am
BA+AI+AS+BI+IS+NL-MoM8 Invited
BI+AS+IS+NL-MoM8 Quantitative, Predictive Models of Adhesion of Cells to
Polymers, V.C. EPA, D.A. WINKLER, CSIRO Materials Science & Engineering, Australia,
A.L. HOOK, C. CHANG, J. YANG, University of Nottingham, UK, R. LANGER, D.G.
ANDERSON, MIT, P. WILLIAMS, M.C. DAVIES, M.R. ALEXANDER, University of
Nottingham, UK
Sum Frequency Generation (SFG) Vibrational Spectroscopy Studies of
Molecules at Solid-Liquid and Solid-Gas Interfaces, G.A. SOMORJAI,
University of California, Berkeley and Lawrence Berkeley National Laboratory, X. CAI,
Lawrence Berkeley National Laboratory
11:00 am
Invited talk continued.
BI+AS+IS+NL-MoM9 Smart Surfaces for Studies
Behavior, M.N. YOUSAF, York University, Canada
11:20 am
BA+AI+AS+BI+IS+NL-MoM10
A Molecular View of Water Interacting with
Climate-active Ice Nucleating Proteins, R. PANDEY, Max Planck Institute for
BI+AS+IS+NL-MoM10
Polymer Research, Germany, J. FRÖHLICH, U. PÖSCHL, Max Planck Institute for
Chemistry, Germany, M. BONN, T. WEIDNER, Max Planck Institute for Polymer Research,
Germany
University of Nottingham, UK, D.G. ANDERSON, R. LANGER, Massachusetts Institute of
Technology, M.C. DAVIES, M.R. ALEXANDER, C. DENNING, University of Nottingham, UK
11:40 am
of Real-Time Dynamic Cell
What Makes the Heart Grow Fonder? Chemically
Diverse Polyacrylate and Polyacrylamide Surfaces for Human
Cardiomyocyte Culture and Their Effect on Phenotype, A.K. PATEL,
Selectivity in Platelet Activation by the Titania
Surface: A Model System for In Vitro Modulation of Platelet Activity, S.
BI+AS+IS+NL-MoM11
GUPTA, CIC biomaGUNE, Spain, I. REVIAKINE, Karlsruhe Institute of Technology,
Germany
99
Monday Morning, October 28, 2013
Electronic Materials and Processing
Room: 101 B - Session EM+TF-MoM
Energy Frontiers Focus Topic
Room: 101 A - Session EN+PS+TF-MoM
High-k Gate Oxides for High Mobility Semiconductors I
Thin Film, Organic, and Chalcogenide Solar Cells
Ultrathin Titanyl Phthalocyanine Active Layer on Graphene
for Atomic Layer Deposition, A.C. KUMMEL, H.H. PARK, University of California,
EN+PS+TF-MoM1 Invited
Moderator: C.L. Hinkle, University of Texas at Dallas
8:20 am
Moderator: Y. Xu, Oak Ridge National Laboratory
EM+TF-MoM1
San Diego, S.W. PARK, University of California at San Diego
8:40 am
Correlation between Current-Voltage Measurements and
the Barrier Height Determined by XPS in Ge p-MOS Capacitors, S.
EM+TF-MoM2
Understanding (?) Solar Devices through Soft X-Ray and Electron
Spectroscopy, C. HESKE, UNLV and KIT
Invited talk continued.
FADIDA, F. PALUMBO, Technion Israel Institute of Technology, Israel, L. NYNS, H.C. LIN,
S. VAN ELSHOCHT, M. CAYMAX, IMEC, Belgium, M. EIZENBERG, Technion Israel Institute
of Technology, Israel
9:00 am
EM+TF-MoM3 Invited
Gate Dielectrics on Graphene, J. KIM, The University of Texas at Dallas
EN+PS+TF-MoM3 Raman Scattering Studies of Photovoltaic Thin Films, S.
CHOI, L.M. GEDVILAS, J.N. DUENOW, L.M. MANSFIELD, M. CONTRERAS, I.L. REPINS,
D.H. LEVI, National Renewable Energy Laboratory
9:20 am
Invited talk continued.
EN+PS+TF-MoM4
Continuous-Flow Chemical Bath Deposition of ZnxCd1-xS
Thin Films For Chalcopyrite Solar Cells, B.S. TOSUN, J.T. ABRAHAMSON, A.A.
GUNAWAN, K.A. MKHOYAN, S.A. CAMPBELL, E.S. AYDIL, University of Minnesota
EM+TF-MoM5
Impact of N2 and Forming Gas Plasma Exposure on the
Growth and Interfacial Characteristics of Al2O3 on Al0.25Ga0.75N, X. QIN, B.
EN+PS+TF-MoM5
BRENNAN, H. DONG, A. AZCATL, R.M. WALLACE, University of Texas at Dallas
of Mines
EM+TF-MoM6
Monitoring the HfO2-InAs Interface during the ALD Process
using Ambient Pressure X-ray Photoemission Spectroscopy, R. TIMM, S.
EN+PS+TF-MoM6
YNGMAN, A. HEAD, J. KNUTSSON, M. HJORT, J. KNUDSEN, J. SCHNADT, L.-E.
WERNERSSON, A. MIKKELSEN, Lund University, Sweden
Dublin, Ireland, C.A. WOLDEN, Colorado School of Mines
10:20 am
BREAK
BREAK
10:40 am
EM+TF-MoM8 Invited
EN+PS+TF-MoM8 Surface Energetics of AgInSe2 Thin Films, P. PEÑA
MARTIN, A. ROCKETT, University of Illinois at Urbana Champaign
9:40 am
10:00 am
Challenges and Progress in Complementary Tunnel FETs, M. WISTEY, G.
Development of Plasma-Enhanced Vapor Transport
Deposition of CdTe Absorbers, J. BEACH, C.A. WOLDEN, J.J. LI, Colorado School
Self-Limiting Growth of Pyrite Solar Absorbers using
Pulsed PECVD, C. SENTMAN, Colorado School of Mines, M. O'BRIEN, Trinity College
ZHOU, Y. LU, R. LI, Q. ZHANG, W.S. HWANG, Q. LIU, T. VASEN, C. CHEN, M. QI, H. ZHU,
J.-M. KUO, S. CHAE, Y. LU, H. ZHU, J.-M. KUO, T. KOSEL, S. KOSWATTA, P.J. FAY, A.
SEABAUGH, H. XING, University of Notre Dame
11:00 am
Microstructure Evolution During Annealing of Copper
Zinc Tin Sulfide Colloidal Nanocrystal Coatings to form Large-Grain
Polycrystalline Thin Films, B.D. CHERNOMORDIK, A.E. BÉLAND, D.D. DENG, A.A.
Invited talk continued.
EN+PS+TF-MoM9
GUNAWAN, University of Minnesota, D.J. NORRIS, ETH Zürich, Switzerland, E.S. AYDIL,
University of Minnesota
11:20 am
In Situ Infrared Study on the Interfacial Layer Formation
during the Atomic Layer Deposition of Aluminum Silicate on Chemicallytreated InP(100), W. CABRERA, K. BERNAL-RAMOS, A. VEGA, The University of
EM+TF-MoM10
EN+PS+TF-MoM10 Surface Properties of the Photovoltaic Material Kesterite
Cu2ZnSnSe4, C. PERKINS, J. LI, I.L. REPINS, K.X. STEIRER, G. TEETER, National
Renewable Energy Laboratory
Texas at Dallas, I.M. POVEY, Tyndall National Institute, Ireland, H. DONG, B. BRENNAN,
R.M. WALLACE, Y.J. CHABAL, The University of Texas at Dallas
11:40 am
Density Function Theory Simulations of a-Al2O3/GaN(0001) EN+PS+TF-MoM11 Enhanced Grain Growth in Cu2ZnSnS4 Thin Films via
Interfaces Resulting from Ex Situ and In Situ Surface Preparation, A.C.
Vapor Transport of Alkali Metal Impurities, M. JOHNSON*, University of
EM+TF-MoM11
KUMMEL, E. CHAGAROV, S. GU, P. ASBECK, University of California San Diego, S.
MADISETTI, S. OKTYABRSKY, University at Albany-SUNY, T. KAUFMAN-OSBORN, A.J.
KERR, University of California San Diego
Minnesota, S. BARYSHEV, Argonne National Laboratory, E. THIMSEN, M. MANNO, X.
ZHANG, C. LEIGHTON, E.S. AYDIL, University of Minnesota
100
* TFD James Harper Award Finalist
Monday Morning, October 28, 2013
Graphene and Other 2D Materials Focus Topic
Room: 104 B - Session GR+EM+NS+PS+SS+TF-MoM
Magnetic Interfaces and Nanostructures
Room: 202 A - Session MI-MoM
Growth of 2D Materials
8:20 am
Moderators: T. Ohta, Sandia National Laboratories, B. Ozyilmaz,
National University of Singapore
GR+EM+NS+PS+SS+TF-MoM1 Using Nitrogenated SiC to Produce Wide-gap
Semiconducting Graphene, P.I. COHEN, S. ROTHWELL, University of Minnesota,
L.C. FELDMAN, G. LIU, Rutgers University, E.H. CONRAD, F. WANG, Georgia Institute of
Technology
Topological Materials, Rashba Systems, and Heusler Alloys
Moderator: V. Lauter, Oak Ridge National Laboratory
Rotating Spin and Giant Splitting: Unoccupied Surface State at
Tl/Si(111), M. DONATH, S.D. STOLWIJK, A.B. SCHMDIT, Muenster University, Germany,
MI-MoM1
K. SAKAMOTO, Chiba University, Japan, P. KRUEGER, Muenster University, Germany
Searching Majorana Fermion in Topological
Insulator/Superconductor Heterojunction, J. JIA, Shanghai Jiao Tong University,
8:40 am
MI-MoM2
China
9:00 am
GR+EM+NS+PS+SS+TF-MoM3 Graphene Growth on C-face SiC in Argon, Z.
ROBINSON, G.G. JERNIGAN, K. BUSSMANN, R.L. MYERS-WARD, V.D. WHEELER, L.O.
NYAKITI, U.S. Naval Research Laboratory, S. OIDA, J. HANNON, IBM T.J. Watson
Research Center, M. CURRIE, C. EDDY, D.K. GASKILL, U.S. Naval Research Laboratory
MI-MoM3 Invited
9:20 am
GR+EM+NS+PS+SS+TF-MoM4
Microscopic Control of Epitaxial Graphene on
SiC(111) and SiC(100) Thin Films on a Microfabricated Si(100)
Substrate, H. FUKIDOME, T. IDE, M. SUEMITSU, Y. KAWAI, Tohoku University, Japan,
Invited talk continued.
Visualizing Topological States of Matter, A. YAZDANI, Princeton University
T. OHKOUCHI, M. KOTSUGI, T. KINOSHITA, JASRI/SPring-8, Japan, T. SHINOHARA, N.
NAGAMURA, S. TOYODA, K. HORIBA, M. OSHIMA, University of Tokyo, Japan
9:40 am
STM Studies on Direction-Selective Epitaxial
Graphene: Growth Mechanism and Moiré Superstructures, H. LIM, Y. KIM,
GR+EM+NS+PS+SS+TF-MoM5
RIKEN, Japan
MI-MoM5 Invited
Probing Spin Textures of Topological Surface States in Ternary
Chalcogenides, A. KIMURA, Hiroshima University, Japan
10:00 am
GR+EM+NS+PS+SS+TF-MoM6 Epitaxial Graphene on Ag(111), B.T. KIRALY,
Northwestern University, E. ISKI, Argonne National Laboratory, A.J. MANNIX, Northwestern
University, B. FISHER, Argonne National Laboratory, M.C. HERSAM, Northwestern
University, N.P. GUISINGER, Argonne National Laboratory
Invited talk continued.
10:20 am
BREAK
BREAK
10:40 am
GR+EM+NS+PS+SS+TF-MoM8
A Universal Scheme to Convert Aromatic
Monolayers Into Functional Carbon Nanomembranes, A. ANGELOVA, H.
MI-MoM8
VIEKER, N.J. WEBER, D. MATEI, University of Bielefeld, Germany, S. KURASCH, U.
KAISER, University of Ulm, Germany, K. MÜLLEN, Max Planck Institute for Polymer
Research, Germany, A. GÖLZHÄUSER, A. TURCHANIN, University of Bielefeld, Germany
Germany, CHR.R. AST, Max-Planck-Institut für Festkörperforschung Stuttgart, Germany, H.
MIRHOSSEINI, Max-Planck-Institut für Mikrostrukturphysik Halle, Germany, J. HENK, MartinLuther-Universität Halle-Wittenberg, Germany, M. DONATH, Westfälische WilhelmsUniversität Münster, Germany
Hydrogenation of Monolayer and Bilayer
Graphene and Nanodiamond Growth on Ni(111) Substrate, I.I. OLEYNIK, L.
ADAMSKA, M. BATZILL, University of South Florida
MI-MoM9 Growth and Properties of Skyrmionic MnSi Thin Film, J.Y. YI, S.W.
TANG, University of Tennessee, G.X. CAO, Oak Ridge National Laboratory, D.G.
MANDRUS, University of Tennessee, Z. GAI, Oak Ridge National Laboratory
GR+EM+NS+PS+SS+TF-MoM10 Invited
MI-MoM10
RUOFF, The University of Texas at Austin
KRAVCHENKO, Oak Ridge National Laboratory, J.Y. YI, G.X. CAO, University of Tennessee,
J. HOWE, Oak Ridge National Laboratory, D.G. MANDRUS, University of Tennessee, Z.
GAI, Oak Ridge National Laboratory
Invited talk continued.
MI-MoM11
11:00 am
11:20 am
11:40 am
GR+EM+NS+PS+SS+TF-MoM9
Graphene-based, Graphene-derived, and New Carbon Materials, R.S.
(Un)expected Spin Topology in Unoccupied Bands of
Bi/Ag(111), S.N.P. WISSING, A.B. SCHMIDT, Westfälische Wilhelms-Universität Münster,
Skyrmionic MnSi Nanowires on Si: SiO2 Layer as a Catalyst
Assistant for the CVD Growth, S.W. TANG, University of Tennessee, I.
Epitaxial Growth, Transport, and Electronic Structure of Half
Heusler Compounds: CoTiSb, NiTiSn, and Ni2TiSn/NiTiSn
Nanocomposite Films, J.K. KAWASAKI, UCSB, L.M. JOHANSSON, Lund University,
Sweden, J. SHABANI, A. RICE, UCSB, M. HJORT, R. TIMM, Lund University, Sweden, B.D.
SCHULTZ, UCSB, T. BALASUBRAMANIAN, A. MIKKELSEN, Lund University, Sweden, C.J.
PALMSTROM, UCSB
101
Monday Morning, October 28, 2013
Manufacturing Science and Technology
Room: 202 B - Session MS+AS+EM+EN+NS+TF-MoM
IPF 2013-Manufacturing Challenges: R&D Perspective (8:209:40 am) / Energy Storage (9:40 am-12:00 pm)
MEMS and NEMS
Room: 102 A - Session MN+AS+SS-MoM
Fabrication and Multi-scale Interactions of Materials,
Surfaces, and Interfaces at the Micro- and Nano-scale
8:20 am
Moderator: A.V. Sumant, Argonne National Laboratory
Moderators: K. Amm, GE Global Research, B.R. Rogers, Vanderbilt
University
MN+AS+SS-MoM1 Invited
MS+AS+EM+EN+NS+TF-MoM1 Invited
Enhancing Selectivity and Sensitivity of Microfabricated Sensors using
Multi-Scale Interactions, T.G. THUNDAT, University of Alberta, Canada
From Quanta to the Continuum: Opportunities for Mesoscale Science, G.
CRABTREE, Argonne National Laboratory
8:40 am
Invited talk continued.
Invited talk continued.
9:00 am
MN+AS+SS-MoM3
Meso Scale MEMS Inertial Switch Fabricated using
Electroplated Metal on Insulator (MOI) Technique, Y. GERSON, D.
MS+AS+EM+EN+NS+TF-MoM3 Invited
SCHREIBER, Tel Aviv University, Israel, H. GEROU, Microsystems Design Center, RAFAEL
LTD, S. KRYLOV, Tel Aviv University, Israel
Institute of Standards and Technology
9:20 am
Fabrication and Characterization of Porous Carbon
Nanotube Composite Resonators, S. NOYCE, R.C. DAVIS, R.R. VANFLEET, D.D.
MN+AS+SS-MoM4
The National Network for Manufacturing Innovation – Towards a New
Innovation Ecosystem for Advanced Manufacturing, M. MOLNAR, National
Invited talk continued.
ALLRED, B.D. JENSEN, Brigham Young University
9:40 am
Fabrication of 3D Nickel Microstructures by Pulsed
Electrodeposition on Carbon Coated Carbon Nanotubes, L. BARRETT, D.
MN+AS+SS-MoM5
MS+AS+EM+EN+NS+TF-MoM5 Invited
Conformal Thin Films- The Use of Atomic Layer Deposition in Energy
Related Applications, G.M. SUNDARAM, Ultratech/Cambridge NanoTech
BARTON, R.C. DAVIS, R.R. VANFLEET, D.D. ALLRED, Brigham Young University
10:00 am
Dielectric Properties of Electroactive Polymer P(VDFTrFE-CFE) for Sensor and Actuator Applications, L. ENGEL, S. KRUK, J.
MN+AS+SS-MoM6
Invited talk continued.
SHKLOVSKY, Y. SHACHAM-DIAMAND, S. KRYLOV, Tel Aviv University, Israel
10:20 am
BREAK
BREAK
10:40 am
MN+AS+SS-MoM8 Invited
MS+AS+EM+EN+NS+TF-MoM8 Invited
Silicon Carbide Micro-/Nanosystems for Sensing and Energy
Applications, R. MABOUDIAN, C. CARRARO, UC Berkeley
Manufacturing a Three-dimensional, Solid-state Rechargeable Battery, A.
PRIETO, Colorado State University, D. JOHNSON, Prieto Battery, Inc.
11:00 am
Invited talk continued.
Invited talk continued.
11:20 am
MN+AS+SS-MoM10
Development of Through-Silicon via Contacts for Front
Side Electrodes in ISFET Sensors, A. ERTEN, S. PARK, E. BRIGGS, D. MARTIN,
MS+AS+EM+EN+NS+TF-MoM10 Invited
Y. TAKESHITA, T. MARTZ, A.C. KUMMEL, University of California San Diego
HARRIS, Lawrence Berkeley National Laboratory
A New MEMS-Based Voltage Controlled Variable
Capacitor for Gamma Ray Detection, M. SERRY, A. SHARAF, The American
Invited talk continued.
11:40 am
MN+AS+SS-MoM11
Defects, Nonuniformities, and Degradation Mechanisms in Batteries, S.
University in Cairo, Egypt
102
Monday Morning, October 28, 2013
Nanometer-scale Science and Technology
Room: 203 B - Session NS+BI+EM-MoM
Plasma Science and Technology
Room: 102 B - Session PS+AS+BI+SE-MoM
Nanophotonics and Plasmonics
Atmospheric Plasma Processing: Fundamental and
Applications
Moderator: D. Wei, University of Florida
Moderator: S. Shannon, North Carolina State University
8:20 am
PS+AS+BI+SE-MoM1 Invited
Field Emission in Microscale Dimensions: A New Approach to
Atmospheric Pressure Gas Discharges, Y. LI, P. RUMBACH, D.B. GO, University
of Notre Dame
8:40 am
9:00 am
Invited talk continued.
Predetermining Paths of Nanoscale Crack by Local
Thermally Induced Strain Fields, M.R. CHO, P.K. KIM, Y.D. PARK, Seoul National
NS+BI+EM-MoM3
University, Republic of Korea
9:20 am
Recent Progress in Sub-wavelength Metamaterials:
Design, Physics and Applications, J. RHO, University of California, Berkeley
PS+AS+BI+SE-MoM3 Simulation of Microplasma Based Pressure Sensors,
J-C. WANG, Z. XIONG, C. EUN, X. LUO, Y. GIANCHANDANI, M.J. KUSHNER, University of
Michigan
A Flexible Paper-based Microdischarge Array Device
for Maskless Patterning on Nonflat Surfaces, Y.J. YANG*, M.Y. TSAI, W.C.
NS+BI+EM-MoM4
PS+AS+BI+SE-MoM4
LIANG, H.Y. CHEN, C.C. HSU, National Taiwan University, Taiwan, Republic of China
NS+BI+EM-MoM5
Single-Molecule Surface Enhanced Raman Scattering
using Silver Coated Nickel Nanorod Arrays, A. NASH, D. YE, Virginia
PS+AS+BI+SE-MoM5
Commonwealth University
VANDENCASTEELE, T. DUFOUR, Univ. Libre de Bruxelles, Belgium, C. POLEUNIS, Univ.
catholique de Louvain, Belgium, P. LAHA, Vrije Univ. Brussel, Belgium, P. VIVILLE, Materia
Nova, Belgium, A. DELCORTE, P. BERTRAND, Univ. catholique de Louvain, Belgium, H.A.
TERRYN, Vrije Univ. Brussel, Belgium, R. LAZZARONI, Materia Nova, Belgium, F.A.B.
RENIERS, Univ. Libre de Bruxelles, Belgium
NS+BI+EM-MoM6
Merged Photonic Crystal Slot Waveguide - ALD Coated
Silicon Nanophotonics, P. STENBERG, M. ROUSSEY, S. HONKANEN, M.
PS+AS+BI+SE-MoM6
KUITTINEN, University of Eastern Finland
RUMBACH, University of Notre Dame, R.M. SANKARAN, Case Western Reserve University,
D.B. GO, University of Notre Dame
10:20 am
BREAK
BREAK
10:40 am
NS+BI+EM-MoM8
Engineering Multimodal Localized Surface Plasmon
Resonances in Silicon Nanowires, L.-W. CHOU, M.A. FILLER, Georgia Institute of
PS+AS+BI+SE-MoM8 Invited
9:40 am
10:00 am
Technology
11:00 am
Exploiting Plasmon Induced Hot Electrons in Molecular
Electronic Devices, D. CONKLIN, S. NANAYAKKARA, T.-H. PARK, University of
NS+BI+EM-MoM9
Hydrophobic Fluorocarbon Films Synthesized from
Liquid Monomers by Atmospheric Pressure Plasma, J. HUBERT, N.
Deciphering Gas-Phase and Solution-Phase
Reactions Initiated by Plasmas at the Surface of Aqueous Solutions, P.
Prostate Cancer Treatment using Low-Temperature Atmospheric
Pressure Plasmas: Advanced Optical Diagnostics and Multi-scale
Numerical Simulations, D. O'CONNELL, University of York, UK
Invited talk continued.
Pennsylvania, M. LAGADEC, ETH Zürich, Switzerland, J. STECHER, Duke University, X.
CHEN, University of Pennsylvania, M. THERIEN, Duke University, D.A. BONNELL,
University of Pennsylvania
11:20 am
NS+BI+EM-MoM10 Invited
Coherent Imaging of Surface Plasmon Dynamics by Time-resolved
Photoelectron Emission Microscopy, H. PETEK, University of Pittsburgh
Conformal Encapsulation of Three-Demensional,
Bioresorbable Polymeric Scaffolds Using Plasma Enhanced Chemical
Vapor Deposition, M. HAWKER, A. PEGALAJAR-JURADO, E.R. FISHER, Colorado
PS+AS+BI+SE-MoM10
State University
11:40 am
Invited talk continued.
Deactivation of Lipopolysaccharide by an
Atmospheric Pressure Plasma Jet, E.J. BARTIS, C. HART, Q. YANG, University of
PS+AS+BI+SE-MoM11
Maryland, College Park, T.-Y. CHUNG, D.B. GRAVES, University of California, Berkeley, J.
SEOG, G.S. OEHRLEIN, University of Maryland, College Park
103
* Coburn & Winters Student Award Finalist
Monday Morning, October 28, 2013
Plasma Science and Technology
Room: 104 C - Session PS-MoM
Surface Science
Room: 201 A - Session SS+AS+NS-MoM
Innovative Chemistries for Advanced Etch Processes
Nanostructures: Growth & Characterization
PS-MoM1
Effects of Plasma-Induced Si Damage Structures on Annealing
Process Design—Gas Chemistry Impact, A. MATSUDA, Y. NAKAKUBO, Kyoto
SS+AS+NS-MoM1
University, Japan, M. FUKASAWA, Sony Corporation, Japan, Y. TAKAO, K. ERIGUCHI,
Kyoto University, Japan, T. TATSUMI, Sony Corporation, Japan, K. ONO, Kyoto University,
Japan
A.B. ARJAD, J.A. YARMOFF, University of California, Riverside
8:40 am
PS-MoM2 Advancing Patterning Processes Further by Employing a New
Gas, S.U. ENGELMANN, E.A. JOSEPH, R.L. BRUCE, H. MIYAZOE, W.S. GRAHAM, E.M.
SIKORSKI, IBM T.J. Watson Research Center, M. NAKAMURA, T. SUZUKI, Zeon Chemicals
LP, H. MATSUMOTO, A. ITOU, T. SUZUKI, Zeon Corporation
SS+AS+NS-MoM2 Surface Hydrogen Stabilized Semiconductor Nanowire
Growth, S. SIVARAM, N. SHIN, L.-W. CHOU, M.A. FILLER, Georgia Institute of
Technology
9:00 am
PS-MoM3
Advanced Etching Gas Development for High Aspect Ratio
Structures, R. GUPTA, C. ANDERSON, V. SURLA, B. LEFEVRE, V. PALLEM, N.
SS+AS+NS-MoM3
STAFFORD, Air Liquide
UMD and Rice Univ., D.L. GONZALEZ, UMD and Univ. del Valle, Colombia, R.
SATHIYANARAYANAN, IBM Semiconductor R&D, India
PS-MoM4
Highly Selective Etch of PMMA to PS for DSA Lithography by
Using Carbon Containing Gas 100 MHz CCP RIE System, T. IMAMURA, H.
SS+AS+NS-MoM4 Invited
YAMAMOTO, M. OMURA, I. SAKAI, H. HAYASHI, Toshiba Corporation Semiconductor
Company, Japan
TERSOFF, IBM Watson Center
New Fluorocarbon Free Chemistry Proposed As Solution to
Limit Porous SiOCH Film Modification during Etching, N. POSSEME, CEA-
Invited talk continued.
Moderator: J.P. Chang, University of California at Los Angeles
8:20 am
9:20 am
9:40 am
Moderator: F.P. Netzer, Karl-Franzens University, Austria
Measuring Homogeneity of Nanocluster Size
Distributions using Charge Resolved Low Energy Alkali Ion Scattering,
Analyzing Capture Zone Distributions (CZD) in Growth:
Theory and Applications, T.L. EINSTEIN, University of Maryland, A. PIMPINELLI,
PS-MoM5
Novel Behavior in Droplet-Mediated Growth of III-V Nanostructures, J.
LETI, France, L. VALLIER, CNRS-LTM, France, C.-L. KAO, AMAT, C. LICITRA, CEA-LETI,
France, C. MANNEQUIN, CNRS-LTM, France, J. PENDER, S. NEMANI, AMAT
PS-MoM6
Characterization of the Effects of Mildly Oxidizing Chemistries
on Silicon Oxidation for Advanced Photoresist-Strip Applications, B.
SS+AS+NS-MoM6
THEDJOISWORO, B. JACOBS, I. BERRY, D. CHEUNG, J. PARK, Lam Research
PEDERSEN, J. RAFAELSEN, Aalborg University, Denmark
10:20 am
BREAK
BREAK
10:40 am
PS-MoM8 Invited
SS+AS+NS-MoM8
10:00 am
Size-effects in Photoemission and Optical Second
Harmonic Generation Spectroscopy of Ge Nano-dots on Si(111), K.
Challenges in Etching of Multicomponent Oxides and Other Difficult-ToEtch Materials, J. MARGOT, Université de Montréal, Canada, M. CHAKER, INRS,
Study of the Coupling of Ultra-thin CdSe Double
Quantum Wells, J.A. LORENZO-ANDRADE, F. SUTARA, I. HERNÁNDEZ-CALDERÓN,
Cinvestav, Mexico
Canada
11:00 am
Fine Tuning of the Self-Ordered Nanostructured
O/Cu(110) Surface, F. WIAME, C. POULAIN, Z. BUDINSKA, V. MAURICE, P.
Invited talk continued.
SS+AS+NS-MoM9
MARCUS, Chimie ParisTech, France
11:20 am
Thermodynamic Approach to Select Viable Etch Chemistry for SS+AS+NS-MoM10 DFT Studies on the Adsorption and Diffusion of Small
Magnetic Metals, T. KIM, K. CHEN, J.P. CHANG, University of California at Los Angeles Rh and Au Clusters on Graphene/Ru(0001), D. TENG, D. SHOLL, Georgia
PS-MoM10
Institute of Technology, B. HABENICHT, L. SEMIDEY-FLECHA, Y. XU, Oak Ridge National
Laboratory
11:40 am
Studies on Highly Selective Si3N4 Spacer Etching over Si/SiO2
using CH3F/O2 Plasmas, B. PARKINSON, A. RALEY, A. RANJAN, K. KUMAR, P.
PS-MoM11
SS+AS+NS-MoM11 Nucleation of Copper Islands on Graphite, D. APPY, H. LEI,
C.Z. WANG, D. SHAO, E. KWOLEK, P.A. THIEL, Ames Laboratory, Iowa State University
BIOLSI, TEL Technology Center, America, LLC
104
Monday Morning, October 28, 2013
Thin Film
Room: 104 A - Session TF+EN-MoM
Tribology Focus Topic
Room: 203 C - Session TR+AS-MoM
ALD for Energy
Bridging Scales and Characterization
Moderator: W.M.M. Kessels, Eindhoven University of Technology,
Netherlands
8:20 am
Moderators: R.W. Carpick, University of Pennsylvania, L. Marks,
Northwestern University
TF+EN-MoM1 Invited
Thin Film Electrolyte via Atomic Layer Deposition for Low Temperature
Solid Oxide Fuel Cells, G. CHO, S. CHA, J. PAEK, J. PARK, I. CHANGE, Seoul
National University, Republic of Korea
8:40 am
Invited talk continued.
9:00 am
TF+EN-MoM3 Coaxial ALD Nanotube Structures for Functional Nanopore
Battery, C. LIU, X. CHEN, M. SCHROEDER, K. GREGORCZYK, University of Maryland,
College Park, S.B. LEE, University of Maryland, College Park and Korea Advanced Institute
of Science and Technology, G.W. RUBLOFF, University of Maryland, College Park
TR+AS-MoM3 Invited
9:20 am
TF+EN-MoM4
Engineering Lithium-Containing Ionic Conductive Thin Films
by Atomic Layer Deposition for Lithium-ion Battery Applications, J. CHO, Y.
Invited talk continued.
Friction in Full View, L. MARKS, Northwestern University
PERNG, D. MEMBRENO, N. CIRIGLIANO, B. DUNN, J.P. CHANG, UCLA
9:40 am
Manganese Oxide Pseudocapacitive Supercapacitors from
Electrochemical Oxidation of MnO ALD Films, M.J. YOUNG, C.B. MUSGRAVE,
TF+EN-MoM5
S.M. GEORGE, University of Colorado, Boulder
Combining In Situ Nanotribology and Atomistic Simulations
to Reveal the Strong Effect of Atomic-Scale Roughness on Nanoscale
Adhesion, T.D.B. JACOBS, University of Pennsylvania, K.E. RYAN, P.L. KEATING,
TR+AS-MoM5
United States Naval Academy, D.S. GRIERSON, systeMECH, LLC, J.A. LEFEVER, K.T.
TURNER, University of Pennsylvania, J.A. HARRISON, United States Naval Academy, R.W.
CARPICK, University of Pennsylvania
10:00 am
Low Temperature Atomic Layer Deposition Processes for
TR+AS-MoM6 Nanotribological Properties of Positively and Negatively
Flexible Dye-Sensitized Solar Cells, M. CREATORE, D. GARCIA-ALONSO, A.J.M. Charged Nanodiamonds as Additives to Solutions, Z. LIU, S.D. CORELY,
TF+EN-MoM6
MACKUS, Eindhoven University of Technology, Netherlands, V. ZARDETTO, T.M. BROWN,
University of Rome "Tor Vergata", Italy, W.M.M. KESSELS, Eindhoven University of
Technology, Netherlands
North Carolina State University, O.A. SHENDEROVA, International Technology Center, D.
BRENNER, J. KRIM, North Carolina State University
10:20 am
BREAK
BREAK
10:40 am
TF+EN-MoM8
Growth of Crystalline Al2O3 via Low Temperature Thermal
ALD: Nanomaterial Substrate Phase Stabilization, S.M. PROKES, M. TWIGG,
TR+AS-MoM8 Invited
Naval Research Laboratory
CARPICK, University of Pennsylvania
Performance of ALD Oxide Films in Polarized Infrared
Power Generation, G.S. SCAREL, Y. SCHWAB, H.S. MANN, B.N. LANG, James
Invited talk continued.
11:00 am
TF+EN-MoM9
Atomic-scale Processes in Single Asperity Friction and Wear, R.W.
Madison University, J.L. LANCASTER, University of North Carolina at Greensboro, R.J.
PARISE, Parise Research Technologies
11:20 am
Synthesis of Pd and Pt Nanoparticles by Atomic Layer
Deposition for Catalysis Applications, M. WEBER, M.A. VERHEIJEN, A.A. BOL,
Examination of Adhesion and Friction of Hydrocarbonbased Materials: Elucidating Atomic-scale Wear Processes via
Molecular Dynamics, J.A. HARRISON, K.E. RYAN, P.L. KEATING, United States
TF+EN-MoM10
TR+AS-MoM10
W.M.M. KESSELS, Eindhoven University of Technology, Netherlands
Naval Academy, J.D. SCHALL, Oakland University, K.T. TURNER, University of
Pennsylvania, D.S. GRIERSON, systeMECH, LLC, R.W. CARPICK, V. VAHDAT, T.D.B.
JACOBS, University of Pennsylvania
11:40 am
In Situ Characterization of Plasma-Assisted Pt ALD on W
ALD Adhesion Layers with Spectroscopic Ellipsometry, A.S. CAVANAGH, L.
TF+EN-MoM11
BAKER, J. CLANCEY, J. YIN, University of Colorado at Boulder, A. KONGKANAND, F.T.
WAGNER, General Motors Research and Development, S.M. GEORGE, University of
Colorado at Boulder
TR+AS-MoM11 Speed-Dependence of Atomic-Scale Friction, A. MARTINI, Z.
YE, University of California Merced, Y. DONG, Purdue University, P. EGBERTS, XZ. LIU,
R.W. CARPICK, University of Pennsylvania
105
Monday Morning, October 28, 2013
Vacuum Technology
Room: 202 C - Session VT-MoM
Vacuum Measurement and Metrology
Moderator: R. Versluis, TNO Technical Sciences, Netherlands
8:20 am
VT-MoM1 Invited
8:40 am
Invited talk continued.
9:00 am
VT-MoM3
The Important Role of Vacuum Technology in the Redefinition of the
Kilogram, P.J. ABBOTT, NIST
Reinventing Pressure and Vacuum Metrology: Development of
an Optical Pressure Standard, J.H. HENDRICKS, J.A. STONE, G.F. STROUSE,
D.A. OLSON, J.E. RICKER, P. EGAN, G. SCACE, NIST, D. GERTY, Sandia National
Laboratories
9:20 am
Uncertainty of a NIST Transfer Standard for Inter-Laboratory
Comparison of National Metrology Institutes, J.E. RICKER, J.H. HENDRICKS,
VT-MoM4
NIST
9:40 am
Fully Automated Flowmeter for Low Gas-Flows Based on
Pinhole Apertures, J.A. FEDCHAK, National Institute of Standards and Technology
VT-MoM5
(NIST)
10:00 am
New Bench Test Chamber for Pressure Calibration and
Vacuum Test at SLAC, D.M. WRIGHT, M.J. FERREIRA, SLAC National Accelerator
VT-MoM6
Laboratory
10:20 am
BREAK
10:40 am
VT-MoM8
Evaluation and Discussion of Performance Characteristics of
Modern-Day Cold Cathode Ionization Gauges, P.C. ARNOLD, T.C. SWINNEY,
B.J. KELLY, Brooks Automation, Inc., Granville-Phillips Products
11:00 am
Proposed Design Modifications for Cold Cathode Ionization
Gauges to Mitigate Well-known Performance Issues, B.J. KELLY, G.A.
VT-MoM9
BRUCKER, T.C. SWINNEY, Brooks Automation, Inc., Granville-Phillips Products
11:20 am
Long Term Behavior of Cold Cathode Ionization Gauges at
Users Environments, G.A. BRUCKER, T.C. SWINNEY, B.J. KELLY, S. HEINBUCH,
VT-MoM10
Brooks Automation, Inc., Granville-Phillips Products
11:40 am
An Inverted Magnetron Pirani Combination Gauge with Low
Magnetic Stray Fields, M. WÜEST, B. ANDREAUS, J. MARKI, R. ENDERES, D.
VT-MoM11
OERTEL, INFICON Ltd, Liechtenstein
106
NOTES
107
Monday Afternoon, October 28, 2013
Actinides and Rare Earths Focus Topic
Room: 102 C - Session AC+MI+SA+TF-MoA
Applied Surface Science
Room: 204 - Session AS-MoA
Actinides and Rare Earths: Theory and Electron Correlation
2:00 pm
Analyses Using Novel Ion Beams
Moderator: L. Havela, Charles University, Czech Republic
Moderators: X. Dong, Eli Lilly and Company, W.F. Stickle, Hewlett
Packard
AC+MI+SA+TF-MoA1 Invited
AS-MoA1 Invited
Structural and Electronic Relationships Between the Lanthanide and
Actinide Elements, B. JOHANSSON, Uppsala University, Sweden
Status and Prospects for ICP Focused Ion Beams, N. SMITH, P. TESCH, N.
MARTIN, Oregon Physics LLC, R. BOSWELL, Oregon Physics LLC and Australian National
University
2:20 pm
Invited talk continued.
Invited talk continued.
2:40 pm
AC+MI+SA+TF-MoA3 Invited
AS-MoA3
Detection of Small Molecules on Intact Biofilms using
Femtosecond Laser Desorption Postionization Mass Spectrometry, Y.
Signature of Strong Correlations in Actinides and its Compounds: A
Dynamical Mean Field Theory Perspective, G. KOTLIAR, Rutgers University
CUI, C. BHARDWAJ, S. MILASINOVIC, R. GORDON, L. HANLEY, University of Illinois at
Chicago
3:00 pm
Invited talk continued.
AS-MoA4 TOF-MEIS Analysis of Nanostructured Materials, K. JUNG, DGIST,
Republic of Korea, W. MIN, KMAC, Republic of Korea, H. YU, KRISS, Republic of Korea, K.
YU, KMAC, Republic of Korea, M. SIRTICA, P.L. GRANDE, UFRGS, Brazil, D. MOON,
DGIST, Republic of Korea
3:20 pm
BREAK
BREAK
3:40 pm
AC+MI+SA+TF-MoA6 Invited
Towards a Better Understanding of Low-Energy Excitations in HeavyFermion Systems, G. ZWICKNAGL, Technische Universität Braunschweig, Germany
AS-MoA6 Effect of Ion Bombardment of Novel Electronic Materials, J.D.P.
COUNSELL, S.J. COULTAS, C.J. BLOMFIELD, S.J. HUTTON, A.J. ROBERTS, Kratos
Analytical Limited, UK
4:00 pm
Invited talk continued.
AS-MoA7 Invited
Adventures in Mass Spectrometry Imaging - From Pictures to Words, I.S.
GILMORE, National Physical Laboratory, UK
4:20 pm
AC+MI+SA+TF-MoA8
Entangled Crystal, Magnetic, and Electronic
Structures of PuGa3, S.P. RUDIN, Los Alamos National Laboratory
Invited talk continued.
4:40 pm
AC+MI+SA+TF-MoA9
Electronic Structure and Correlation Effects in
PuCoIn5 as Compared to PuCoGa5, J.-X. ZHU, P.H. TOBASH, E.D. BAUER, F.
AS-MoA9
RONNING, B.L. SCOTT, Los Alamos National Laboratory, K. HAULE, G. KOTLIAR, Rutgers
University, R.C. ALBERS, J.M. WILLS, Los Alamos National Laboratory
University, UK
5:00 pm
5:20 pm
AC+MI+SA+TF-MoA10 Electronic Structure of EuO under Pressure, L. PETIT,
D. SZOTEK, M. LUEDERS, W.M. TEMMERMAN, Daresbury Laboratory, UK, A. SVANE,
Aarhus University, Denmark
Argon Gas Cluster Ion Beam (GCIB) Sputter Yields:
Measurements for 22 Biological and Organic Electronic Materials,
Metals and Oxides, P. CUMPSON, J. PORTOLES, A. BARLOW, N. SANO, Newcastle
Mass Imaging of Biological Samples with Focused Massive Ar
Cluster Ion Beams, J. MATSUO, QSEC, Kyoto University, CREST, Japan, S.
AS-MoA10
NAKAGAWA, Kyoto University, CREST, Japan, M. FUJII, QSEC, Kyoto University, CREST,
Japan, T. AOKI, T. SEKI, Kyoto University, CREST, Japan
Dissociation of Argon Cluster Ions by Impact on Metal
Surfaces, K. MOCHIJI, N. INUI, K. MORITANI, University of Hyogo, Japan
AS-MoA11
108
Monday Afternoon, October 28, 2013
Biomaterial Interfaces
Room: 201 B - Session BI+AI+BA+IS-MoA
Electronic Materials and Processing
Room: 101 B - Session EM-MoA
Biofouling
High-k Gate Oxides for High Mobility Semiconductors II
BI+AI+BA+IS-MoA1
Biofouling of Carbon Steel: Effects of Microstructure
and Test Media on Initial Bacterial Attachment and Subsequent
Corrosion, M.A. JAVED, P.R. STODDART, S.M. MCARTHUR, S.A. WADE, Swinburne
EM-MoA1 Invited
University of Technology, Australia
CINQUANTA, CNR-IMM, Italy, C. GRAZIANETTI, M. FANCIULLI, Università degli Studi di
Milano Bicocca, Italy
Moderator: D.E. Barlow, Naval Research Laboratory
2:00 pm
2:20 pm
Moderator: A.C. Kummel, University of California San Diego
Silicene, an Option for Future Electronics, A. MOLLE, D. CHIAPPE, E.
Charged SAMs as Model Surfaces to Understand Antifouling Properties of Zwitterionic Coatings, S. BAUER, University of Heidelberg,
BI+AI+BA+IS-MoA2
Invited talk continued.
Germany, J. FINLAY, M.E. CALLOW, J.A. CALLOW, University of Birmingham, UK, A.
ROSENHAHN, Ruhr-University Bochum, Germany
2:40 pm
Fabrication and Electrical Characterization of Highk/Germanium Tri Gate MOSFETs Grown by MBE on Bulk Silicon, S.
BI+AI+BA+IS-MoA3 Invited
EM-MoA3
The Role of Bacterial Physiology in Biodeterioration of Polyurethane
Coatings, S. ZINGARELLI, Air Force Research Laboratory (AFRL), D.E. BARLOW, J.C.
ANWAR, C. BUIE, C.L. HINKLE, University of Texas at Dallas
BIFFINGER, Naval Research Laboratory (NRL), L.J. NADEAU, AFRL, D. BABSON, NRL,
B.W. STAMPS, U. of Oklahoma, R.K. PIRLO, NRL, C.N. DRAKE, AFRL, B.S. STEVENSON,
U. of Oklahoma, J.N. RUSSELL, JR., NRL, W.J. CROOKES-GOODSON, AFRL
3:00 pm
Sub 1-nm Ge-MOSFET with TiO2/Al2O3 Gate Stacks and
Interface Trap Passivation by Forming Gas Anneal, L. ZHANG, P.C.
Invited talk continued.
EM-MoA4
MCINTYRE, Stanford University
3:20 pm
BREAK
BREAK
3:40 pm
BI+AI+BA+IS-MoA6 Invited
EM-MoA6 Invited
Multifunctional Active Nano and Microstructured Surfaces for Biofouling
Management, G.P. LÓPEZ, Duke University
Surface Passivation of III-V Antimonides and Ge Based MOSFETs, K.C.
SARASWAT, S. GUPTA, A. NAINANI, Stanford University, B. YANG, GLOBALFOUNDRIES
U.S. Inc., Z. YUAN, Stanford University
4:00 pm
Invited talk continued.
Invited talk continued.
4:20 pm
BI+AI+BA+IS-MoA8
Detailed Surface Characterisation of Antibacterial
Coatings Reveals Superpositions of Grafting, Side Reactions,
Physisorption, and Diffusive Transport, M. JASIENIAK, H. MON, H.J. GRIESSER,
EM-MoA8
High-Carrier-Mobility p- and n-Type Field Effect Transistors
Fabricated on Large-Area Wafer-Scale Ge Film Epitaxially Grown on Si,
S. GHOSH, S.M. HAN, University of New Mexico
University of South Australia
4:40 pm
5:00 pm
BI+AI+BA+IS-MoA9 Invited
Roles of Extracellular DNA in the Development and Expansion of
Bacterial Biofilms, C.B. WHITCHURCH, University of Technology, Sydney, Australia
Invited talk continued.
Passivation, Functionalization, and Atomic Layer Deposition
Nucleation of SiGe(100) via H2O and H2O2, T. KAUFMAN-OSBORN, A.J. KERR,
EM-MoA9
A.C. KUMMEL, University of California, San Diego
EM-MoA10 Invited
III-V on Insulator (XOI): Processes, Materials, and Devices, A. JAVEY,
University of California at Berkeley
5:20 pm
Sample Preparation and Optimization for Bacterial
Identification by Raman Spectroscopy, M.M. HLAING, M. DUNN, S.M.
BI+AI+BA+IS-MoA11
Invited talk continued.
MCARTHUR, P.R. STODDART, Swinburne University of Technology, Australia
109
Monday Afternoon, October 28, 2013
Energy Frontiers Focus Topic
Room: 101 A - Session EN+AS+NS+SS-MoA
Graphene and Other 2D Materials Focus Topic
Room: 104 B - Session GR+EM+NS+SP+TF-MoA
Electronic Properties and Charge Transport in 2D Materials
Interfacial Challenges in Nanostructured Solar Cells
Moderators: K.I. Bolotin, Vanderbilt University, F. Koppens, ICFO - The
Institute of Photonic Sciences, Spain
GR+EM+NS+SP+TF-MoA1 Broken Symmetry Quantum Hall States in Dual
Gated ABA and ABC Trilayer Graphene, Y.J. LEE, J. VELASCO JR, D. TRAN,
Moderator: M.A. Filler, Georgia Institute of Technology
2:00 pm
EN+AS+NS+SS-MoA1 Invited
Solar Energy Conversion Beyond the Limit, X.Y. ZHU, Columbia University
University of California, Riverside, F. ZHANG, University of Pennsylvania, W. BAO, L. JING,
K. MYHRO, University of California, Riverside, D. SMIRNOV, National High Magnetic Field
Laboratory, C.N. LAU, University of California, Riverside
2:20 pm
Electrical Properties of Graphene on NonConventional Substrates, R. ROJAS DELGADO, F. CAVALLO, University of
Invited talk continued.
GR+EM+NS+SP+TF-MoA2
Wisconsin, H. XING, University of Notre Dame, M.G. LAGALLY, University of Wisconsin
2:40 pm
Photocurrent Generation Characteristics of Ge
Quantum-Dot Solar Cells, G. UCHIDA, D. ICHIDA, H. SEO, K. KAMATAKI, N.
EN+AS+NS+SS-MoA3
GR+EM+NS+SP+TF-MoA3 Invited
Electronic Dispersion in Two Overlapping Graphene Sheets: Impacts of
Long-Range Atomic Ordering, Periodic Potentials, and Disorder, T. OHTA,
ITAGAKI, K. KOGA, M. SHIRATANI, Kyushu University, Japan
Sandia National Laboratories
3:00 pm
Interfacial Charge Transfer in Extremely Thin
Absorber Solar Cells, M.E. EDLEY, H. MAJIDI, G.W. GUGLIETTA II, L. SPANGLER,
EN+AS+NS+SS-MoA4
Invited talk continued.
J.B. BAXTER, Drexel University
3:20 pm
BREAK
BREAK
3:40 pm
EN+AS+NS+SS-MoA6 Invited
GR+EM+NS+SP+TF-MoA6
4:00 pm
Modification of Density of States in Fluorinated
Epitaxial Graphene with Electric Bias, K. MCALLISTER, H.B.M. SHASHIKALA,
Solar Photochemical Fuel Generation using Semiconductor
Nanocrystals, G. DUKOVIC, University of Colorado, Boulder
Clark Atlanta University, S.D. SHERPA, Georgia Institute of Technology, M.D. WILLIAMS,
Clark Atlanta University
Low-Frequency Current Fluctuations in Graphene
and 2D Van-der-Waals Materials, A.A. BALANDIN, University of California,
Invited talk continued.
GR+EM+NS+SP+TF-MoA7
Riverside, S. RUMYANTSEV, Ioffe Institute, Russian Academy of Sciences, M. SHUR,
Rensselaer Polytechnic Institute
Probing Diameter and Composition Dependence of
GR+EM+NS+SP+TF-MoA8 Invited
Energy Level Arrangements in SILAR Metal Sulfide QDs using Scanning Peter Mark Memorial Award Lecture - Opportunities Offered by a
Probe Microscopy, A. SOUDI, D. CUI, A. VOMIERO, F. ROSEI, INRS, Canada
Graphene Line Defect, D. GUNLYCKE*, Naval Research Laboratory
4:20 pm
EN+AS+NS+SS-MoA8
4:40 pm
EN+AS+NS+SS-MoA9
Graphene as a Transparent Front Contact for
Heterojunction Silicon Solar Cells, K. SHARMA, Eindhoven Univ. of Technology,
Invited talk continued.
Netherlands, D. DELIGIANNIS, Delft Univ.of Technology, Netherlands, J. WILLEM WEBER,
S. SMIT, A.A. BOL, M.C.M. VAN DE SANDEN, M. CREATORE, Eindhoven Univ. of
Technology, Netherlands, R.A.C.M.M. VAN SWAAIJ, Delft Univ. of Technology, Netherlands,
W.M.M. KESSELS, Eindhoven Univ. of Technology, Netherlands
5:00 pm
5:20 pm
EN+AS+NS+SS-MoA10
Tuning Energy Level Alignment at
Organic/Semiconductor Interfaces using a Built-in Dipole in
Chromophore-Bridge-Anchor Compounds, S. RANGAN, A. BATARSEH, K.P.
GR+EM+NS+SP+TF-MoA10 Invited
CHITRE, A. KOPECKY, E. GALOPPINI, R.A. BARTYNSKI, Rutgers University
California, Berkeley and Lawrence Berkeley National Laboratory
Plasmonic Sensing of Impregnation Kinetics of Dye
Sensitized Solar Cells (DSSC), V. GUSAK, Chalmers University of Technology,
Invited talk continued.
EN+AS+NS+SS-MoA11
Sweden, LP. HEINIGER, Ecole Polytechnique Fédérale de Lausanne, Switzerland, V.
ZHDANOV, Boreskov Institute of Catalysis, Russian Federation, M. GRAETZEL, Ecole
Polytechnique Fédérale de Lausanne, Switzerland, B.H. KASEMO, C. LANGHAMMER,
Chalmers University of Technology, Sweden
* Peter Mark Memorial Award Winner
Electronic and Optical Excitations in Graphene and Related 2D
Systems: Symmetry and Many-body Effects, S.G. LOUIE, University of
110
Monday Afternoon, October 28, 2013
Ions at Aqueous Interfaces Focus Topic
Room: 203 A - Session IA+AI+BI+IS+NL+SS-MoA
Magnetic Interfaces and Nanostructures
Room: 202 A - Session MI+EM+MG-MoA
Frontiers of Complex Oxides
Ions at Aqueous Interfaces
2:00 pm
Moderators: G.J. Szulczewski, The University of Alabama, Z. Gai, Oak
Ridge National Laboratory
IA+AI+BI+IS+NL+SS-MoA1 Invited
MI+EM+MG-MoA1 Deposition of AgFeO2 Thin Films with the Delafossite
Sum-frequency Vibrational Spectroscopy for Studies of Ions Emerging at Structure by Combinatorial Sputtering, F. MAO, T. NYBERG, T. THERSLEFF, U.
Water Interfaces, Y.R. SHEN, University of California, Berkeley
JANSSON, Uppsala University, Sweden
2:20 pm
Invited talk continued.
MI+EM+MG-MoA2 MBE Growth and Properties of SrCrO3 Thin Films, Y. DU,
H. ZHANG, R.J. COLBY, V. SHUTTHANANDAN, S.A. CHAMBERS, Pacific Northwest
National Laboratory
2:40 pm
IA+AI+BI+IS+NL+SS-MoA3 Invited
MI+EM+MG-MoA3 Invited
Moderator: M.H. Grunze, University of Heidelberg, Germany
Experimental Quantification of Surface Propensity of Halide Ions by
Femtosecond Surface Vibrational Spectroscopy, M. BONN, Max Planck
Oxygen Stoichiometry and Topotactic Phase Reversal in SrCoOx
Epitaxial Films, H.N. LEE, Oak Ridge National Laboratory
Institute for Polymer Research, Germany, H.J. BAKKER, FOM Institute AMOLF, Netherlands,
Z. ZHANG, E.H.G. BACKUS, Max Planck Institute for Polymer Research, Germany, L.
PIATKOWSKI, FOM Institute AMOLF, Netherlands
3:00 pm
Invited talk continued.
Invited talk continued.
3:20 pm
BREAK
BREAK
3:40 pm
IA+AI+BI+IS+NL+SS-MoA6
Specific Ion Effects on Acid-Base Equilibria at the MI+EM+MG-MoA6 Invited
Planar Silica/Water Interface, J.M. GIBBS-DAVIS, University of Alberta, Canada
Medard W. Welch Award Lecture - Complex Oxide Interfaces:
Conquering the (Polar) Catastrophe, C.G. VAN DE WALLE*, University of
California, Santa Barbara
4:00 pm
Molecular Insight Into the Preferential Adsorption
of Monovalent Ions to Selected Polar Surfaces: A Vibrational Sum
Frequency Study, E.C. TYRODE, R. CORKERY, KTH Royal Institute of Technology,
IA+AI+BI+IS+NL+SS-MoA7
Invited talk continued.
Sweden
4:20 pm
IA+AI+BI+IS+NL+SS-MoA8 Invited
Dielectric Interfacial Effects, R. NETZ, FU Berlin, Germany
MI+EM+MG-MoA8 Invited
Magnetic Reconstructions in Ultrathin Oxide Heterostructures, H. HWANG,
Stanford University
4:40 pm
Invited talk continued.
Invited talk continued.
5:00 pm
IA+AI+BI+IS+NL+SS-MoA10 Liquid Jet –XPS Studies of Ions and Nitriles at
the Aqueous Interface, K.A. PERRINE, M.H.C. VAN SPYK, A.M. MARGARELLA,
University of California, Irvine, H. BLUHM, Lawrence Berkeley National Laboratory, B.
WINTER, Helmholtz-Zentrum Berlin für Materialien und Energie/Elektronenspeicherring
BESSY II, Germany, M. FAUBEL, Max Planck Institute for Dynamik und Selbstorganisation,
Germany, J.C. HEMMINGER, University of California, Irvine
MI+EM+MG-MoA10
IA+AI+BI+IS+NL+SS-MoA11
Study of the Structural and Adhesion Forces in
Highly Concentrated Electrolytes using Atomic Force Microscopy (AFM),
MI+EM+MG-MoA11
T. BAIMPOS, M. VALTINER, Max Planck Institut fur Eisenforschung GmbH, Germany
SOFFA, J.M. FITZ-GERALD, University of Virginia
5:20 pm
A New Tool to Manipulate the Transition Metal Crystal
Field: Creating Local Dipoles via Cation Ordering, B. NELSON-CHEESEMAN,
University of St. Thomas, H. ZHOU, J. HOFFMAN, Argonne National Laboratory, P.
BALCHANDRAN, A. CAMMARATA, J.M. RONDINELLI, Drexel University, A.
BHATTACHARYA, Argonne National Laboratory
Hybridized L1' Ordered Phase Induced by Strain in
Epitaxial Fe38.5Pd61.5 Thin Films, M.A. STEINER, R.B. COMES, J.A. FLORO, W.A.
111
* Medard W. Welch Award Winner
Monday Afternoon, October 28, 2013
Manufacturing Science and Technology
Room: 202 B - Session MS+AS+EM+NS+PS+TF-MoA
IPF 2013-Manufacturing Challenges for Emerging
Technologies: III. Manufacturing Challenges: Electronics
MEMS and NEMS
Room: 102 A - Session MN+NS-MoA
Optomechanics, Photonics, and Quantum Nanosystems
Moderator: M. Metzler, Cornell University
Moderators: D. Seiler, National Institute of Standards and Technology
(NIST), J. Hollenhorst, Agilent Technologies
2:00 pm
MN+NS-MoA1 Invited
MS+AS+EM+NS+PS+TF-MoA1 Invited
2:20 pm
Invited talk continued.
Invited talk continued.
2:40 pm
MN+NS-MoA3
Multiplexed Nanomechanical Devices with Single
Wavelength Nanophotonic Actuation and Detection, V.T.K. SAUER, Z. DIAO,
MS+AS+EM+NS+PS+TF-MoA3 Invited
Silicon Integrated Optoelectronics, M. HOCHBERG, University of Delaware
Graphene Materials and Devices Roadmap, L. COLOMBO, Texas Instruments
M.R. FREEMAN, W.K. HIEBERT, University of Alberta and The National Institute for
Nanotechnology, Canada
3:00 pm
Photonic Readout of Higher Flexural Modes of
Nanomechanical Doubly Clamped Beams, Z. DIAO, V.T.K. SAUER, J.E. LOSBY,
MN+NS-MoA4
Devices and Materials for the Post CMOS Area - What Are We Looking
For?, W. HAENSCH, IBM T.J. Watson Research Center
Invited talk continued.
National Institute for Nanotechnology and University of Alberta, Canada, M.R. FREEMAN,
University of Alberta and The National Institute for Nanotechnology, Canada, W.K. HIEBERT,
National Institute for Nanotechnology and University of Alberta, Canada
3:20 pm
BREAK
BREAK
3:40 pm
MN+NS-MoA6 Invited
MS+AS+EM+NS+PS+TF-MoA6 Invited
BOCHMANN, University of California, Santa Barbara
Belgium, P.A. RINCON DELGADILLO, University of Chicago, T.R. YOUNKIN, Intel
Corporation, B.T. CHAN, L. VAN LOOK, I. POLLENTIER, IMEC, Belgium, P.F. NEALEY,
University of Chicago
4:00 pm
Invited talk continued.
Invited talk continued.
4:20 pm
MN+NS-MoA8
Silicon Carbide (SiC) Optical Interferometry for
Ultrasensitive Motion Transduction of High Frequency Mechanical
Resonators, Z. WANG, J. LEE, T. HE, P. X.-L. FENG, Case Western Reserve University
MS+AS+EM+NS+PS+TF-MoA8 Invited
Phase Change Memory, R. BEZ, Micron, Italy
Progress in Coupling a Superconducting Qubit to Light, A.N. CLELAND, J.
Manufacturing Challenges of Directed Self-Assembly, R. GRONHEID, IMEC,
4:40 pm
Invited talk continued.
5:00 pm
MS+AS+EM+NS+PS+TF-MoA10 Invited
450 mm Project, P. FARRAR, University at Albany-SUNY
5:20 pm
Invited talk continued.
112
Monday Afternoon, October 28, 2013
Nanometer-scale Science and Technology
Room: 203 B - Session NS+AS+EM-MoA
Plasma Science and Technology
Room: 102 B - Session PS+TF-MoA
Nanowires and Nanotubes
Plasma Deposition
NS+AS+EM-MoA1 Fe-doped Titania Nanotubes: Iron Role in Structural
Modification, P.M. HOSSEINPOUR, Northeastern University, J. LIU, Northeastern
University and Brookhaven National Laboratory, I. MCDONALD, Northeastern University, D.
ARENA, Brookhaven National Laboratory, D. HEIMAN, L. MENON, L.H. LEWIS,
Northeastern University
PS+TF-MoA1
NS+AS+EM-MoA2
Impact of Crystallinity, Chemical Environment and
Electronic Structure of TiO2 Nanotube Arrays for Photocatalysis, J. LIU,
PS+TF-MoA2
P.M. HOSSEINPOUR, Northeastern University, S. LUO, Brookhaven National Laboratory
and SUNY Stony Brook, D. ARENA, Brookhaven National Laboratory, L.H. LEWIS,
Northeastern University
of China
Moderator: C. Mattevi, Imperial College, London
2:00 pm
2:20 pm
2:40 pm
Moderator: S. Agarwal, Colorado School of Mines
Practical Aspects of using Tailored Voltage Waveforms for
Thin Film Processing of Photovoltaic Devices, E.V. JOHNSON, B. BRUNEAU,
LPICM-CNRS, Ecole Polytechnique, France, P.A. DELATTRE, T. LAFLEUR, J.-P. BOOTH,
LPP-CNRS, Ecole Polytechnique, France
Characteristics of Plasma Generated by ICP-CVD with
Various H2/SiH4 Ratios and the Resultant Properties of nc-Si:H Thin
Films, J.H. HSIEH, Y.L. LIE, S.C. LIN, Ming Chi University of Technology, Taiwan, Republic
Enhanced Field Emission from Oxygen-deficient TiO2
Nanotube Arrays, C.W. WANG, J.-B. CHEN, W.-D. ZHU, Northwest Normal University,
NS+AS+EM-MoA3
China
PS+TF-MoA3 Invited
Medium Range Order (MRO) in "Amorphous (a)-Si(H)" Alloys in PV and
TFT Devices with Intrinsic, B and P Doped a-Si(H) and a-Si,Ge(H)
Layers: Reduction of Photo- and Stress-induced Defects by O-bonding,
G. LUCOVSKY, D. ZELLER, C. CHENG, Y. ZHANG, North Carolina State University
3:00 pm
Fabrication and Controlled In Situ Morphological
Transformation of Highly Ordered Hollow Oxide Nanostructures based
on Nanoscale Kirkendall Effect, A. EL MEL, Univ. of Mons, Belgium, M. BUFFIÈRE,
NS+AS+EM-MoA4
Invited talk continued.
IMEC, KU Leuven, Belgium, P.-Y. TESSIER, Inst. des Matériaux Jean Rouxel – Univ. de
Nantes, Belgium, K. DU, C.H. CHOI, Stevens Inst. of Tech., L. MOLINA-LUNA, S. SCHILDT,
H.J. KLEEBE, Tech. Univ. Darmstadt, Germany, S. KONSTANTINIDIS, C. BITTENCOURT,
R. SNYDERS, Univ. of Mons, Belgium
3:20 pm
BREAK
BREAK
3:40 pm
NS+AS+EM-MoA6 Invited
PS+TF-MoA6 Invited
University of Southern California
University of Illinois at Urbana Champaign
4:00 pm
Invited talk continued.
Invited talk continued.
4:20 pm
NS+AS+EM-MoA8 Geometry-Dependent Formation of Multiple Twins in Si
Nanowires, N. SHIN, Georgia Institute of Technology, M. CHI, Oak Ridge National
Laboratory, M.A. FILLER, Georgia Institute of Technology
PS+TF-MoA8
Carbon Nanotube Macroelectronics and Nanoelectronics, C. ZHOU,
Plasma Prize Talk - Plasma Processing Advances at Illinois, D.N. RUZIC,
PECVD, Rf vs Dual Frequency : Investigation of Plasma
Influence on Metalorganic Precursors Decomposition and Material
Characteristics, F. PIALLAT, STMicroelectronics, France, C. VALLEE, Ltm - Minatec Cea/leti, France, R. GASSILLOUD, P. MICHALLON, CEA-LETI, France, B. PELISSIER, Ltm
- Minatec - Cea/leti, France, P. CAUBET, STMicroelectronics, France
4:40 pm
NS+AS+EM-MoA9
Growth Direction Associated Nonlinear length
Dependent Electrical Resistance Effect of Single Crystal Zinc Oxide
Micro/Nanobelt, C. TANG, J. SONG, University of Alabama
PS+TF-MoA9 Reactive High Power Impulse Magnetron Sputtering
(HiPIMS), J.T. GUDMUNDSSON, University of Iceland, F. MAGNUS, Uppsala University,
Sweden, T.K. TRYGGVASON, S. SHAYESTEHAMINZADEH, S. OLAFSSON, University of
Iceland
5:00 pm
NS+AS+EM-MoA10
Plasma Modification of Chemically Vapor Deposited
SnO2 Nanowires and SnO2 Nanoparticles for Enhanced Gas Sensing, E.
PS+TF-MoA10
STUCKERT, E.R. FISHER, Colorado State University
Osaka University, Japan
NS+AS+EM-MoA11
Vapor Transport Growth and Thermal Conductivity
Measurement of Chalcogenide Nanowires with Axial Heterojunctions,
PS+TF-MoA11
C.J. HAWLEY, J.E. SPANIER, Drexel University
K. MATSUSHIMA, R. SHIMIZU, D. YAMASHITA, G. UCHIDA, H. SEO, K. KAMATAKI, K.
KOGA, M. SHIRATANI, N. ITAGAKI, Kyushu University, Japan
5:20 pm
Sputtering Yields and Selectivity of Magnetic Materials by
Chemically Reactive Plasmas, H. LI, Y. MURAKI, K. KARAHASHI, S. HAMAGUCHI,
Two-dimensional Growth of Novel ZnO based
Semiconductor ZnInON with Tunable Bandgap by Magnetron Sputtering,
113
Monday Afternoon, October 28, 2013
Plasma Science and Technology
Room: 104 C - Session PS-MoA
Surface Science
Room: 201 A - Session SS-MoA
Advanced BEOL/Interconnect Etching
Metal Oxides: Reactivity and Catalysis
PS-MoA1 Invited
SS-MoA1
KUMAR, Y.P. FEURPRIER, L. WANG, J. STILLAHN, Y. CHIBA, A. RANJAN, A. METZ, A.
KO, D.M. MORVAY, A. SELINO, P. BIOLSI, TEL Technology Center, America, LLC
Korea, M. KAWAI, University of Tokyo, Japan
Invited talk continued.
SS-MoA2
Moderator: S. Hamaguchi, Osaka University, Japan
2:00 pm
2:20 pm
Moderator: M.A. Henderson, Pacific Northwest National Laboratory
Controlling Surface Reactivity of an Ultrathin MgO Film by
Interface Tuning, Y. KIM, J. JUNG, RIKEN, Japan, H.-J. SHIN, UNIST, Republic of
Etching Challenges in the BEOL for sub 20nm Technology Nodes, K.
Energetics of Adsorption of D2O on Fe3O4 (111) Studied by
Microcalorimetry, C.A. WOLCOTT, I.X. GREEN, C.T. CAMPBELL, University of
Washington
2:40 pm
Plasma Etch Challenges at 10nm and beyond Technology
Nodes using Multi Patterning Techniques in the BEOL to Produce
Metallization-Friendly Profiles, Y. MIGNOT, STMicroelectronics, M. BEARD, B.G.
PS-MoA3
SS-MoA3 Invited
Surface Chemistry of PdO(101), J.F. WEAVER, University of Florida, A.
MORRIS, B. PEETHALA, IBM, Y. LOQUET, STMicroelectronics, J.H. CHEN, IBM, S. NAM,
GLOBALFOUNDRIES U.S. Inc., B. NAGABHIRAVA, P. FRIDDLE, Lam Research Corp
3:00 pm
The Role and Impact of Alternative Masks and Integration
Schemes on MOL and BEOL, R. KOSHY, H. WONTAE, S. MISHRA, G. PADRON
PS-MoA4
ASTHAGIRI, The Ohio State University, C. HAKANOGLU, A. ANTONY, F. ZHANG,
University of Florida
Invited talk continued.
WELLS, I. KIM, L. ZHOU, T. HAN, F. WU, Z. SUN, GLOBALFOUNDRIES U.S. Inc., S.
OGAWA, A. METZ, T. YAMAMURA, Y. CHIBA, TEL Technology Center, America, LLC
3:20 pm
BREAK
BREAK
3:40 pm
PS-MoA6
Fine Patterning of Copper by Plasma Etch Process for
Advanced BEOL Interconnects, H. MIYAZOE, IBM T.J. Watson Research Center,
SS-MoA6 Elemental Steps in Dehydration of Diols on TiO2(110), D.
ACHARYA, Y. YOON, Pacific Northwest National Laboratory, Z. ZHANG, Baylor University,
Z. LI, X. LIN, L. CHEN, R. MU, B.D. KAY, R. ROUSSEAU, Z. DOHNALEK, Pacific Northwest
National Laboratory
M. HOINKIS, Applied Materials Inc., B.N. TO, G. FRITZ, A. PYZYNA, M. BRINK, C.
CABRAL, IBM T.J. Watson Research Center, C. YAN, I. NE’EMAN, Applied Materials Inc.,
E.A. JOSEPH, IBM T.J. Watson Research Center
4:00 pm
Virtual Fabrication for BEOL Module Optimization Beyond the
SS-MoA7 Site-specific Chemistry in Aqueous Solutions Produces
22nm Technology Node, R. PATZ, D. FRIED, K. GREINER, M. STOCK, D. FAKEN, J. Atomically Flat Rutile (110), D. JING, A. SONG, M.A. HINES, Cornell University
PS-MoA7
LEHTO, A. PAP, B. VAN DYK, M. KAMON, S. BREIT, Coventor, Inc.
4:20 pm
Improvements in Low-k Damage and Hard Mask Selectivity in
BEOL Dielectric Etch Using C5HF7, R.L. BRUCE, IBM T.J. Watson Research
Coverage Dependence of Photocatalysis of Trimethyl Acetate
on TiO2(110), Z.T. WANG, I. LYUBINETSKY, Pacific Northwest National Laboratory
PS-MoA8
SS-MoA8
Center, T. SUZUKI, M. NAKAMURA, Zeon Chemicals LP, S.U. ENGELMANN, E.A.
JOSEPH, N. FULLER, E.M. SIKORSKI, IBM T.J. Watson Research Center, A. ITOU, Zeon
Corporation
4:40 pm
Mitigation of Plasma-induced Damage of Advanced 2.0 Porous
Dielectrics by the Pore Stuffing Approach, M.H. HEYNE, L. ZHANG, KU Leuven,
PS-MoA9
Belgium, J.-F. DE MARNEFFE, R. GRONHEID, C.J. WILSON, M. BAKLANOV, IMEC,
Belgium
5:00 pm
5:20 pm
SS-MoA9 TiOx Thin Films on Au(111): Water Dissociation Properties, M.H.
FARSTAD, Norwegian University of Science and Technology, Norway, D. RAGAZZON,
Uppsala University, Sweden, A. SCHAEFER, University of Bremen, Germany, L.E. WALLE,
A. BORG, Norwegian University of Science and Technology, Norway, A. SANDELL, Uppsala
University, Sweden
PS-MoA10 EPR Studies of SiOC:H BEOL (Low-k) Dielectrics, T.A.
POMORSKI, P.M. LENAHAN, M. MUTCH, Penn State University, S.W. KING, Intel
Corporation
SS-MoA10
Probing Charge Transfer Following Molecular Adsorption on
CeO2(100) using Resonant Photoemission, D.R. MULLINS, P.M. ALBRECHT,
PS-MoA11
Effect of NH3/N2 Ratio in Plasma Treatment on Porous Low
Dielectric Constant SiCOH Dielectric, Y.L. CHENG, J.F. HUANG, T.C. BO,
SS-MoA11
National Chi-Nan University, Taiwan, Republic of China
MULLINS, S.H. OVERBURY, Oak Ridge National Laboratory
Oak Ridge National Laboratory
Reactivity of Acetaldehyde on CeO2(111) Surfaces and the
Roles of Oxygen Vacancies, Y. XU, Louisiana State University, F. CALAZA, D.R.
114
Monday Afternoon, October 28, 2013
Thin Film
Room: 104 A - Session TF+AS+SE+SS-MoA
Tribology Focus Topic
Room: 203 C - Session TR+AS+NS+SS-MoA
ALD/MLD Surface Reactions, Precursors, and Properties
Molecular Origins of Friction
TF+AS+SE+SS-MoA1 Invited
TR+AS+NS+SS-MoA1 Invited
Moderators: R.K. Grubbs, Sandia National Laboratories, J.S. Jur, North
Carolina State University
2:00 pm
Growth of Metallic First Row Transition Metal Films by Atomic Layer
Deposition from New Precursors, C.H. WINTER, L.C. KALUTARAGE, Wayne State
Moderators: I. Szlufarska, University of Wisconsin-Madison, M. Müser,
Saarland University, Germany
Unraveling and Eliminating Dissipation Mechanisms in Polymer Brush
Interfaces, M.H. MÜSER, FZ Jülich, Germany
University
2:20 pm
Invited talk continued.
Invited talk continued.
2:40 pm
TF+AS+SE+SS-MoA3
O2 based Ru ALD using CpRu(CO)2Et: Firstprinciples, Experiments and Micro-kinetic Modeling, C.K. ANDE, N. LEICK,
TR+AS+NS+SS-MoA3
Eindhoven University of Technology, Netherlands, S.D. ELLIOTT, Tyndall National Institute,
Ireland, W.M.M. KESSELS, Eindhoven University of Technology, Netherlands
K.E. RYAN, United States Naval Academy, K. VUMMANENI, J.D. SCHALL, Oakland
University, J.A. HARRISON, United States Naval Academy
3:00 pm
Molecular Dynamics Simulations of Adhesion &
Friction between Carbon-based Materials, Silicon, and Silicon Carbide,
The Chemistry of the Cu(I) s-Butyl Amidinate Atomic TR+AS+NS+SS-MoA4 Electronic Friction at the Atomic Scale: Conduction,
Layer Deposition (ALD) Precursor on Ni and Cu Surfaces, Y. YAO, T. KIM, J. Electrostatic and Magnetic Effects, Z. FREDRICKS, K.M. STEVENS, J. KRIM,
TF+AS+SE+SS-MoA4
COYLE, S.T. BARRY, F. ZAERA, University of California, Riverside
North Carolina State University
3:20 pm
BREAK
BREAK
3:40 pm
TF+AS+SE+SS-MoA6
Quantitative In Situ Infrared Analysis of Reactions
between Trimethylaluminum and Polymers during Al2O3 Atomic Layer
Deposition, G.N. PARSONS, B. GONG, P.S. WILLIAMS, North Carolina State University
TR+AS+NS+SS-MoA6 Invited
Chemical Origins of Interfacial Friction: Insights from Atomistic
Simulations, I. SZLUFARSKA, K. HUANG, University of Wisconsin-Madison, Y. LIU,
Massachusetts Institute of Technology
4:00 pm
Surface Reactions during the ALD of TiO2 on Si and
GaAs Surfaces Studied by In Situ ATR-FTIR, L. YE, T. GOUGOUSI, University
TF+AS+SE+SS-MoA7
Invited talk continued.
of Maryland, Baltimore County
4:20 pm
4:40 pm
TF+AS+SE+SS-MoA8
Metal Oxide/Carbon Composite Films by Pyrolysis of
Hybrid Organic-Inorganic MLD Films, J. TRAVIS, S.M. GEORGE, University of
TR+AS+NS+SS-MoA8
Colorado at Boulder
HUNTER, G.J. LEGGETT, University of Sheffield, UK
Molecular Layer Deposition of Organic-Inorganic
Hybrid Materials for Implant BARC Applications, L.N.J. RODRIGUEZ, C.
TR+AS+NS+SS-MoA9 Friction of a Thermally Activated Ensemble of
Nanocontacts, P.V. ANTONOV, J.W.M. FRENKEN, Leiden University, Netherlands
TF+AS+SE+SS-MoA9
The Relationship Between Molecular Contact
Thermodynamics and Surface Contact Mechanics, N. NIKOGEORGOS, C.A.
ADELMANN, B. SUTENS, G. WINROTH, A. DELABIE, R. GRONHEID, S. VAN ELSHOCHT,
IMEC, Belgium
5:00 pm
5:20 pm
TF+AS+SE+SS-MoA10
Mechanical Property Modification of Fiber Forming
Polymers by Sequential Organometallic Exposures, R.P. PADBURY, J.S.
TR+AS+NS+SS-MoA10
Nanoprobing of Friction and Charge Transport
Properties of Vanadium Dioxide under the Metal-Insulator Transition, J.H.
JUR, North Carolina State University
KIM, KAIST, Republic of Korea, D. FU, K. WANG, J. WU, University of California, Berkeley,
J.Y. PARK, KAIST, Republic of Korea
Vapor-Phase Modification of Simple Sugars Towards TR+AS+NS+SS-MoA11 Non-Uniform Friction-Area Dependency for
New Hybrid Organic-Inorganic Materials, K. GREGORCZYK, L. ZHANG, M.
Antimony Oxide Surfaces Sliding on Graphite, M.Z. BAYKARA, Bilkent
TF+AS+SE+SS-MoA11
KNEZ, CIC nanoGUNE, Spain
University, Turkey, C. RITTER, Humboldt Universitat zu Berlin, Germany, B. STEGEMANN,
HTW Berlin – University of Applied Sciences, Germany, M. HEYDE, Fritz-Haber-Institut der
Max-Planck-Gesellschaft, Germany, K. RADEMANN, Humboldt Universität zu Berlin,
Germany, J. SCHROERS, U.D. SCHWARZ, Yale University
115
Monday Afternoon, October 28, 2013
Vacuum Technology
Room: 202 C - Session VT-MoA
Dynamic Vacuum Processes and Outgassing
Moderator: J.A. Fedchak, National Institute of Standards and
Technology (NIST)
2:00 pm
VT-MoA1 Invited
2:20 pm
Invited talk continued.
2:40 pm
VT-MoA3 Invited
Development of Atmospheric Range Dynamic Pressure and Vacuum
Standards, F. ARRHEN, SP Technical Research Institute, Sweden
Modeling and Simulation of Fast Flows in the Vacuum Regime, S.
PANTAZIS, Physikalisch-Technische Bundesanstalt (PTB), Germany
3:00 pm
Invited talk continued.
3:20 pm
BREAK
3:40 pm
VT-MoA6
Capacitance Diaphragm Gauges with Sub-Millisecond
Measuring Rate, CH. BERG, M. WUEST, F. MULLIS, H. HANSELMANN, INFICON Ltd,
Liechtenstein
Measuring Static Outgassing Pressures at Elevated
Temperatures, L. WANG, Los Alamos National Laboratory
4:00 pm
VT-MoA7
4:20 pm
VT-MoA8
4:40 pm
VT-MoA9
Gas Permeation Measurements on Low Temperature Cofired
Ceramics, R.S. GOEKE, S.X. DAI, R.K. GRUBBS, Sandia National Laboratories
Measurement of Low Outgassing Rates using Quadrupole
Mass Spectrometers, D.L. SEYMOUR, S. DAVIES, J.A. REES, Hiden Analytical
5:00 pm
5:20 pm
116
Anticipated Schedule
Monday Morning, October 28, 2013
TIME
SESSION
ROOM
8:00 am
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8:20 am
_________________________________________________________________________________________________________________________________________________
8:40 am
_________________________________________________________________________________________________________________________________________________
9:00 am
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9:20 am
_________________________________________________________________________________________________________________________________________________
9:40 am
_________________________________________________________________________________________________________________________________________________
10:00 am
_________________________________________________________________________________________________________________________________________________
10:20 am
_________________________________________________________________________________________________________________________________________________
10:40 am
_________________________________________________________________________________________________________________________________________________
11:00 am
_________________________________________________________________________________________________________________________________________________
11:20 am
_________________________________________________________________________________________________________________________________________________
11:40 am
_________________________________________________________________________________________________________________________________________________
12:00 pm
_________________________________________________________________________________________________________________________________________________
Lunch
when
_________________________________________________________________________________________________________________________________________________
with
_________________________________________________________________________________________________________________________________________________
where
_________________________________________________________________________________________________________________________________________________
Anticipated Schedule
Monday Afternoon, October 28, 2013
TIME
SESSION
ROOM
1:00 pm
_________________________________________________________________________________________________________________________________________________
1:20 pm
_________________________________________________________________________________________________________________________________________________
1:40 pm
_________________________________________________________________________________________________________________________________________________
2:00 pm
_________________________________________________________________________________________________________________________________________________
2:20 pm
_________________________________________________________________________________________________________________________________________________
2:40 pm
_________________________________________________________________________________________________________________________________________________
3:00 pm
_________________________________________________________________________________________________________________________________________________
3:20 pm
_________________________________________________________________________________________________________________________________________________
3:40 pm
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4:00 pm
_________________________________________________________________________________________________________________________________________________
4:20 pm
_________________________________________________________________________________________________________________________________________________
4:40 pm
_________________________________________________________________________________________________________________________________________________
5:00 pm
_________________________________________________________________________________________________________________________________________________
117
Special Events Tuesday
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Short Courses Tuesday
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Special or Focus Area Sessions
8:00 am
8:00 am
8:00 am
Special Session
Special Session
Special Session
118
NOTES
119
Tuesday Morning, October 29, 2013
Applied Surface Science
Room: 204 - Session AS-TuM
Developments in Electron Spectroscopies for Non-Ideal
Samples
Actinides and Rare Earths Focus Topic
Room: 102 C - Session AC+AS+SS-TuM
The Surface Science of Actinides and Rare Earths
8:00 am
Moderator: D. Shuh, Lawrence Berkeley National Laboratory
Moderators: J.C. Woicik, National Institute of Standards and
Technology (NIST), D.R. Baer, Pacific Northwest National Laboratory
AC+AS+SS-TuM1 Invited
AS-TuM1 Invited
From Berkeley to Bristol: Defect Structures in Actinide Oxides, G.C.
Chemical Analysis of Surfaces and Ultra-thin Films: At the Forefront of
XPS Analytical Methods, A. ROSSI, Università degli Studi di Cagliari and ETH Zurich,
ALLEN, University of Bristol, UK
Italy
8:20 am
Invited talk continued.
Invited talk continued.
8:40 am
AC+AS+SS-TuM3 Covalent Interactions in Metal Oxides, P.S. BAGUS,
University of North Texas, E.S. ILTON, Pacific Northwest National Laboratory, C.J. NELIN,
Consultant
AS-TuM3
9:00 am
AC+AS+SS-TuM4 Invited
AS-TuM4 The Active-Background Method in XPS Data Peak-fitting, A.
HERRERA-GOMEZ, CINVESTAV-Queretaro, Mexico
9:20 am
Invited talk continued.
AS-TuM5
Sample-Morphology Effects on XPS Peak Intensities:
Estimation of Detection Limits, C.J. POWELL, National Institute of Standards and
Technology (NIST), W.S.M. WERNER, W. SMEKAL, Technical University of Vienna, Austria
Historical Perspective on Studies of the Surface Reactivity of Actinides
at the AWE, UK, D.A. GEESON, AWE, UK
Angle-Resolved XPS of Compound Semiconductors: A
Straightforward Route beyond the "Relative Depth" Plot, A. BARLOW, P.
CUMPSON, NEXUS, Newcastle University, UK
9:40 am
Surface Reactivity and Uranium Oxide Thin Film
Thermodynamics, R.K. SCHULZE, Los Alamos National Laboratory
The Effect of Electronic Relaxation on the First-Principles
Prediction of XPS Spectra, K. ARTYUSHKOVA, S. AKBIR, University of New Mexico,
AC+AS+SS-TuM6
AS-TuM6
B. KIEFER, New Mexico State University
10:00 am
10:20 am
10:40 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
AC+AS+SS-TuM9 SEM/FIB/TEM Analysis of Dehydrided UH3 Sites: “Small”
(Blister) and “Medium” Size on Polished, and “Large” on Sand-papered
Uranium, W.J. SIEKHAUS, N.E. TESLICH, A. LOUI, Lawrence Livermore National
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
AS-TuM9 XPS for Characterisation of Optical and Electronic Devices
under Operation, S. SUZER, Bilkent University, Turkey
Laboratory
11:00 am
AC+AS+SS-TuM10 Invited
AS-TuM10 Practical Auger Spectroscopy, M.D. JOHNSON, Hewlett Packard, D.F.
PAUL, Physical Electronics Inc., W.F. STICKLE, Hewlett Packard, J.F. MOULDER, Physical
Electronics Inc.
11:20 am
Invited talk continued.
AS-TuM11 Angle-resolved Photoemission from Curved Surfaces, J.E.
ORTEGA, Universidad del País Vasco, Spain, F.M. SCHILLER, J. LOBO-CHECA, CSIC,
Spain, A. MUGARZA, Institut Catala de Nanotecnologia, Spain
11:40 am
AC+AS+SS-TuM12
Oxidation Rates of Alpha versus Delta Plutonium: An Xray Photoelectron Spectroscopy Study, A.J. NELSON, J.A. STANFORD, W.K.
AS-TuM12 Uncovering the Mechanism of Bioleaching of Enargite by XPS ,
M. FANTAUZZI, B. ELSENER, G. ROSSI, A. ROSSI, Università degli Studi di Cagliari, Italy
Exploring Plutonium Electronic Structure Using a Unique Photoemission
Capability, J.J. JOYCE, Los Alamos National Laboratory
GRANT, R.G. ERLER, D.J. ROBERTS, W.J. SIEKHAUS, Lawrence Livermore National
Laboratory
120
Tuesday Morning, October 29, 2013
Biomaterial Interfaces
Room: 201 B - Session BI+AS+BA+NL-TuM
Electronic Materials and Processing
Room: 101 B - Session EM+PS-TuM
Biointerface, Energy and Environmental Applications of
QCM
High-k Oxides for MOSFETs and Memory Devices I
BI+AS+BA+NL-TuM1 Invited
EM+PS-TuM1
Moderator: A.C. Kummel, University of California San Diego
Moderator: L. Hanley, University of Illinois at Chicago
8:00 am
QCM-D for Energy and Environmental Applications, B.H. KASEMO, Chalmers
Calibration of Capacitance Force Microscopy using Microscale Gold Dots, K. SARDASHTI, A.C. KUMMEL, University of California San Diego
University of Technology, Sweden
8:20 am
RF-PVD Si Capping for CET Decrease in High-h/Metal Gate
14nm FDSOI, C. SUAREZ SEGOVIA, P. CAUBET, STMicroelectronics, France, C.
Invited talk continued.
EM+PS-TuM2
LEROUX, CEA-LETI, France, M. JUHEL, S. ZOLL, O. WEBER, STMicroelectronics, France,
G. GHIBAUDO, IMEP-LAHC, France
8:40 am
Combined QCM-D and EGFET System for
Biomolecular Interaction Monitoring, H. KWON, Andrews University
BI+AS+BA+NL-TuM3
EM+PS-TuM3 Invited
Growth of Oxides for Negative Capacitance Gate Dielectrics, R. DROOPAD,
Texas State University
9:00 am
Accounting for Unintended Binding Events in the
Analysis of Quartz Crystal Microbalance Kinetic Data, G. HELLER, T.
BI+AS+BA+NL-TuM4
Invited talk continued.
ZWANG, M. SAZINSKY, A. RADUNSKAYA, M.S. JOHAL, Pomona College
9:20 am
9:40 am
Silica Nanoparticle – Lipid Membrane Interaction
Studies Towards Nano(Q)SAR?, L. DE BATTICE, R. FROST, Chalmers University
BI+AS+BA+NL-TuM5
EM+PS-TuM5 Invited
of Technology, Sweden, A. SUNDBLOM, M. PERSSON, AkzoNobel PPC, Sweden, M.
WALLIN, J. STURVE, University of Gothenburg, Sweden, S. SVEDHEM, Chalmers
University of Technology, Sweden
BELMONTE, L. ZHANG, N. RAGHAVAN, L. GOUX, B. GOVOREANU, D.J. WOUTERS, M.
JURCZAK, G. POURTOIS, IMEC, Belgium
Using Real-Time Acoustical Sensing by QCM-D to
follow Dynamic Processes in Live Cell Morphology and Cell-Surface
Interactions, E. NILEBÄCK, Biolin Scientific, Sweden, N. TYMCHENKO, A. KUNZE,
BI+AS+BA+NL-TuM6
Switching Aspects of RRAM – First Principles and Model Simulations
Insight, S. CLIMA, R. DEGRAEVE, K. SANKARAN, Y.Y. CHEN, A. FANTINI, A.
Invited talk continued.
Chalmers University of Technology, Sweden, L. ENOCHSON, University of Gothenburg,
Sweden, P. WALLIN, J. GOLD, S. SVEDHEM, Chalmers University of Technology, Sweden,
A. LINDAHL, University of Gothenburg, Sweden
10:00 am
10:20 am
10:40 am
11:00 am
11:20 am
11:40 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BI+AS+BA+NL-TuM9
Quartz Crystal
Microbalance
Investigations of Mucin
BREAK - Complimentary
Coffee
in Exhibit Hall
Binding
CUDDY,
A.R. PODA,
USACE
Engineer
Exhibitand
HallNanomaterial
Open – FreeExposure
Events: , M.F.
Coffee;
Career
Center;
Exhibitor
Research and Development Center
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BI+AS+BA+NL-TuM10 QCM-D as a Novel Technique to Investigate Nuclear
Pore Transport, M. SORCI, Rensselaer Polytechnic Institute, R. HAYAMA, B.T. CHAIT,
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
EM+PS-TuM9
Comparison of Surface
onHall
Cleaved GaAs(110) and
BREAK - Complimentary
Coffee Defects
in Exhibit
MBE
Grown
, M.Events:
EDMONDS,
T. KENT,Career
University
of California
San
Exhibit
HallInGaAs(110)
Open – Free
Coffee;
Center;
Exhibitor
Diego, R. DROOPAD, Texas State University, A.C. KUMMEL, University of California San
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Diego
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
EM+PS-TuM10 Scalability of Doped Cubic HfO2 Films, C. ADELMANN, K.
M.P. ROUT, Rockefeller University, G. BELFORT, Rensselaer Polytechnic Institute
OPSOMER, Imec, Belgium, S. BRIZZI, M. TALLARIDA, D. SCHMEISSER, BTU Cottbus,
Germany, T. SCHRAM, S.A. CHEW, N. HORIGUCHI, S. VAN ELSHOCHT, L.-A.
RAGNARSSON, Imec, Belgium
BI+AS+BA+NL-TuM11 Invited
EM+PS-TuM11 Invited
FRANK, Stanford University, M.E. WISEMAN, DSM Research
University, Taiwan, Republic of China
Invited talk continued.
Invited talk continued.
Using QCM-D and Ellipsometry to Determine the Orientation and State
of Hydration of Antibodies Adsorbed on a Hydrophobic Surface, C.W.
Advance of 3D-stackable Binary-oxide ReRAM for Storage-class
Memory Applications, T.H. HOU, C.W. HSU, I.T. WANG, National Chiao Tung
121
Tuesday Morning, October 29, 2013
Energy Frontiers Focus Topic
Room: 101 A - Session EN-TuM
Exhibitor Technology Spotlight
Room: Hall A - Session EW-TuM
Energy Past, Present, and Future
Exhibitor Technology Spotlight I
Moderator: M.A. Filler, Georgia Institute of Technology
8:00 am
Moderator: C. Moffitt, Kratos Analytical Limited, UK
EN-TuM1 Invited
Chasing the Photovoltaic Race with Quantum Dot Solar Cells, P. KAMAT,
University of Notre Dame
8:20 am
Invited talk continued.
8:40 am
EN-TuM3 Invited
Extremes of Heat Conduction in Molecular Materials, D.G. CAHILL, University
of Illinois at Urbana Champaign
9:00 am
Invited talk continued.
9:20 am
EN-TuM5 Invited
The Role of Catalysis in Developing Energy Resources for the Future, A.
BELL, University of California, Berkeley
9:40 am
10:00 am
10:20 am
10:40 am
11:00 am
Invited talk continued.
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
EN-TuM9
Thin-Film Path
towards
Low-Cost
BREAKA- Direct
Complimentary
Coffee
in Exhibit
Hall Large-Area III-V
Photovoltaics
R. KAPADIA,
Z. YU,
A. JAVEY,
University
of California,
Berkeley
Exhibit Hall,Open
– Free
Events:
Coffee;
Career
Center;
Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
EN-TuM10 Electrochemical Nanowires Devices for Energy Storage, L. MAI,
EW-TuM7
EW-TuM8 A New Truly Easy-to-Use Dedicated Infrared Microscope, T.
TAGUE, S. WANG, Bruker Nano Surfaces Division
Wuhan University of Technology, China
11:20 am
EN-TuM11 Invited
III-nitride Nanowires: Novel Materials for Light Emission, G.T. WANG, Sandia
National Laboratories
11:40 am
Nothing to Fret about Fretting, S. SHAFFER, Bruker Nano Inc.
Invited talk continued.
122
Tuesday Morning, October 29, 2013
Graphene and Other 2D Materials Focus Topic
Room: 104 B - Session GR+AS+EM+MI+MN-TuM
Optical, Magnetic, Mechanical and Thermal Properties of 2D
Materials
8:00 am
8:20 am
Moderators: A.A. Balandin, University of California, Riverside, D.
Gunlycke, Naval Research Laboratory
GR+AS+EM+MI+MN-TuM1 Long-range Magnetic Order in a Purely Organic
2D Layer Adsorbed on Epitaxial Graphene, M. GARNICA, D. STRADI, S.
Magnetic Interfaces and Nanostructures
Room: 202 A - Session MI+EM-TuM
Spintronics and Magnetoelectrics
Moderators: P. Fischer, Lawrence Berkeley National Laboratory, M.
Donath, Muenster University, Germany
MI+EM-TuM1 Invited
Molecular Beam Epitaxy and Spintronics, S. ANDRIEU, F. BONELL, T. HAUET,
BARJA, F. CALLEJA, C. DIAZ, M. ALCAMI, N. MARTIN, A.L. VAZQUEZ-DE-PARGA, F.
MARTIN, R. MIRANDA, Universidad Autónoma de Madrid, Spain
Institut Jean Lamour, CNRS-Université de Lorraine, France, F. BERTRAN, Synchrotron
SOLEIL, France
Graphene Thermal Properties and Applications
for Thermal Management of Li-Ion Batteries, P. GOLI, S. LEGEDZA, A.A.
Invited talk continued.
GR+AS+EM+MI+MN-TuM2
BALANDIN, University of California, Riverside
8:40 am
GR+AS+EM+MI+MN-TuM3 Invited
MI+EM-TuM3 Invited
Graphene Nano-Photonics and Carrier Dynamics, F. KOPPENS, ICFO - The
Institute of Photonic Sciences, Spain
Engineering Single Spins in Semiconductors for Sensing and
Computation, D. AWSCHALOM, University of California, Santa Barbara, W.F. KOEHL,
9:00 am
Invited talk continued.
A.L. FALK, University of Chicago, G. CALUSINE, University of California, Santa Barbara, F.J.
HEREMANS, University of Chicago, V.V. DOBROVITSKI, Ames Laboratory, Iowa State
University, A. POLITI, University of California, Santa Barbara
Invited talk continued.
9:20 am
GR+AS+EM+MI+MN-TuM5 Invited
MI+EM-TuM5 Invited
Graphene Mechanics and NEMS Applications, J.C. HONE, Columbia University Semiconductor Spintronics -- New Avenues and Perspectives:
Graphene as a Spin Tunnel Barrier in MTJs and Silicon, B.T. JONKER, E.
COBAS, O.M.J. VAN 'T ERVE, C.H. LI, A.L. FRIEDMAN, J.T. ROBINSON, Naval Research
Laboratory
9:40 am
10:00 am
10:20 am
10:40 am
11:00 am
Invited talk continued.
Invited talk continued.
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
GR+AS+EM+MI+MN-TuM9
InvitedCoffee in Exhibit Hall
BREAK - Complimentary
Nano-plasmonic
Phenomena
in Graphene
, D.N.
BASOV,Center;
UniversityExhibitor
of California
Exhibit Hall Open
– Free Events:
Coffee;
Career
San Diego
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
MI+EM-TuM9
Graphene DirectCoffee
GrowthinonExhibit
Magnetic
BREAK - Complimentary
HallOxides on Co(0001):
Graphene
Effects
on–Oxide
Magnetic Coffee;
BehaviorCareer
, F. PAQUALE,
Y. CAO,
H. KASI,
Exhibit Hall
Open
Free Events:
Center;
Exhibitor
S. GADDAM, University of North Texas, L. KONG, Y. WANG, C. BINEK, P.A. DOWBEN,
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
University of Nebraska-Lincoln, J. KELBER, University of North Texas
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
MI+EM-TuM10 Nanocluster Size Effects in Au-Co Nanocomposite Thin
Films: Correlated Non-linear Magneto-Optics and Magneto-Transport
Studies, K. YANG, The College of William and Mary, V. KRYUTYANSKIY, I.
Invited talk continued.
KOLMYCHEK, T. MURZINA, Moscow State University, Russian Federation, R.A.
LUKASZEW, The College of William and Mary
Controlled Growth of Large-Area Mono-, Bi-, and MI+EM-TuM11 Invited
Few-Layer Graphene by Chemical Vapor Deposition on Copper
Spin and Heat Transport through Interfaces between Metals and
Substrate, C.-Y. PARK, Y. KIM, Sungkyunkwan University, Republic of Korea
Magnetic Insulators, G.E.W. BAUER, Tohoku University, Japan
11:20 am
GR+AS+EM+MI+MN-TuM11
11:40 am
GR+AS+EM+MI+MN-TuM12 Charged Vacancy Defects in Graphene: Stability
and Charge States, Y. LIU, M. WEINERT, L. LI, University of Wisconsin Milwaukee
Invited talk continued.
123
Tuesday Morning, October 29, 2013
Manufacturing Science and Technology
Room: 202 B - Session MS+AS+BA+BI+PS+TF-TuM
IPF 2013-Manufacturing Challenges for Emerging
Micro and Nano Systems based on Carbon and Piezoelectric Technologies: IV. Manufacturing Challenges: The Life
Sciences
Materials
MEMS and NEMS
Room: 102 A - Session MN+NS-TuM
8:00 am
Moderator: P. X.-L. Feng, Case Western Reserve University
Moderators: D.G. Castner, University of Washington, L.J. Gamble,
University of Washington
MN+NS-TuM1 Invited
MS+AS+BA+BI+PS+TF-TuM1 Invited
Science and Technology of Integrated Piezoelectric and
Ultrananocrystalline Diamond Films for a New Generation of High
Performance MEMS and NEMS Devices, O. AUCIELLO, University of Texas at
Microfluidics for Chemical Analysis, L. CARR, Q. BAI, R. BRENNEN, S. POST, G.
STAPLES, K. SEAWARD, H. YIN, L. MARTINEZ, D. RITCHEY, K. KILLEEN, Agilent
Technologies
Dallas
8:20 am
Invited talk continued.
Invited talk continued.
8:40 am
MN+NS-TuM3 Invited
MS+AS+BA+BI+PS+TF-TuM3 Invited
Utilizing Piezoelectric MEMS Across Length Scales, S. TROLIERMCKINSTRY, Penn State University
Challenges in the Fabrication of Nanoscale Devices for DNA Base
Sensing, S. PAPA RAO, J. BAI, E.A. JOSEPH, R.L. BRUCE, M. LOFARO, M. KRISHNAN,
9:00 am
Invited talk continued.
M. BRINK, M. GUILLORN, S.M. ROSSNAGEL, Q. LIN, J. COTTE, C. JAHNES, SMITH,
GIGNAC, REUTER, NAM, ASTIER, WANG, STOLOVITSKY, GOLDBLATT, IBM Research
Division, T.J. Watson Research Center
Invited talk continued.
9:20 am
MN+NS-TuM5
Micromachined Acoustic Tweezers for Particles Smaller
than 10 Microns in Diameter, A. VAFANEJAD, Y. CHOE, K.K. SHUNG, E.S. KIM,
MS+AS+BA+BI+PS+TF-TuM5 Invited
Nucleic Acid Synthesis and Applications, S. LADERMAN, Agilent Technologies
University of Southern California
9:40 am
Two-Dimensional (2D) MoS2 Semiconducting Crystal
Nanomechanical Resonators with Frequency Scaling, J. LEE, Z. WANG, K.
MN+NS-TuM6
Invited talk continued.
HE, J. SHAN, P. X.-L. FENG, Case Western Reserve University
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
MN+NS-TuM9
Invited
BREAK - Complimentary
Coffee in Exhibit Hall
MEMS
Evolution,
Carbon Career
to Embracing
, D.A.
ExhibitContact
Hall Open
– FreeEliminating
Events: Coffee;
Center;it?Exhibitor
CZAPLEWSKI, Argonne National Laboratory
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
MS+AS+BA+BI+PS+TF-TuM9
Invited
BREAK - Complimentary
Coffee in Exhibit Hall
Single
Molecule,
Real-Time
DNA Sequencing
, S. TURNER,
PacificExhibitor
Biosciences
Exhibit
Hall Open
– Free Events:
Coffee; Career
Center;
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
11:00 am
Invited talk continued.
Invited talk continued.
11:20 am
MN+NS-TuM11
Micro and Nanoelectromechanical Devices Fabricated
using Ultrananocrystalline Diamond, A.V. SUMANT, Argonne National Laboratory,
MS+AS+BA+BI+PS+TF-TuM11 Invited
F. BUJA, TU Delft, Netherlands, K. PEREZ, D.A. CZAPLEWSKI, Argonne National
Laboratory
J. FLATT, S. BAILEY, S. BOWER, D. GIBSON, S. FARAH, J. BUTLER, J. HANNON,
Synthetic Genomics
Electrically Controlled Release of Sulfosalicylic Acid from
Regenerated Cellulose/ Functionalized Carbon Nanofiber Matrix, N.A.
Invited talk continued.
10:00 am
10:20 am
10:40 am
11:40 am
MN+NS-TuM12
Opportunities and Challenges in the Biobased Products Manufacturing,
CHOWDHURY, A.A. JUMAILY, M.V. RAMOS, J. ROBERTSON, Auckland University of
Technology, New Zealand
124
Tuesday Morning, October 29, 2013
Nanometer-scale Science and Technology
Room: 203 B - Session NS+EM+EN-TuM
Plasma Science and Technology
Room: 102 B - Session PS1-TuM
Nanoscale Transport and Devices
Plasma Sources
8:00 am
NS+EM+EN-TuM1 Invited
PS1-TuM1 Non-ambipolar Electron Plasma and its Physical Properties, L.
CHEN, Z.Y. CHEN, M. FUNK, Tokyo Electron America, Inc.
8:20 am
Invited talk continued.
PS1-TuM2
Moderator: V.P. LaBella, University at Albany-SUNY
Moderator: M.A. Lieberman, University of California, Berkeley
Electrical Transport in 2-dimensional van der Waals Material
Heterostacks, P. KIM, Columbia University, C. DEAN, CCNY
Ion Energy-Angular Distributions in Dual Frequency
Capacitively Coupled Plasmas Using Phase Control, Y. ZHANG, M.J.
KUSHNER, University of Michigan
8:40 am
Transition in Mechanisms of Size Dependent Properties
at Nanoscale Interfaces, J. HOU, S.S. NONNENMANN, W. QIN, D.A. BONNELL,
NS+EM+EN-TuM3
University of Pennsylvania
Investigation of Photo-Assisted Etching in Different HalogenContaining Plasmas and Synergetic Effects of a Tandem Plasma
System, W. ZHU*, L. LIU, S. SRIDHAR, V.M. DONNELLY, D.J. ECONOMOU, University of
PS1-TuM3
Houston
9:00 am
9:20 am
9:40 am
NS+EM+EN-TuM4
Quantum Correction to the Transition Localization in
La2/3Sr1/3MnO3 Thin Films at Low Temperatures, Y. GAO, Max Planck Institute
PS1-TuM4
Control of Energy Distributions in Inductively Coupled Plasmas
using Tandem Power Sources, M.D. LOGUE, University of Michigan, W. ZHU, H.
for Solid State Research, Germany, W. SIGLE, Max Planck Institute for Intelligent Systems,
Germany, J. ZHANG, Shanghai University, Republic of China, D. ZHOU, Max Planck Institute
for Intelligent Systems, Germany, G.X. CAO, Oak Ridge National Laboratory, H.U.
HABERMEIER, Max Planck Institute for Solid State Research, Germany
NS+EM+EN-TuM5 Invited
Nano-enabled Chemical, Bio and Radiation Sensors, M. MEYYAPPAN, NASA
Ames Research Center
SHIN, L. LIU, S. SRIDHAR, V.M. DONNELLY, D.J. ECONOMOU, University of Houston, M.J.
KUSHNER, University of Michigan
Invited talk continued.
PS1-TuM6
Si-Gate Etching in Radial Line Slot Antenna Plasmas: Control
of Selectivity, Anisotropy and Loading, S. VORONIN, A. RANJAN, H. KINTAKA, K.
PS1-TuM5
KUMAR, P. BIOLSI, TEL Technology Center, America, LLC
Vacuum-Ultraviolet Emission Spectra of Plasma-Processing
Reactors, K. MAVRAKAKIS, M. NICHOLS, W. LI, K. KATZ, University of WisconsinMadison, J. MCVITTIE, A. HAZEGHI, Stanford University, S. BANNA, Applied Materials Inc.,
Y. NISHI, Stanford University, J.L. SHOHET, University of Wisconsin-Madison
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
NS+EM+EN-TuM9
Invited
BREAK - Complimentary
Coffee in Exhibit Hall
Ultraflexible
Stretchable
Organic Coffee;
DevicesCareer
for Biomedical
Exhibit Halland
Open
– Free Events:
Center; Exhibitor
Applications
, T. SOMEYA, M. KALTENBRUNNER, The University of Tokyo, Japan, S.
Technology
Spotlight Sessions; Caricatures; Massages; Art Zone &
BAUER, Johannes Kepler University, Austria, T. SEKITANI, The University of Tokyo, Japan
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
PS1-TuM9
BREAK Invited
- Complimentary Coffee in Exhibit Hall
Counteractions
to Plasma
by Earthquake
, T.
Exhibit Hall Open
– FreeChamber
Events: Corrosions
Coffee; Career
Center; Exhibitor
MORIYA, Tokyo Electron, Japan
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
11:00 am
Invited talk continued.
Invited talk continued.
11:20 am
NS+EM+EN-TuM11
Ultrahigh Thermal Conductivity Gold Nanowire-Filled
Polymer Composites and Interfaces, I. SESHADRI, N. BALACHANDER, R.J.
PS1-TuM11 An Improved Cathodic Arc Plasma Source for Large Area
Coatings, J. KOLBECK, A. ANDERS, Lawrence Berkeley National Laboratory
10:00 am
10:20 am
10:40 am
MEHTA, L. SCHADLER, T. BORCA-TASCIUC, P. KEBLINSKI, G. RAMANATH, Rensselaer
Polytechnic Institute
11:40 am
Microscopy and Spectroscopy Study of Immobilization
of Molecularly Imprinted Nanoparticles on (3glycidoxypropyl)trimethoxysilane Modified Silica, T. KAMRA, L. YE, Lund
NS+EM+EN-TuM12
High Density Narrow Tube Ozonizer by Increased Barrier
Discharge Frequency, J. TSUJINO, T. KITAJIMA, T. NAKANO, National Defense
PS1-TuM12
Academy of Japan
University, Sweden
125
* Coburn & Winters Student Award Finalist
Tuesday Morning, October 29, 2013
Plasma Science and Technology
Room: 104 C - Session PS2-TuM
Surface Science
Room: 201 A - Session SS+AS-TuM
Advanced FEOL/Gate Etching
Synthesis, Structure and Characterization of Oxides
PS2-TuM1
Evaluation of Highly Selective ZrO2 and HfO2 based Hard
Mask Stacks for sub 30 nm Node Dry Etch Pattern Transfer, J. PAUL, X.
SS+AS-TuM1
THRUN, S. RIEDEL, M. RUDOLPH, Fraunhofer Institute for Photonic Microsystems (IPMSCNT), Germany, S. WEGE, Plasway, Germany, C. HOHLE, Fraunhofer Institute for Photonic
Microsystems (IPMS-CNT), Germany
DYLLA, The University of Texas at Austin, G.L. KELLOGG, Sandia National Laboratories,
K.J. STEVENSON, The University of Texas at Austin
Moderator: G.Y. Yeom, Sungkyunkwan University, Republic of Korea
8:00 am
Moderator: Z. Dohnalek, Pacific Northwest National Laboratory
KOBAYASHI, Tokyo Electron Miyagi Limited, Japan, M. YAMATO, K. OYAMA, H.
YAEGASHI, H. MOCHIKI, Tokyo Electron Limited, Japan
SS+AS-TuM2 Reduction and Oxidation Chemistry of LaFeO3 Thin Films, B.
FLYNN, Oregon State University, M.A. HENDERSON, H. ZHANG, M. ENGELHARD, S.A.
CHAMBERS, S.A. THEVUTHASAN, Pacific Northwest National Laboratory, G.S. HERMAN,
Oregon State University
8:40 am
PS2-TuM3 Invited
SS+AS-TuM3 Invited
9:00 am
PARGON, M. FOUCHIER, CNRS-LTM, France, O. ROS BENGOECHEA,
STMicroelectronics, J. JUSSOT, UJF, France, E. DUPUY, M. BRIHOUM, CNRS-LTM,
France
Invited talk continued.
Invited talk continued.
9:20 am
PS2-TuM5
Possible Si Damage Formation and Redeposition in Vertical
Gate Etching Processes by HBr Plasmas, Y. MURAKI, H. LI, T. ITO, K.
SS+AS-TuM5
KARAHASHI, Osaka University, Japan, M. MATSUKUMA, Tokyo Electron Ltd., Japan, S.
HAMAGUCHI, Osaka University, Japan
University of Pennsylvania, W.A. AL-SAIDI, University of Pittsburgh, A.M. RAPPE, University
of Pennsylvania
PS2-TuM6
Impact of Etch Processes Over Dimensional Control and LWR
for 14nm FDSOI Transistor Gate Patterning, O. ROS, ST Microelectronics,
SS+AS-TuM6
France
Pacific Northwest National Laboratory, A.W. COHN, D.R. GAMELIN, University of
Washington, P.V. SUSHKO, University College London, S.A. CHAMBERS, Pacific Northwest
National Laboratory
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
PS2-TuM9
Patterning:Coffee
Promises
and Challenges
of SIT^2 for Fin
BREAK FinFET
- Complimentary
in Exhibit
Hall
Formation
for Open
sub-40–nm
Pitch
Features
, S. MIGNOT,
GLOBALFOUNDRIES
U.S.
Exhibit Hall
Free
Events:
Coffee;
Career
Center; Exhibitor
Inc., I.C. ESTRADA-RAYGOZA, H. HE, IBM, K. AKARVARDAR, J. CANTONE,
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
GLOBALFOUNDRIES U.S. Inc., B. DORIS, IBM, A. JACOB, GLOBALFOUNDRIES U.S. Inc.,
E-Mail M.(with
printing);
AVS
Store, Souvenirs &
S.Pumpkin/Contest,
SCHMITZ, J. LEE, P. FRIDDLE,
GOSS,
Lam Research
Corp
Publications; AVS-60 Special Events-History Booth/Trivia Contest
PS2-TuM10 Novel Etch Schemes using Aspect-Ratio Dependent
Deposition for FinFET Gate Spacer Etching, H.H. CHEN, S.Y. LU, C.H. WANG,
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
SS+AS-TuM9
Growth of OxideCoffee
Nanowires
on Vicinal
BREAK - Complimentary
in Exhibit
HallMetal Surfaces: Atom
Exchange
Processes
StepEvents:
Edges, L.Coffee;
MA, A. PICONE,
WAGNER,
S.
Exhibit Hall
Open – at
Free
CareerM.Center;
Exhibitor
SURNEV, Karl-Franzens University, Austria, G. BARCARO, A. FORTUNELLI, CNR-IPCF,
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Italy, F.P. NETZER, Karl-Franzens University, Austria
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
SS+AS-TuM10 Surface Structure of α -Cr2O3(0001) by X-ray Photoelectron
Diffraction after Activated Oxygen Exposure, T.C. KASPAR, S.E.
J.C. LI, United Microelectronics Corporation, S. KAWADA, M. NORO, C-J. HSIEH, Tokyo
Electron Taiwan Limited, Japan, A. RANJAN, TEL Technology Center, America, LLC
CHAMBERLIN, S.A. CHAMBERS, Pacific Northwest National Laboratory
PS2-TuM11 Stack Patterning Challenges for the FinFET Architecture, A.
BANIK, S. KANAKASABAPATHY, S. BURNS, A. AIYAR, M.J. BRODSKY, IBM Corporation
SS+AS-TuM11
8:20 am
9:40 am
10:00 am
10:20 am
10:40 am
11:00 am
11:20 am
Approach to LER/LWR Improvement with Combination of DCS
Technology and Newly Developed Resist Material, M. HONDA, K.
Low-Energy Electron Microscopy (LEEM) Studies of
Langmuir-Blodgett (LB) Deposited Titania Films for Electrochemical
Energy Storage, C.K. CHAN, L.B. BIEDERMANN, Sandia National Laboratories, A.G.
PS2-TuM2
Metrology and Linewidth Roughness Issues during Complex Highk/Metal Gate Stack Patterning for sub-20nm Technological Nodes, E.
Reactions on the Rutile TiO2(110) Surface Studied by High-resolution
STM and TPD, S. WENDT, Aarhus University, Denmark
Atomic Structures on BaTiO3 (001): Reconstructions, Step
Edges and Domain Boundaries, E.H. MORALES, D.A. BONNELL, J.M. MARTIREZ,
Growth and Optical Properties of Cr- and V-Doped α-Fe2O3
Epitaxial Thin Films, S.E. CHAMBERLIN, Y. WANG, T.C. KASPAR, M.E. BOWDEN,
Preparation and Characterization of Rare Earth Oxide Thin
Films on Metal and Silicon Substrates, A. SCHAEFER, J.-H. JHANG, University of
Bremen, Germany, W. CARTAS, S.R. EPURI, University of Florida, M.H. ZÖLLNER, IHP,
Germany, H. WILKENS, University of Osnabrück, Germany, T. SCHROEDER, IHP,
Germany, J.F. WEAVER, University of Florida, M. BÄUMER, University of Bremen, Germany
11:40 am
Mechanisms of Etching and Selectivity for FINFET Gate Lowk Spacer using RLSA™ Microwave Plasma Reactor with Radial Line
Slot Antenna, A. RALEY, B. PARKINSON, A. RANJAN, S. KEISUKE, K. KUMAR, P.
PS2-TuM12
BIOLSI, TEL Technology Center, America, LLC
SS+AS-TuM12 Surface Core Level BE Shifts for MgO, C.J. NELIN, Consultant,
F. UHL, V. STAEMMLER, Ruhr-Universitat Bochum, Germany, P.S. BAGUS, University of
North Texas, H. KUHLENBECK, M. STERRER, H.-J. FREUND, Fritz-Haber-Institut der MaxPlanck-Gesellschaft, Germany
126
Tuesday Morning, October 29, 2013
Thin Film
Room: 104 A - Session TF-TuM
Tribology Focus Topic
Room: 203 C - Session TR+SE-TuM
Low Friction Materials
ALD for Emerging Applications
Moderator: G.S. Scarel, James Madison University
8:00 am
Fabrication of Top Gate Graphene Transistor using Physically
Transferrable High-k Nanosheet using Atomic Layer Deposition, H. JUNG,
Moderators: R. Bennewitz, INM - Leibniz-Institute for New Materials, D.
Irving, North Carolina State University
TF-TuM1
J. LEE, K. KO, J. PARK, H. KIM, Yonsei University, Republic of Korea
8:20 am
8:40 am
9:00 am
Resistive Switching Devices Based on Ozone assisted ZnO
Films by Atomic Layer Deposition, R.M. MUNDLE, A.K. PRADHAN, Norfolk State
University
TR+SE-TuM2 Ultra Low Friction Surface Designed by Biomimetic
Approach, A. TAKAHARA, Y. HIGAKI, M. MINN, M. KOBAYASHI, JST ERATO Takahara
Soft Interfaces Project, Japan
TF-TuM3 Invited
TR+SE-TuM3
TF-TuM2
Thin Organic Monolayers on Inorganic Substrate: Ultra-Low
Adhesion Friction and Wear Resistance Properties, S.P. PUJARI, H.
Process Design and Development of ALD for Co(W) Alloy Films as
Single Layered Barrier and Liner Material in Future Cu ULSI
Interconnects, Y. SHIMOGAKI, The University of Tokyo, Japan
ZUILHOF, Wageningen University, Netherlands
Mechanical and Tribological Behavior of Carbon-Based
Coatings Sliding against PEEK Polymer Counterfaces, E. BROITMAN,
Invited talk continued.
TR+SE-TuM4
Linköping University, Sweden, S. LAINO, University of Mar del Plata, Argentina, S.
SCHMIDT, Linköping University, Sweden, P.M. FRONTINI, University of Mar del Plata,
Argentina, L. HULTMAN, Linköping University, Sweden
9:20 am
9:40 am
TF-TuM5
Control of Oxygen Vacancies by Plasma Enhanced Atomic
Layer Deposition (PEALD) of TiO2 for Memristors, S.-J. PARK, J.-P. LEE, J.S.
TR+SE-TuM5
Microstructure, Mechanical and Friction Behavior of
Magnetron-sputtered V-C Coatings, M. STÜBER, P. STOYANOV, Karlsruhe
JANG, H. RHU, H. YU, B.Y. YOU, C.S. KIM, K.J. KIM, Y.-J. CHO, Korea Research Institute
of Standards and Science (KRISS), Republic of Korea, S. BAIK, POSTECH, Republic of
Korea, W. LEE, Korea Research Institute of Standards and Science (KRISS), Republic of
Korea
TF-TuM6 Area Selective Atomic Layer Deposition of Dielectric Films on
Metal/Dielectric Patterns, F. MINAYE HASHEMI, S.F. BENT, Stanford University
Institute of Technology, Germany, E. NOLD, Fraunhofer-Institute for Mechanics of Materials
IWM, Germany, J. SCHNEIDER, H.J. SEIFERT, S. ULRICH, Karlsruhe Institute of
Technology, Germany
Interaction of Stearic Acid with Iron-based Surfaces
Coupling Experimental and Numerical Approaches for a Better
Understanding of its Friction Behavior, C. MINFRAY, C. MATTA, S. LOEHLE, T.
TR+SE-TuM6
LE MOGNE, J.M. MARTIN, Ecole Centrale de Lyon - LTDS, France, R. IOVINE, Total,
Solaize Research Center, France, Y. OBARA, R. MIURA, A. MIYAMOTO, Tohoku University,
Japan
10:00 am
10:20 am
10:40 am
11:00 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
TF-TuM9
of an Open-Ended
RotaryHall
Reactor for PlasmaBREAKDevelopment
- Complimentary
Coffee in Exhibit
Assisted
on Particles
CLANCEY,Coffee;
J. YIN, L.Career
BAKER, A.S.
CAVANAGH,
S.M.
Exhibit ALD
Hall Open
– Free, J.Events:
Center;
Exhibitor
GEORGE, University of Colorado, Boulder
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
TF-TuM10 Metal Ion Photoreduction on ALD Thin Films, J.C. HALBUR, A.
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
TR+SE-TuM9
Invited
BREAK - Complimentary
Coffee in Exhibit Hall
Low
Friction
Metals
– Glide
PlanesCoffee;
and Molecular
Lubricants
, R.
Exhibit
HallonOpen
– Free
Events:
Career Center;
Exhibitor
BENNEWITZ, INM - Leibniz-Institute for New Materials, Germany
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
Invited talk continued.
MADAN, J.S. JUR, North Carolina State University
11:20 am
Highly Conductive and Flexible Nylon-6 Nonwoven Fiber Mats
Formed using Tungsten Atomic Layer Deposition, B. KALANYAN, C.J.
TF-TuM11
TR+SE-TuM11 Few Layer Graphene as a Potential Solid Lubricant, D.
BERMAN, A. ERDEMIR, A.V. SUMANT, Argonne National Laboratory
OLDHAM, W.J. SWEET III, G.N. PARSONS, North Carolina State University
11:40 am
TF-TuM12 Room-Temperature Atomic Layer Deposition of Platinum, A.J.M.
MACKUS, D. GARCIA-ALONSO, H.C.M. KNOOPS, A.A. BOL, W.M.M. KESSELS,
Eindhoven University of Technology, Netherlands
TR+SE-TuM12 Scaling of Structural Lubricity, D. DIETZEL, M. FELDMANN,
University of Giessen, Germany, U.D. SCHWARZ, Yale University, H. FUCHS, University of
Muenster, Germany, A. SCHIRMEISEN, University of Giessen, Germany
127
Tuesday Morning, October 29, 2013
Vacuum Technology
Room: 202 C - Session VT-TuM
History of Vacuum Technology
Moderator: J. Hochrein, Sandia National Laboratories
8:00 am
8:20 am
8:40 am
VT-TuM3 Invited
60 Years of Vacuum Gate Valve Developments, J.F. HARTNETT, Vacuum
Research Corporation
9:00 am
Invited talk continued.
9:20 am
VT-TuM5 Invited
A History of Vacuum from My Perspective!, K.J. LESKER III, K.J. LESKER IV,
Kurt J. Lesker Company
9:40 am
10:00 am
10:20 am
10:40 am
Invited talk continued.
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
VT-TuM9
BREAKInvited
- Complimentary Coffee in Exhibit Hall
How
We’ve
More About
LessCareer
and Less
So That
Now
Exhibit
HallLearned
Open –More
Free&Events:
Coffee;
Center;
Exhibitor
We
Know a Whole
Lot About
NearlyCaricatures;
Nothing - Vacuum
Measurement
Technology
Spotlight
Sessions;
Massages;
Art Zone &
Over the Years, S.R. GOLDFARB, Consultant
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
11:00 am
Invited talk continued.
11:20 am
VT-TuM11 Invited
11:40 am
Invited talk continued.
The Quest for Extreme High Vacuum, H.F. DYLLA, American Institute of Physics
128
Tuesday Lunch, October 29, 2013
Exhibitor Technology Spotlight
Room: Hall A - Session EW-TuL
Exhibitor Technology Spotlight II
Moderator: C. Moffitt, Kratos Analytical Limited, UK
12:00 pm
12:20 pm
EW-TuL2 What's New from Physical Electronics, J.F. MOULDER, Physical
Electronics Inc.
12:40 pm
EW-TuL3 Next Generation Data System for XPS, C.J. BLOMFIELD, Kratos
Analytical Limited, UK
1:00 pm
New Developments in Materials Characterization from Thermo
Fisher Scientific, A.E. WRIGHT, T.S. NUNNEY, P. MACK, Thermo Fisher Scientific, UK,
EW-TuL4
B. STROHMEIER, Thermo Fisher Scientific
1:20 pm
Recent Instrument Development for State-of-the-Art
Photoelectron Spectroscopy, H. BERGERSEN, VG Scienta AB, Sweden
EW-TuL5
1:40 pm
129
NOTES
130
Tuesday Afternoon, October 29, 2013
Actinides and Rare Earths Focus Topic
Room: 102 C - Session AC+AS+EN-TuA
Atom Probe Tomography Focus Topic
Room: 203 A - Session AP+AS+SS-TuA
Actinides and Rare Earths: The Nuclear Fuel Cycle and
Critical Materials
Microstructural and Interface Analysis of Metals Subjected
to Various Conditions
Moderator: L. Petit, Daresbury Laboratory, UK
2:00 pm
2:20 pm
AC+AS+EN-TuA1 Invited
Prospects for Accident Tolerant Fuels in Light Water Reactors, S.J.
Moderator: A. Devaraj, Pacific Northwest National Laboratory
AP+AS+SS-TuA1 Multivariate Analysis of Atom Probe Tomography Data:
Methods to Simplify Factor Interpretation, M.R. KEENAN, Consultant, V.
ZINKLE, K.A. TERRANI, L.L. SNEAD, Oak Ridge National Laboratory
SMENTKOWSKI, General Electric Global Research Center
Invited talk continued.
AP+AS+SS-TuA2
Atom Probe Tomography Analysis of Second Phase
Formation in a Ferritic-Martensitc Alloy under Neutron Irradiation, A.G.
CERTAIN, D.K. SCHREIBER, M.B. TOLOCZKO, Pacific Northwest National Laboratory
2:40 pm
AC+AS+EN-TuA3 Invited
AP+AS+SS-TuA3 Invited
Japan Atomic Energy Agency, Japan
The Renaissance in Metallurgical Design and the Role of Atom Probe
Microscopy, S.P. RINGER, The University of Sydney, Australia
3:00 pm
Invited talk continued.
Invited talk continued.
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
AC+AS+EN-TuA7 Interaction of γ-U alloys with Hydrogen, L. HAVELA, I.
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
Photoelectron Spectroscopy Study of Uranium Materials, S. FUJIMORI,
TKACH, S. MASKOVA, Z. MATEJ, Charles University, Czech Republic, N.-T.H. KIM-NGAN,
Pedagogical University Cracow, Poland, A.V. ANDREEV, Academy of Science of the Czech
Republic
4:20 pm
AC+AS+EN-TuA8 Invited
AP+AS+SS-TuA7
Invited
BREAK - Exhibit
Hall Open
– Free Events: Refreshments; Career
Effects
of Exhibitor
Extreme Conditions
on Spotlight
the Microstructure
of Nanostructured
Center;
Technology
Sessions;
Caricatures;
Ferritic
AlloysArt
, M.K. MILLER, Oak Ridge National Laboratory
Massages;
Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
Invited talk continued.
The Effect of U and Fe Cations on the Reduction of CeO2 for Thermal
Water Splitting to Hydrogen, Y. AL SALIK, SABIC, Saudi Arabia, I. AL SHANKITI,
SABIC and University of Colorado, H. IDRISS, SABIC, Saudi Arabia
4:40 pm
Atom Probe Tomography Investigations of Surface and
Grain Boundary Oxidation in Ni-Cr Alloys Exposed to High-Temperature
Water, D.K. SCHREIBER, M.J. OLSZTA, S.M. BRUEMMER, Pacific Northwest National
Invited talk continued.
AP+AS+SS-TuA9
Laboratory
5:00 pm
AC+AS+EN-TuA10 Soft X-ray Investigations of Covalent Orbital Mixing in
Metal Oxides, S. MINASIAN, Lawrence Berkeley National Lab (LBNL), J. KEITH, E.
BATISTA, K. BOLAND, Los Alamos National Lab (LANL), J. BRADLEY, Lawrence Livermore
National Laboratory (LLNL), S. DALY, George Washington Univ., S. KOZIMOR, LANL, W.
LUKENS, LBNL, R.L. MARTIN, LANL, D. NORDLUND, SLAC National Accelerator Lab, G.
SEIDLER, Univ. of Washington, D. SHUH, LBNL, D. SOKARAS, SLAC National Accelerator
Lab, T. TYLISZCZAK, LBNL, G. WAGNER, LANL, T.-C. WENG, SLAC National Accelerator
Lab, P. YANG, Pacific Northwest National Lab
AP+AS+SS-TuA10 Space Charge Effects in Atom Probe tomography, I.
BLUM, F. VURPILLOT, L. RIGUTTI, A. GAILLARD, D. SHINDE, J. HOUARD, A. VELLA, B.
DECONIHOUT, Groupe de Physique des Matériaux, France
5:20 pm
AC+AS+EN-TuA11 The Microstructure of Cerium Hydride Growth Centres,
M. BRIERLEY, J. KNOWLES, N. MONTGOMERY, AWE, UK, M. PREUSS, A. SHERRY,
University of Manchester, UK
AP+AS+SS-TuA11
AC+AS+EN-TuA12 Co-adsorption of O2 and Sm on Al2O3/Ni3Al(111)
Ultrathin Films, Q. XU, D.L. CHENG, J.F. ZHU, University of Science and Technology of
China
AP+AS+SS-TuA12
5:40 pm
Atom Probe Analysis and Challenges to Study a High-k
Dielectric Grown on GaN, B. MAZUMDER, X. LIU, F. WU, U.K. MISHRA, J.S.
SPECK, University of California, Santa Barbara
A Correlated Micro-Photoluminescence, Scanning
Transmission Electron Microscopy and Atom Probe Tomography
Experiment on the Same Nano-Object Containing a Set of InGaN/GaN
Multi-Quantum Wells, L. RIGUTTI, I. BLUM, D. SHINDE, D. HERNANDEZ
MALDONADO, W. LEFEBVRE, J. HOUARD, A. VELLA, F. VURPILLOT, Groupe de
Physique des Matériaux, France, M. TCHERNYCHEVA, Institut d'Electronique
Fondamentale, France, C. DURAND, J. EYMERY, CEA/CNRS/Université Joseph Fourier,
France, B. DECONIHOUT, Groupe de Physique des Matériaux, France
131
Tuesday Afternoon, October 29, 2013
Applied Surface Science
Room: 204 - Session AS+BI-TuA
Forensic Science, Art and Archaeology (2:00-3:20
pm)/Quasicrystals and Complex Metal Alloys (4:00-6:00 pm)
Moderators: J.A. Ohlhausen, Sandia National Laboratories, R. Opila,
University of Delaware, S.J. Pachuta, 3M Company
2:00 pm
Electronic Materials and Processing
Room: 101 B - Session EM+MI+NS+SS+TF-TuA
High-k Oxides for MOSFETs and Memory Devices II/Oxides
and Dielectrics for Novel Devices and Ultra-dense Memory I
Moderators: J. Kim, C.L. Hinkle, University of Texas at Dallas
Metal-Atom Dimer Model of Oxygen Vacancy
Behaviour in Oxide RRAM, J. ROBERTSON, Cambridge University, UK
AS+BI-TuA1 Invited
EM+MI+NS+SS+TF-TuA1
Validation of Ultra-Trace Biological Agent Sample Matching Using
NanoSIMS, P.K. WEBER, M.L. DAVISSON, C.E. RAMON, S.P. VELSKO, Lawrence
Livermore National Laboratory
2:20 pm
Invited talk continued.
2:40 pm
AS+BI-TuA3
Investigation of Sub-Gap Defect States in High-k
Dielectric Materials Using Reflection Electron Energy Loss
Spectroscopy, B. FRENCH, S.W. KING, Intel Corporation
EM+MI+NS+SS+TF-TuA2
Characterization of Foreign Material from Buried Interfaces in EM+MI+NS+SS+TF-TuA3 Invited
the Medical Device Industry, W. THEILACKER, A. BELU, A. BURAND, Medtronic,
Atomistic Mechanism of RRAM Operations, G. BERSUKER, SEMATECH
Inc.
3:00 pm
AS+BI-TuA4 Forensic XPS Characterization of Surface-Modified Textile
Fibers, B. STROHMEIER, Thermo Fisher Scientific, C. DEEKS, Thermo Fisher Scientific,
UK, R. BLACKLEDGE, Forensic Chemist Consultant
Invited talk continued.
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
AS+BI-TuA7 Invited
EM+MI+NS+SS+TF-TuA7 Invited
DUBOIS, CNRS, France
Republic of Korea
4:20 pm
Invited talk continued.
Invited talk continued.
4:40 pm
AS+BI-TuA9 Structural Investigation of the (001) Surface of Al5Co2, M.
MEIER, J. LEDIEU, M-C. DE WEERD, E. GAUDRY, V. FOURNÉE, CNRS-Université de
Lorraine, France
EM+MI+NS+SS+TF-TuA9
Temperature-Dependence of Ag Film Roughness and
Interlayer Spacings During Deposition on Complex Al-Pd-Mn Surfaces:
Comparison with Periodic Substrates, B. ÜNAL, Massachusetts Institute of
EM+MI+NS+SS+TF-TuA10 Superconformal Coating and Filling by Twomolecule CVD, W. WANG, N. CHANG, T. HITT, G.S. GIROLAMI, J.R. ABELSON,
University of Illinois at Urbana Champaign
5:00 pm
Surface Properties and Complexity of Al-based Intermetallics, J.-M.
Bipolar Selector Devices for Cross-point ReRAM, H.S. HWANG, POSTECH,
Crystallization study of SrTiO3 Thin Films Prepared
on Si3N4, Al2O3 and Pt surfaces by Plasma-Assisted ALD, V. LONGO, M.A.
VERHEIJEN, F. ROOZEBOOM, W.M.M. KESSELS, Eindhoven University of Technology,
Netherlands
AS+BI-TuA10
Technology, J.W. EVANS, P.A. THIEL, Ames Laboratory and Iowa State University
5:20 pm
Study of Quasicrystal / α - Mg Eutectic Structure in the MgCd-Yb System by EBSD, A.P. TSAI, Tohoku University, Japan
AS+BI-TuA11
EM+MI+NS+SS+TF-TuA11 Invited
Resistive Switching Random Access Memory (RRAM) - Materials,
Device, Scaling, and Array Design, Y. WU, S. YU, H.-Y. CHEN, J. LIANG, Z.
JIANG, H-.S.P. WONG, Stanford University
5:40 pm
AS+BI-TuA12
University
Plasmonic Quasicrystal Lattices, T.W. ODOM, Northwestern
Invited talk continued.
132
Tuesday Afternoon, October 29, 2013
Electronic Materials and Processing
Room: 102 A - Session EM-TuA
Energy Frontiers Focus Topic
Room: 101 A - Session EN+AS+PS-TuA
Evolution of Electronic Materials and the AVS
Water Splitting and Carbon Dioxide Conversion
Moderators: S.M. Han, University of New Mexico, A.J. Muscat,
University of Arizona
Moderator: D. Lutterman, Oak Ridge National Laboratory
2:00 pm
EM-TuA1 Invited
EN+AS+PS-TuA1 Invited
2:20 pm
Invited talk continued.
Invited talk continued.
2:40 pm
EM-TuA3 Invited
EN+AS+PS-TuA3
Division Chairs, Executive Committees and Perspectives on the
Evolution of EMPD, A. ROCKETT, University of Illinois at Urbana Champaign
Turning CO2 into Liquid Fuel, M. KANAN, Stanford University
Efficient Conversion of CO2 to Fuels using Inexpensive
Cathode Materials, J. ROSENTHAL, J. DIMEGLIO, J. MEDINA-RAMOS, University of
Detonation Nanodiamond Particles for Electronic and Optical
Applications, G.E. MCGUIRE, International Technology Center, O.A. SHENDEROVA,
Delaware
Adamas Nanotechnologies
3:00 pm
Invited talk continued.
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
EM-TuA7 Invited
EN+AS+PS-TuA7 Invited
HOLLOWAY, University of Florida, Y. ZHENG, L. QIAN, Y. YANG, A. TITOV, J. HYVONEN,
NanoPhotonica, W. CAO, J. XUE, University of Florida
Technology
4:20 pm
Invited talk continued.
Invited talk continued.
4:40 pm
EM-TuA9 Invited
EN+AS+PS-TuA9 Invited
University of California, Davis
GUNDERSEN, University of Southern California
Invited talk continued.
Invited talk continued.
5:00 pm
5:20 pm
High Efficiency, Durable Quantum-Dot Hybrid Light-Emitting Diodes, P.
Semiconductor Heterojunctions: The Revolutionary Breakthrough that
Enabled the Photonic and High-speed Device Industry, J. WOODALL,
Power Curves of the Artificial Leaf, D. NOCERA, Massachusetts Institute of
Transient Plasma for Green Technologies: Reduced Emissions,
Greenhouse Gas Reduction, and Improved Combustion Efficiencies, M.
EN+AS+PS-TuA11 Invited
Activation of CO2 using Non-equilibrium Plasma: Mechanisms and
Power Efficiency, M.C.M. VAN DE SANDEN, A.P.H. GOEDE, M. GRASWINKEL, W.
BONGERS, Dutch Institute for Fundamental Energy Research (DIFFER), Netherlands, F.
BREHMER, S. WELZEL, R. ENGELN, Eindhoven University of Technology, Netherlands
5:40 pm
Invited talk continued.
133
Tuesday Afternoon, October 29, 2013
Graphene and Other 2D Materials Focus Topic
Room: 104 B - Session GR+AS+NS+SP+SS-TuA
Characterization including Microscopy and Spectroscopy of
2D Materials
Exhibitor Technology Spotlight
Room: Hall A - Session EW-TuA
Exhibitor Technology Spotlight III
Moderators: D.N. Basov, University of California San Diego, P.W.
Sutter, Brookhaven National Laboratory
GR+AS+NS+SP+SS-TuA1 Intercalation of SiC(0001) with Silicon, S. OIDA, J.
Moderator: C. Moffitt, Kratos Analytical Limited, UK
2:00 pm
HANNON, R.M. TROMP, IBM T.J. Watson Research Center
Optimization of Graphene Dry Etching Conditions
via Combined Microscopic and Spectroscopic Analysis, M.C. PRADO,
2:20 pm
GR+AS+NS+SP+SS-TuA2
Universidade Federal de Minas Gerais, Brazil, D. JARIWALA, T.J. MARKS, M.C. HERSAM,
Northwestern University
2:40 pm
GR+AS+NS+SP+SS-TuA3 Invited
Imaging the Local Electronic Properties of Graphene, B.J. LEROY, University
of Arizona
3:00 pm
Invited talk continued.
3:20 pm
EW-TuA5 New Developments in Thin Film Technology, D. BINGAMAN, Kurt J.
Lesker Company
3:40 pm
EW-TuA6
4:00 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
Picolitre Dosing of Proteins onto Biomaterials Microarrays to
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Monitor Cell Response in a Combinatorial Assay, C. DUFRESNE, Scienion US, Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Inc., M. HAMMAD, M.R. ALEXANDER, University of Nottingham, UK
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
GR+AS+NS+SP+SS-TuA7 Invited
Tunable Optical Properties of Graphene, F. WANG, University of California at
Berkeley
4:20 pm
Invited talk continued.
4:40 pm
GR+AS+NS+SP+SS-TuA9
Purity, Structure and Electronic Properties of
Graphene Studied by Low Energy Ion Scattering, S. PRUSA, P. PROCHAZKA,
P. BABOR, Brno University of Technology, Czech Republic, P. BRUENER, T. GREHL, IONTOF GmbH, Germany, R. TER VEEN, Tascon GmbH, Germany, H. BRONGERSMA, IONTOF GmbH, Tascon GmbH, Germany
5:00 pm
Nanoscale Tribological Characteristics of
Epitaxial Graphene on SiC: The Effect of Hydrogen Intercalation, S.
GR+AS+NS+SP+SS-TuA10
KWON, J. KO, KAIST, Republic of Korea, G.E. YANG, W. KIM, KRISS, Republic of Korea, Y.
KIM, J.Y. PARK, KAIST, Republic of Korea
5:20 pm
GR+AS+NS+SP+SS-TuA11 Invited
5:40 pm
Invited talk continued.
In Situ Study of Chemical and Physical Properties of Graphene and
Other 2d Materials Using Low-Voltage Transmission Electron
Microscopy, U. KAISER, Universität Ulm, Germany
134
Tuesday Afternoon, October 29, 2013
Ions at Aqueous Interfaces Focus Topic
Room: 201 B - Session IA+BA-TuA
Magnetic Interfaces and Nanostructures
Room: 202 A - Session MI+AS+NS+SP-TuA
Ions and Biomolecules at Aqueous Interfaces
Advanced Probes in Magnetic Imaging and Characterization
IA+BA-TuA1 Invited
MI+AS+NS+SP-TuA1 Invited
Moderator: J.M. Gibbs-Davis, University of Alberta, Canada
2:00 pm
Moderator: H. Ohldag, SLAC National Accelerator Laboratory
Selective Adsorption of Ions to Aqueous Interfaces and its Effects on
Evaporation Rates, R.J. SAYKALLY, University of California, Berkeley
Electron Correlation Spectroscopy on Magnetic Surfaces, F.O. SCHUMANN,
Max-Planck Institut für Mikrostrukturphysik, Germany
2:20 pm
Invited talk continued.
Invited talk continued.
2:40 pm
IA+BA-TuA3 Invited
MI+AS+NS+SP-TuA3 Invited
Exploring Ion Interactions at Aqueous Interfaces, P.S. CREMER, Penn State
Space and Time Magnetization Evolution in Nano-Structured Materials
Probed by PNR and GISANS, B.P. TOPERVERG, Ruhr-University Bochum,
University
Germany
3:00 pm
Invited talk continued.
Invited talk continued.
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
IA+BA-TuA7 Invited
MI+AS+NS+SP-TuA7 Invited
Revealing the Dynamics of Lipid Composition in Phospholipid Bilayers
by Sum-Frequency Vibrational Spectroscopy, J. CONBOY, University of Utah
4:20 pm
Invited talk continued.
4:40 pm
IA+BA-TuA9 Invited
Probing Magnetic Interfaces and Nanostructures with Hard X-ray and
Standing-Wave Excited Photoemission Spectroscopy, A.X. GRAY, SLAC
National Accelerator Laboratory, J. MINAR, Ludwig Maximillian University, Germany, S.
UEDA, National Institute for Materials Science, Japan, L. PLUCINSKI, Forschungszentrum
Jülich GmbH, Germany, A. BOSTWICK, E. ROTENBERG, Advanced Light Source, C.M.
Invited
talk continued.
SCHNEIDER,
Forschungszentrum Jülich GmbH, Germany, H. EBERT, Ludwig Maximillian
University, Germany, K. KOBAYASHI, National Institute for Materials Science, Japan, C.S.
FADLEY, University of California, Davis
MI+AS+NS+SP-TuA9 Invited
Characterization of Protein Secondary Structures at Interfaces Using
Chiral Sum Frequency Generation, C.Y. YAN, Yale University
Imaging Magnetization Dynamics on its Genuine Time Scale, G. MEIER,
University of Hamburg, Germany
5:00 pm
Invited talk continued.
Invited talk continued.
5:20 pm
IA+BA-TuA11
Order Matters – Detecting Non-Isotropic Structures in
Complex Biological Samples, P. KOELSCH, University of Washington
MI+AS+NS+SP-TuA11 Towards Magnetic 3dim X-ray Imaging, P. FISCHER, M.Y. IM, W. CHAO, E.H. ANDERSON, Lawrence Berkeley National Laboratory
5:40 pm
IA+BA-TuA12
Aqueous Solution Chemistry Studied by Soft X-ray
Absorption Spectroscopy, T.Z. REGIER, Canadian Light Source, Canada, C.
MI+AS+NS+SP-TuA12 Direct Visualization of Magnetoelectric Domains, W.
WU, Y. GENG, X. WANG, S-W. CHEONG, Rutgers University, C.J. FENNIE, Cornell
University, M. MOSTOVOY, University of Groningen, Netherlands
PHILLIPS, D. PEAK, R. GREEN, A. MOEWES, J. TSE, University of Saskatchewan, Canada,
A. ACHKAR, D. HAWTHORN, University of Waterloo, Canada
135
Tuesday Afternoon, October 29, 2013
Manufacturing Science and Technology
Room: 202 B - Session MS+AS+EL+EM+PS+TF-TuA
Nanometer-scale Science and Technology
Room: 203 B - Session NS+AS+EN+SS-TuA
Manufacturing Challenges of Nanoscale Patterning
Nanoscale Catalysis and Surface Chemistry
MS+AS+EL+EM+PS+TF-TuA1 Invited
NS+AS+EN+SS-TuA1
Moderator: E.B. Svedberg, The National Academies
2:00 pm
2:20 pm
Moderator: J. Nogami, University of Toronto, Canada
Scanning Tunneling Microscopy Analysis of
Molybdenum Sulfide Structures, C.S. WANG, W. LU, University of California,
Alphabet-Based Template Design Rules - A Key Enabler for a
Manufacturable DSA Technology, H. YI, H-.S.P. WONG, Stanford University
Riverside
Nanostructures of Au on Pd3Fe(111) and Their Role
in Electrochemical Oxygen Reduction, X. YANG, Princeton University, J. HU, R.Q.
Invited talk continued.
NS+AS+EN+SS-TuA2
WU, University of California, Irvine, B. KOEL, Princeton University
2:40 pm
Characterizing the Sensitivity of Block
Copolymer Directed Self-Assembly Processes to Material and Process
Variations, C. HENDERSON, A. PETERS, R. LAWSON, P. LUDOVICE, Georgia Institute
MS+AS+EL+EM+PS+TF-TuA3
Oxygen Adsorption and Dissociation on Ag(110) and
Au-Ag(110) Surfaces, M. SCHMID, J. KLOBAS, R.J. MADIX, C.M. FRIEND, Harvard
NS+AS+EN+SS-TuA3
University
of Technology
MS+AS+EL+EM+PS+TF-TuA4 DSA Patterning for sub-40 nm Pitch Features,
I.C. ESTRADA-RAYGOZA, C. LIU, Y. YIN, J. ABDALLAH, IBM Albany Nanotech Center, S.
MIGNOT, GLOBALFOUNDRIES U.S. Inc., B.G. MORRIS, M.E. COLBURN, IBM Albany
Nanotech Center, V. RASTOGI, N. MOHANTI, A. RALEY, A. KO, TEL Technology Center,
America, LLC
NS+AS+EN+SS-TuA4
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
NS+AS+EN+SS-TuA7 Cis-trans Isomerization of DCNQI on Metal Surfaces
Induced by Charge Transfer, J. RODRÍGUEZ FERNÁNDEZ, C. URBAN, Univ.
3:00 pm
4:00 pm
4:20 pm
5:00 pm
5:20 pm
5:40 pm
Tecnología, UTEC, Peru, C.M. FRIEND, R.J. MADIX, Harvard University
Autonoma of Madrid, Spain, K. LAUWAET, Inst. of Advanced Studies in Nanoscience
(IMDEA-Nanoscience), Spain, Y. WANG, Univ. Autonoma of Madrid, Spain, R. GARCIA,
M.A. HERRANZ, Univ. Complutense of Madrid, Spain, M. ALCAMI, F. MARTIN, Univ.
Autonoma of Madrid, Spain, N. MARTIN, Univ. Complutense of Madrid, Spain, J.M.
GALLEGO, Inst. Materials Sci. of Madrid-CSIC, Spain, R. OTERO, R. MIRANDA, Univ.
Autonoma of Madrid, Spain
NS+AS+EN+SS-TuA8 Role of CO2 in NOx Storage on Model BaOx/Pt(111)
Catalysts, E. VOVK, A. TURKSOY, Bilkent University, Turkey, V. BUKHTIYAROV,
Boreskov Institute of Catalysis, Russia, E. OZENSOY, Bilkent University, Turkey
Challenges and Approaches of FIN Mandrel
Etching for FinFET Devices, F. WU, D. CHOI, Z. CHEN, C.H. MAENG, R. KOSHY,
MS+AS+EL+EM+PS+TF-TuA8
GLOBALFOUNDRIES U.S. Inc.
4:40 pm
Trends in Reactivity of Organic Compounds on a
Model Gold Catalyst, J.C. RODRIGUEZ-REYES, Universidad de Ingeniería y
MS+AS+EL+EM+PS+TF-TuA9 Advanced Gate Patterning Techniques for
14nm Node and Beyond, F.L. LIE, R. JUNG, Y. YIN, A. BANIK, S.
KANAKASABAPATHY, J.C. ARNOLD, S. SEO, B. HARAN, IBM Corporation, Y. MOON, L.
JANG, S. BENTLEY, GLOBALFOUNDRIES U.S. Inc., H. KANG, D. BAE, Samsung
Electronics Co., A. METZ, C. COLE, K. ITO, S. VORONIN, A. KO, A. RANJAN, K. KUMAR,
TEL Technology Center, America, LLC
MS+AS+EL+EM+PS+TF-TuA10 High Throughput Electrospinning of Ceramic
Nanofibers, S. SOOD, P. GOUMA, State University of New York at Stony Brook (Stony
Brook University)
NS+AS+EN+SS-TuA9
Manufacture and Characterization of Silver
and Copper Nanorods Produced via Forcespun Nylon 6 Nanofibers
Templates, D.M. MIHUT, K. LOZANO, W. ZHAO, The University of Texas Pan American
NS+AS+EN+SS-TuA11
MS+AS+EL+EM+PS+TF-TuA11
Single Atom Alloys as a Strategy for Selective
Heterogeneous Hydrogenations, E.C.H. SYKES, Tufts University
Thin Film Synthesis and Oxidation: From C60 and W
Precursors to Intercalation, Nanospheres and Carbides, J. MCCLIMON, P.
NS+AS+EN+SS-TuA10
REINKE, University of Virginia
Selective Growth of TiO2 Nanotubes on Titanium Foil
by Two Step Anodization Method, Z. RAZAVI HESABI, N. SEMENIKHIN, A.
BONECUTTER, F. ALAMGIR, E.M. VOGEL, Georgia Institute of Technology
Process to Functionalize Polyaniline for Avidin-Biotin
Biosensing Applications, T. SHAW, Clark Atlanta University, M. WILLIAMS, Clark
NS+AS+EN+SS-TuA12
Atlanta Unversity, J. REED, Clark Atlanta University
136
Tuesday Afternoon, October 29, 2013
Plasma Science and Technology
Room: 102 B - Session PS1-TuA
Plasma Science and Technology
Room: 104 C - Session PS2-TuA
Plasma Diagnostics, Sensors and Control
Deep Etch Processes for Vias, Trenches and MEMS
Real Time Feedback Control of Photoresist ashing in an
Electron Cyclotron Resonance Plasma Chamber, B.J. KEVILLE, C. GAMAN,
PS2-TuA1 Invited
Moderator: N.St.J. Braithwaite, The Open University, UK
2:00 pm
Moderator: A. Agarwal, Applied Materials Inc.
PS1-TuA1
Y. ZHANG, A.M. HOLOHAN, S. DANIELS, M.M. TURNER, Dublin City University, Ireland
2:20 pm
Diagnostics of Inductively-Coupled Plasmas in Hydrogen
Bromide : Bromine Atom and Electron Densities, J.-P. BOOTH, N. SIRSE, P.
PS1-TuA2
Plasma Deep Etching of Silicon, Titanium and Gallium Nitride for
Microtechnology, R. DUSSART, GREMI CNRS/Université d'Orléans, France
Invited talk continued.
CHABERT, M. FOUCHER, LPP-CNRS, Ecole Polytechnique, France
2:40 pm
PS1-TuA3 Invited
Ion Energy Distribution Measurements at the Substrate Location in
Continuous-wave and Pulse Modulated Plasmas, D. GAHAN, P. SCULLIN, D.
Simulation of Bosch Process Deep Silicon Etching - A Multiscale Approach, A. PATEAU, A. RHALLABI, M.C. FERNANDEZ, Université de Nantes,
PS2-TuA3
France, M. BOUFNICHEL, F. ROQUETA, STMicroelectronics Tours SAS
O'SULLIVAN, M.B. HOPKINS, Impedans Ltd., Ireland
3:00 pm
Invited talk continued.
PS2-TuA4 Titanium Deep Etching for Medical Applications, T. TILLOCHER, P.
LEFAUCHEUX, GREMI CNRS/Université d'Orléans, France, B. BOUTAUD, Sorin Crm,
France, R. DUSSART, GREMI CNRS/Université d'Orléans, France
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
PS1-TuA7 Invited
PS2-TuA7 Selection of non-PFC Chemistries for Through-Silicon via Etch,
K. CHEN, T. KIM, J.P. CHANG, University of California at Los Angeles
4:20 pm
DAVYDOVA, M. HAASS, R. BLANC, Cnrs/ujf/ Cea - Ltm, France, N.ST.J. BRAITHWAITE,
The Open University, UK, D. GAHAN, Impedans Ltd, Ireland, S. BANNA, AMAT, O.
JOUBERT, N. SADEGHI, Cnrs/ujf/ Cea - Ltm, France
Invited talk continued.
4:40 pm
PS1-TuA9
Time-resolved Optical and Electrical Diagnostics of Pulsed Plasmas
Etching Processes, G. CUNGE, M. BRIHOUM, M. DARNON, E. DESPIAU-PUJO, A.
PS2-TuA8 Sub-22nm Node Mask Patterning for Deep Silicon Trench Etch,
B. AVASARALA, S. LEFEVRE, V. CHAKRAPANI, H. HAGA, H. MATSUMOTO, Q. YANG,
Y. CHIBA, A. KO, A. SELINO JR., K. KUMAR, P. BIOLSI, TEL Technology Center, America,
LLC, F.L. LIE, I. SARAF, S. KANAKASABAPATHY, IBM
Optical Emission and Langmuir Probe Diagnostics of CH3F-O2
Inductively Coupled Plasmas, E. KARAKAS, V.M. DONNELLY, D.J. ECONOMOU,
PS2-TuA9 Reduction of Aspect Ratio
R.L. BATES, University of Texas at Dallas
Dependency in Silicon Trench Etch,
University of Houston
5:00 pm
5:20 pm
5:40 pm
PS1-TuA10
Non-contact Measurements of Substrate-Temperature by
Frequency-Domain Low-Coherence Interferometry, T. TSUTSUMI, Nagoya
PS2-TuA10
Process Improvements to Preserve the Photoresist in a
Through Silicon Via Etch Process, K.A. GOPALAKRISHNAN, R. MCGOWAN,
University, Japan, T. OHTA, Meijo University, Japan, K. ISHIKAWA, K. TAKEDA, H. KONDO,
M. SEKINE, M. HORI, Nagoya University, Japan, M. ITO, Meijo University, Japan
GLOBALFOUNDRIES U.S. Inc., D. DANNER, Lam Research
Detection of Vacuum Ultraviolet in Argon-containing
PS2-TuA11 Reaction Mechanism at the Sidewall of Through Si via (TSV)
Inductively Coupled Plasmas, S.B. RADOVANOV, Varian Semiconductor Equipment, Etching by SF6/O2/SiF4 Plasma, I. SAKAI, Toshiba Corporation, Japan, S.
PS1-TuA11
Silicon Systems Group, Applied Materials Inc., H.M. PERSING, Applied Materials Inc. Varian
Semiconductor Equipment, Silicon Systems Group, Applied Materials Inc., J.B. BOFFARD,
C.L. CULVER, S. WANG, C.C. LIN, A.E. WENDT, University of Wisconsin-Madison
AMASAKI, T. TAKEUCHI, K. TAKEDA, K. ISHIKAWA, H. KONDO, M. SEKINE, Nagoya
University, Japan, N. SAKURAI, H. HAYASHI, T. OHIWA, Toshiba Corporation, Japan, M.
HORI, Nagoya University, Japan
PS1-TuA12
Time-resolved In Situ Quantum Cascade Laser Diagnostics
Applied to Transient Molecular Plasmas, S. WELZEL, Eindhoven University of
PS2-TuA12
Technology, Netherlands, F. BREHMER, Eindhoven University of Technology, Netherlands;
AFS GmbH, Germany, M.C.M. VAN DE SANDEN, Eindhoven University of Technology;
DIFFER, Netherlands, R. ENGELN, Eindhoven University of Technology, Netherlands
PADRON WELLS, A. LABONTE, C.H. MAENG, T. HAN, R. KOSHY, GLOBALFOUNDARIES
Pulsed High-Density Plasmas for S/D Contact Trench
Formation to Enable Advanced Semiconductor Device Manufacturing, G.
137
Tuesday Afternoon, October 29, 2013
Synchrotron Analysis Focus Topic
Room: 203 C - Session SA+AS+MG+SS-TuA
Surface Science
Room: 201 A - Session SS-TuA
HAXPES Studies on Interfaces and Buried Layers
Metals and Alloys: Structure, Reactivity & Catalysis
Moderator: L. Kover, Institute of Nuclear Research of the Hungarian
Academy of Sciences
Moderator: M. Trenary, University of Illinois at Chicago
A Density Functional Theory Study of Stability and Reactivity of
H-C=O and C-OH Surface Reaction Intermediates on Pt(111) and
Effects of Water on the Intermediates, L. ARNADOTTIR, Oregon State University
2:00 pm
SA+AS+MG+SS-TuA1 Invited
SS-TuA1
2:20 pm
Invited talk continued.
SS-TuA2
Past and Present of Synchrotron Radiation, from Hard X-ray
Photoemission to Soft X-ray and Back, P. PIANETTA, Stanford University
Predictive Multisite Lattice-Gas Modeling and KMC Simulation
of Catalytic Surface Reactions: CO-oxidation Kinetics and Mixed Adlayer
Structure on Metal(100) Surfaces, D.-J. LIU, Ames Laboratory, J.W. EVANS, Ames
Laboratory and Iowa State University
2:40 pm
Practical use of Photoemission with Synchrotron
Radiation in Nanotechnology: From Soft to Hard X-rays, O.J. RENAULT, E.
SA+AS+MG+SS-TuA3
MARTINEZ, CEA-LETI, France, N. BARRETT, Cea Dsm Iramis Spcsi, France
SS-TuA3 Invited
Energetics of Elementary Reaction Steps of Importance in Clean Fuels
Production and Utilization on Pt(111) by Microcalorimetry, C.T. CAMPBELL,
University of Washington
3:00 pm
Effective Attenuation Length for Titanium Nitride,
Hafnium Oxide, Silicon, Silicon Dioxide, Lanthanum Lutetium Oxide,
Lanthanum Calcium Manganite, and Gold from 1 keV up to 15 keV, J.
SA+AS+MG+SS-TuA4
Invited talk continued.
RUBIO-ZUAZO, G.R. CASTRO, SpLine Spanisch CRG beamline at the European
Synchrotron Radiation Facility, France
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
SA+AS+MG+SS-TuA7 Invited
SS-TuA7
RAIRS Study on the Kinetics of NH Formation and Dissociation
on Ru(0001), I. WALUYO, Y. REN, M. TRENARY, University of Illinois at Chicago
Hard X-ray Photoelectron Spectroscopy (HAXPES) Investigations of
Electronic Materials and Interfaces, J.C. WOICIK, National Institute of Standards
and Technology (NIST)
4:20 pm
Calorimetric Measurement of Adsorption and Adhesion Energies
of Cu on Pt(111), S.L. HEMMINGSON, T.E. JAMES, J.R.V. SELLERS, C.T.
Invited talk continued.
SS-TuA8
CAMPBELL, University of Washington
4:40 pm
5:00 pm
SA+AS+MG+SS-TuA9
HAXPES Study of Full High-κ /Metal Gate Stacks
Deposited on Ge Substrates, C. FLEISCHMANN, I. KALPYRIS, T. CONARD, C.
SS-TuA9 Invited
ADELMANN, S. SIONCKE, IMEC, Belgium, J.P. RUEFF, J. ABLETT, Synchrotron SOLEIL,
France, W. VANDERVORST, IMEC, KU Leuven, Belgium
Center
X-ray Absorption Spectroscopy of
Magnetic/Ferroelectric Complex Oxide Interfaces, M.B. HOLCOMB, J. ZHOU,
Invited talk continued.
History of Surface Science at AVS, R.M. TROMP, IBM T.J. Watson Research
SA+AS+MG+SS-TuA10
D. CHEN, West Virginia University, C. JENKINS, M.A. MARCUS, Lawrence Berkeley
National Laboratory, Y.-H. CHU, National Chiao Tung University, Taiwan, Republic of China
5:20 pm
SA+AS+MG+SS-TuA11 Invited
Local-Structure Determination Using Combined Fitting of EXAFS and
Neutron Total Scattering Data, I. LEVIN, National Institute of Standards and
SS-TuA11 Growth and Activity of Pt-Based Bimetallic Clusters on Titania,
D.A. CHEN, R.P. GALHENAGE, H. YAN, K. XIE, A.S. DUKE, University of South Carolina
Technology
5:40 pm
Invited talk continued.
An Atomic-Scale View of Carbon-Carbon Bond Formation on
Cobalt Nanoparticles, E.A. LEWIS, E.C.H. SYKES, Tufts University
SS-TuA12
138
Tuesday Afternoon, October 29, 2013
Thin Film
Room: 104 A - Session TF-TuA
Vacuum Technology
Room: 202 C - Session VT+EN+TF-TuA
High Throughput ALD
Vacuum for Industrial Processing
Moderator: F. Roozeboom, Eindhoven University of Technology,
Netherlands
2:00 pm
Moderator: M. Wuest, INFICON Ltd., Liechtenstein
TF-TuA1 Invited
VT+EN+TF-TuA1 Invited
TNO, Netherlands
Corporation
2:20 pm
Invited talk continued.
Invited talk continued.
2:40 pm
TF-TuA3 Invited
VT+EN+TF-TuA3 Invited
Eastman Kodak Company
MUELLER, OC Oerlikon Balzers AG, Liechtenstein
3:00 pm
Invited talk continued.
Invited talk continued.
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
TF-TuA7 Invited
VT+EN+TF-TuA7 Invited
A Comparison between Conventional- and Spatial ALD; The Effect of
Pressure and Exposure Time on Film Properties, P. POODT, Holst Centre /
The Relationship Between Moisture Ingress, Hermeticity Testing, and
Internal Gas Analysis (IGA) of Hermetic Structures, J.C. PERNICKA, Pernicka
Thin-film Electronics by Spatial ALD, S.F. NELSON, C.R. ELLINGER, L.W. TUTT,
Roll to Roll PEALD of Mixed Oxide Films for High Barrier Applications,
Applications and Limitations of Wear-Resistant PVD Coatings, A.
Optics Contamination in EUV Lithography: Measurement, Modeling and
Mitigation, S.B. HILL, N.S. FARADZHEV, T.B. LUCATORTO, National Institute of
E.R. DICKEY, Lotus Applied Technology
Standards and Technology (NIST), B.V. YAKSHINSKIY, R.A. BARTYNSKI, Rutgers
University
4:20 pm
Invited talk continued.
Invited talk continued.
4:40 pm
TF-TuA9 Spatial Atomic Layer Deposition for New Generation Solar Cells,
D. MUÑOZ-ROJAS, G. ERCOLANO, A.T. MARIN, C.T. ARMSTRONG, R.L.Z. HOYE, K.P.
MUSSELMAN, J.L. MACMANUS-DRISCOLL, University of Cambridge, UK
VT+EN+TF-TuA9 Extremely Clean Handling of EUV Reticles, R. VERSLUIS,
E.C. FRITZ, W.E. CROWCOMBE, TNO Technical Sciences, Netherlands
5:00 pm
TF-TuA10 Spatial Molecular Layer Deposition of Metalcones, M. SMETS, F.
VAN DEN BRUELE, P. POODT, Holst Centre / TNO, Netherlands
VT+EN+TF-TuA10
Vacuum Environment Processing Studies for the
Production of Commercial Thin Film Hydride Targets, J.L. PROVO, J. L.
Provo, Consulting
5:20 pm
TF-TuA11 Invited
Panel Discussion: Status and Perspective of High-Throughput and
Large-Area Spatial Atmospheric Atomic Layer Deposition technology, F.
HBr Gas Mixture Analysis by FTIR for Non-Destructive
Quality Control of Automotive Halogen Capsule Manufacturing, J.N.
VT+EN+TF-TuA11
GREENE, P.F. SOMSSICH, Osram Sylvania
ROOZEBOOM, Eindhoven University of Technology, Netherlands
5:40 pm
Invited talk continued.
139
Anticipated Schedule
Tuesday Morning, October 29, 2013
TIME
SESSION
ROOM
8:00 am
________________________________________________________________________________________________________________________________________________
8:20 am
________________________________________________________________________________________________________________________________________________
8:40 am
________________________________________________________________________________________________________________________________________________
9:00 am
________________________________________________________________________________________________________________________________________________
9:20 am
________________________________________________________________________________________________________________________________________________
9:40 am
________________________________________________________________________________________________________________________________________________
10:00 am
________________________________________________________________________________________________________________________________________________
10:20 am
________________________________________________________________________________________________________________________________________________
10:40 am
________________________________________________________________________________________________________________________________________________
11:00 am
________________________________________________________________________________________________________________________________________________
11:20 am
________________________________________________________________________________________________________________________________________________
11:40 am
________________________________________________________________________________________________________________________________________________
12:00 pm
________________________________________________________________________________________________________________________________________________
Lunch
when
________________________________________________________________________________________________________________________________________________
with
________________________________________________________________________________________________________________________________________________
where
________________________________________________________________________________________________________________________________________________
Anticipated Schedule
Tuesday Afternoon, October 29, 2013
TIME
SESSION
ROOM
1:00 pm
________________________________________________________________________________________________________________________________________________
1:20 pm
________________________________________________________________________________________________________________________________________________
1:40 pm
________________________________________________________________________________________________________________________________________________
2:00 pm
________________________________________________________________________________________________________________________________________________
2:20 pm
________________________________________________________________________________________________________________________________________________
2:40 pm
________________________________________________________________________________________________________________________________________________
3:00 pm
________________________________________________________________________________________________________________________________________________
3:20 pm
________________________________________________________________________________________________________________________________________________
3:40 pm
________________________________________________________________________________________________________________________________________________
4:00 pm
________________________________________________________________________________________________________________________________________________
4:20 pm
________________________________________________________________________________________________________________________________________________
4:40 pm
________________________________________________________________________________________________________________________________________________
5:00 pm
________________________________________________________________________________________________________________________________________________
140
Tuesday Afternoon Poster Sessions
Actinides and Rare Earths Focus Topic
Room: Hall B - Session AC-TuP
Atom Probe Tomography Focus Topic
Room: Hall B - Session AP-TuP
Actinides and Rare Earths Poster Session
6:00 pm
Atom Probe Tomography Poster Session
6:00 pm
Self-diffusion of Bk3+ in Aqueous Solutions at Neutral pH and pH 2.5Comparison with the Trivalent f-Elements (Eu3+, Gd3+, Tb3+, Tm3+), H. LATROUS,
AP-TuP1 Atom Probe Tomography of Energy and Environmental Materials, D.E.
PEREA, A. DEVARAJ, R.J. COLBY, J. LIU, D.K. SCHREIBER, J.E. EVANS, S.A. THEVUTHASAN,
Pacific Northwest National Laboratory
AC-TuP2
Facuté des sciences de Tunis, Tunisia, R. BESBES, ISEFC Tunis, Tunisia
Influence of Deposition Process Parameters on the Durability and
Stresses in Films AlCrN, AlCrN based and AlCrN / TiSiN, used in the Milling
Machining of Super-Duplex, W. MATTES, Centro Universitário - Católica de Santa Catarina,
AP-TuP2
Brazil, S.M. ALVES, Universidade Federal do Rio Grande do Norte, Brazil, M.F. PAIVA JUNIOR,
Senai - Sc, Brazil
AP-TuP3
AC-TuP4 Optical Properties of Sputtered Uranium Oxide Thin Films, D.D.
ALLRED, C. BROWN, R.S. TURLEY, J. BELL, J.M. SCHULER, Brigham Young University
THEVUTHASAN, S. MANAMDHAR, C. HENAGER, Pacific Northwest National Laboratory
AC-TuP3
Advantage of NbTiN over NbN in Superconducting Properties of
Ultra-thin Films, M. GUZIEWICZ, A. LASZCZ, J.Z. DOMAGALA, K. GOLASZEWSKA, A.
CZERWINSKI, W. SLYSZ, Institute of Electron Technology, Poland
He and Au Ion Irradiation Damage Studies on Metallic
Nanolaminates, R.S. VEMURI, A. DEVARAJ, W. SETYAWAN, S.V. SHUTTHANANDAN, S.A.
141
Tuesday Afternoon Poster Sessions
Biomaterial Interfaces
Room: Hall B - Session BI-TuP
Energy Frontiers Focus Topic
Room: Hall B - Session EN-TuP
Biomaterials Interfaces Poster Session
6:00 pm
Energy Frontiers Poster Session
6:00 pm
BI-TuP2 Monocyte Adhesion to Protein Functionalized Nanopatterns, A.S.
ANDERSEN, D.S. SUTHERLAND, Aarhus University, Denmark
EN-TuP1 CO2 Conversion by RF Plasma – Mass Spectrometer Quantification,
L. NITTLER, M. MUGUMAODERHA CUBAKA, J.-J. PIREAUX, University of Namur, Belgium
BI-TuP3
Ultrasound Imaging, Gamma Scintigraphy and HIFU Therapy with
Perfluorocarbon Loaded Iron-Silica Nanoshells, A. LIBERMAN, Z. WU, C. BARBACK,
EN-TuP2
R. VIVEROS, S.L. BLAIR, D. VERA, L.G. ELLIES, R.F. MATTREY, W.C. TROGLER, A.C.
KUMMEL, University of California San Diego
SEO, K. KAMATAKI, N. ITAGAKI, K. KOGA, M. SHIRATANI, Kyushu University, Japan
Fabrication and Characteristics of ZnO Nanowire-based DSSCs with
Core-Shell Layers, E.C. CHOI, B. HONG, Y. SEO, Sungkyunkwan University, Republic of
EN-TuP3
Development of Nanofibrous Meshes as Smart Dressings for the
Healing of Chronic Wounds, M. ABRIGO, S.M. MCARTHUR, P. KINGSHOTT, Swinburne
BI-TuP4
Korea
University of Technology, Australia
BI-TuP5 Lipid Interactions with Plasma
Swinburne University of Technology, Australia
Deposition of Size-controlled Ge Nanoparticle Film by High-pressure
rf Magnetron Sputtering for Quantum Dot Solar Cells, D. ICHIDA, G. UCHIDA, H.
A Study on High Efficiency Large Scale Dye-sensitized Solar Cell
(DSSCs) Fabrication by the Reduction of Adsorption Time through the Varied
Dye-Coating Condition, Y. SEO, B. HONG, E.C. CHOI, Sungkyunkwan University, Republic of
EN-TuP4
Polymers, H.J. ASKEW, S.M. MCARTHUR,
Pseudomonas Aeruginosa Biofilm Formation Mechanisms on Highly
Ordered Micro and Nano-sized Colloidal-based Patterns, H. PINGLE, P.Y. WANG,
BI-TuP6
Swinburne University of Technology, Australia, C.B. WHITCHURCH, University of Technology
Sydney, Australia, P. KOEGLER, S.M. MCARTHUR, P. KINGSHOTT, Swinburne University of
Technology, Australia
Quantification of the Adhesion Strength of the Diatom Navicula
perminuta in a Microfluidic Assay, M. ALLES, C. CHRISTOPHIS, University of Heidelberg,
BI-TuP7
Korea
Metallic Photonic Crystal Nanostructures Improve Light Extraction in
Gallium Nitride Diodes, G.M. WU, Chang Gung University, Taiwan, Republic of China
EN-TuP6 Electrodeposition and Sol-Gel Derived Nitrogen Doped
Nanostructured ZnO Thin Films for Possible Use in Photoelectrochemical
Splitting of Water, N. SINGH, S. CHOUDHARY, V.R. SATSANGI, S. DASS, R. SHRIVASTAV,
EN-TuP5
Deemed University, India
Germany, M.E. CALLOW, University of Birmingham, UK, M.H. GRUNZE, University of Heidelberg,
Germany, A. ROSENHAHN, Ruhr-University Bochum, Germany
EN-TuP7
BI-TuP8
Study of Sol-Gel Derived Mn2+ Ion Doped TiO2 Matrix for Cholesterol
Sensing Application, R.R. PANDEY, C. KANT, V.K. SHARMA, K.K. SAINI, CSIR- National
WHITCOMB, Rutgers Department of Physics and Astronomy Summer REU Program, R. THORPE,
S. RANGAN, R.A. BARTYNSKI, Rutgers, The State University of New Jersey
Physical Laboratory, India
EN-TuP8
Angle-Resolved X-Ray Photoelectron Spectroscopy of Iron (II)
Fluoride upon Lithiation as a Conversion Reaction Battery Material, R.
Growth and Characterization of Cu2ZnSnSe4 Thin Films for
Photovoltaic Applications Obtained from Sputtered Precursors, K. MONFIL-
BI-TuP9 Bacterial Deposition of Patterned Cadmium Sulfide Thin Films, K.E.
MARUSAK, S. PAYNE, Y. CAO, L. YOU, S. ZAUSCHER, Duke University
LEYVA, BUAP, Mexico, P.J. PATHIYAMATTOM, UNAM, Mexico, A.L. MUÑOZ ZURITA, FIMEUAC, Mexico, F.J. FLORES GRACIA, BUAP, Mexico
Lipid Membranes as Dynamic Templates for the Assembly of
Inorganic Nanoparticles, P. BAO, G.R. HEATH, J. ROTH, B. JOHNSON, M. CHEETHAM,
BI-TuP10
R.J. BUSHBY, S.D. EVANS, University of Leeds, UK
Nanostructured Surface Modification of Sol-Gel TiO2 Film Induced by
Lanthanum Doping, R.R. PANDEY, C. KANT, K.K. SAINI, CSIR- National Physical Laboratory,
BI-TuP11
India
In Situ High Resolution AFM Studies of MgO-dissolution Processes in
Aqueous Electrolytes, I. GINER, G. GRUNDMEIER, University of Paderborn, Germany
BI-TuP14 Biocompatible Hydrogel Materials - Surface Properties and
Deposition Comparison of Commercially Available Contact Lenses, K.A.
BI-TuP12
WYGLADACZ, D.J. HOOK, S.E. NORTON, Bausch and Lomb
Nanoscale Topographical Control of Graphene Architecture by
Replication of DNA Nanostructures, Y.K. MOON, Sungkyunkwan University, Republic of
BI-TuP15
Korea
BI-TuP16 The Effects of Glycation on Serum Proteins'
MERCER-SMITH, M.S. JOHAL, Pomona College
Affinities for Hemin, A.R.
142
Tuesday Afternoon Poster Sessions
Magnetic Interfaces and Nanostructures
Room: Hall B - Session MI-TuP
MEMS and NEMS
Room: Hall B - Session MN-TuP
Magnetic Interfaces and Nanostructures Poster Session
6:00 pm
MEMS and NEMS Poster Session
6:00 pm
Synthesis and Characterization of Zn1-xCoxO/ZnO Hollow Nanosphere
Structures, D.R. LIU, W.-H. CHO, C.J. WENG, ITRC, NARL, Taiwan, Republic of China
MI-TuP2 Exchange Bias Tuning with Temperature and Pt Ratios in PtxCo1x/CoO Bilayer, M. ERKOVAN, M. OZTURK, E. DEMIRCI, N. AKDOGAN, O. ERDEMIR, O.
MN-TuP1
OZTURK, Gebze Institute of Technology, Turkey
MN-TuP2
MI-TuP1
Co Nanodot Arrays Grown on a Ferromagnetic GdAu2 Template:
Substrate/Nanodot antiferromagnetic Exchange Coupling, L. FERNÁNDEZ,
MI-TuP3
Donostia International Physics Center (DIPC), Spain, M. BLANCO-REY, University of Basque
Country (UPV/EHU), Spain, M. ILYN, Centro de Física de Materiales (CSIC-UPV-EHU), Spain, L.
VITALI, Ikerbasque, Basque Foundation for Science, Spain, A. CORREA, Donostia International
Physics Center (DIPC), Spain, P. OHRESSER, Synchrotron SOLEIL, France, J.E. ORTEGA,
Universty of Basque Country (UPV/EHU), Spain, A. AYUELA, F.M. SCHILLER, Centro de Física de
Materiales (CSIC-UPV-EHU), Spain
Internal Magnetic Friction of Gold-Nickel Alloy Substrates on a Quartz
Crystal Microbalance, K.M. STEVENS, L. PAN, J. KRIM, North Carolina State University
MI-TuP4
Analysis of Convective Performance in Confined Droplets with
Various Working Fluids and Substrates for Polymerase Chain Reaction
Applications, P.L. CHEN, C.S. YU, C.C. YANG, Y.H. LIN, Y.H. TANG, M.H. SHIAO, C.-N.
HSIAO, National Applied Research Laboratories, Taiwan, Republic of China
The Study of Convex Corner Compensation for Dry Anisotropic
Etching of Single Crystal Silicon in ICP-RIE, Y.H. LIN, Y.H. TANG, ITRC, NARL,
Taiwan, Republic of China, W. HSU, NCTU, Taiwan, Republic of China, P.-L. CHEN, C.C. YANG,
M.-H. SHIAO, C.-N. HSIAO, ITRC, NARL, Taiwan, Republic of China
Micro Fabrication on Quartz Glass by Inductively Coupled Plasmareactive Ion Etching and its Optical Application, Y.H. TANG, Y.H. LIN, P.-L. CHEN, M.MN-TuP3
H. SHIAO, C.-N. HSIAO, ITRC, NARL, Taiwan, Republic of China
Finite Element Model Verification of High Frequency Piezoelectric
Contour-Mode MEMS Resonators Using Laser Vibrometry, K.R. QALANDAR, B.A.
MN-TuP4
GIBSON, L.A. SHAW, S.Y. CHIU, University of California, Santa Barbara, A. TAZZOLI, J. SEGOVIA,
Carnegie Mellon University, M. RINALDI, Northeastern University, G. PIAZZA, Carnegie Mellon
University, K.L. TURNER, University of California, Santa Barbara
Phase Noise-Based Bifurcation Sensing of Nonlinear MEMS
Cantilevers, L. LI, L.A. SHAW, K.L. TURNER, University of California, Santa Barbara
MN-TuP6 Simulation Study of Processing Parameters for Solder Filled Self
Assembled 3D Micro-scale Structures, N. ORAON, International Institute of Information
MN-TuP5
Technology, India, J.C. LUSTH, S.L. BURKETT, The University of Alabama, M. RAO, International
Institute of Information Technology, India
143
Tuesday Afternoon Poster Sessions
Manufacturing Science and Technology
Room: Hall B - Session MS-TuP
Nanometer-scale Science and Technology
Room: Hall B - Session NS-TuP
Aspects of Manufacturing Science and Technology Poster
Session
6:00 pm
Nanometer-scale Science and Technology Poster Session
6:00 pm
MS-TuP2
Photoluminescence Characterization of Crater-Typed Nanostructured
Al Surfaces, I. ATSURO, R. HOSHIYA, H. KATO, S. TAKEMURA, T. HIRAMATSU, Kanto
HUANG, N. CHU, J.S. KAO, National Applied Research Laboratories, Tawain, Republic of China
NS-TuP2
Investigation on Environment Concerns of Scanning Electron
Microscopy (SEM) for Nanomanufacturing Application, F.C. HSIEH, P.H. LIN, C.Y.
NS-TuP1
Gakuin University, Japan
Gallium Oxide and Gallium Nitride Nanoparticle Synthesis using NonThermal Plasma with O2 and N2 Gases, J.H. KIM, Korea Research Institute of Standards
and Science, Republic of Korea, K.H. YOU, Korea Advanced Institute of Science and Technology,
Republic of Korea, S.J. YOU, J.I. LEE, D.J. SEONG, Y.H. SHIN, Korea Research Institute of
Standards and Science, Republic of Korea
NS-TuP3 Embedded SiGe Alloy Nanoparticles formed by Co-sputtering of Si,
Ge, A. HERNÁNDEZ-HERNÁNDEZ, CINVESTAV-IPN, Mexico, L.A. HERNÁNDEZ-HERNÁNDEZ,
ESFM-IPN, Mexico, F. DE MOURE-FLORES, UAQ, Mexico, J.G. QUIÑONES-GALVÁN, ININ,
Mexico, M. MELÉNDEZ-LIRA, CINVESTAV-IPN, Mexico
NS-TuP4 Post-Annealing Effects on Germanium Nanocrystals Properties, A.
HERNÁNDEZ-HERNÁNDEZ, CINVESTAV-IPN, Mexico, L.A. HERNÁNDEZ-HERNÁNDEZ, ESFMIPN, Mexico, F. DE MOURE-FLORES, UAQ, Mexico, J.G. QUIÑONES-GALVÁN, ININ, Mexico, M.
MELÉNDEZ-LIRA, CINVESTAV-IPN, Mexico
Photoresponse and Electrical Characterization of Silicon
Nanocrystals Embedded within a SiO2 Matrix, M.A. MELENDEZ-LIRA, Cinvestav-IPN,
NS-TuP5
Mexico, E. MOTA-PINEDA, ESIME-IPN, Mexico
Nanoscopic I-V, Photoluminescence and Lifetime Characterization of
Polyaniline Dot and Line Patterns, S. TAKEMURA, Y. WATANABE, T. TOMOYA, H.
NS-TuP6
KATO, T. HIRAMATSU, Kanto Gakuin University, Japan
Graphene Patterns on Line-Typed Nanostructured Al Surfaces by
Carbon Drawing Techniques, K. DOI, T. SUGII, Y. TAKARAI, H. KATO, Y. WATANABE, S.
NS-TuP7
TAKEMURA, T. HIRAMATSU, Kanto Gakuin University, Japan
Nanopatterning of Cup-stack Carbon Nanotubes using
Nanostructured Al Templates, Y. WATANABE, R. TAKEUCHI, H. KATO, S. TAKEMURA,
NS-TuP8
K. SHIMADA, T. HIRAMATSU, Kanto Gakuin University, Japan
Optical Properties of Carbon Nanotube Forests with Various Growth
Structures, K. SEKIYA, H. KOJI, H. FURUTA, A. HATTA, Kochi University of Technology, Japan
NS-TuP10 Silicone Nanotube Coating, S. OLVEIRA, S. SEEGER, University of Zurich,
NS-TuP9
Switzerland
NS-TuP11 Towards the Heat Dissipation in Suspended Self-heated Nanowire
Sensors, J. ZHANG, Southern Illinois University Carbondale, E. STRELCOV, Oak Ridge National
Laboratory, A. KOLMAKOV, Southern Illinois University Carbondale
Thermal Stability and Optical Properties of Vertically Aligned Ag, Au,
and Ag/Au Alloy Nanorods Synthesized by the Electrodeposition, M.I.
NS-TuP12
NANDASIRI, S. VILAYURGANAPATHY, G. COFFEY, A. JOLY, P. EL-KHOURY, T. VARGA, A.
DEVARAJ, S.A. THEVUTHASAN, W.P. HESS, Pacific Northwest National Laboratory
Optical Properties of InN/InGaN/GaN Dot-in-a-Nanowire
Heterostructure, M.D. KIM, Chungnam National University, Republic of Korea
NS-TuP14 Synthesis and Optical Property of the Catalyst-free Growth of
ZnO/Zn0.95Mn0.05O Core-shell Nanorods, Y.-C. YEH, N. CHU, D.R. LIU, C.-N. HSIAO,
NS-TuP13
National Applied Research Laboratories, Taiwan, Republic of China
NS-TuP15 Refreshable Pt-TiO2 Nano-Composite for Direct Methanol Oxidation,
C.-T. LIN, Y.-C. YEH, M.H. SHIAO, C.-N. HSIAO, National Applied Research Laboratories, Taiwan,
Republic of China
Redox Signal Enhancement using Nanogap Electrodes via Control
of Gap Distance, D.K. PARK, J. PARK, S. KIM, W.S. YUN, Sungkyunkwan University, Republic
NS-TuP16
of Korea
Construction of a Spin Lab Measurement System to Enable
Measurement of Spin Carrier Transport in Materials, W. NOLTING, A.
NS-TuP17
JAYANTHINARASIMHAM, A. MATSUBAYASHI, V.P. LABELLA, College of Nanoscale Science and
Engineering
144
Tuesday Afternoon Poster Sessions
Formation of Multi-Peak Electron Velocity Distribution Function by
Two-Stream Instability in a dc Discharge, D. SYDORENKO, University of Alberta,
Plasma Science and Technology
Room: Hall B - Session PS-TuP
PS-TuP20
Canada, I.D. KAGANOVICH, A. KHRABROV, Princeton Plasma Physics Laboratory, L. CHEN, P.
VENTZEK, Tokyo Electron America
Plasma Science and Technology Poster Session
6:00 pm
PS-TuP1 Dry Deep Etching of GaN Wide Band-gap Semiconductor, N. GOSSET,
GREMI CNRS/Université d'Orléans, France, J. LADROUE, STMicroelectronics Tours SAS, France,
T. TILLOCHER, P. LEFAUCHEUX, GREMI CNRS/Université d'Orléans, France, M. BOUFNICHEL,
STMicroelectronics Tours SAS, France, R. DUSSART, GREMI CNRS/Université d'Orléans, France
Fine Pitch Hole CD Shrink Capability Enhancement by Low
Temperature Deposition Dielectric Memorial Layers RIE Development in Dual
Patterning, W. HWANG, I. KIM, GLOBALFOUNDRIES U.S. Inc.
PS-TuP3 Low Plasma-Induced Gate Damage of Metal Nanocrystal Memory by
Neutral Beam Etching, S.H. KANG, K.S. MIN, J.K. KIM, G.Y. YEOM, Sungkyunkwan
PS-TuP2
University, Republic of Korea
Self-aligned Merged Via Formation with Trench First Metal Hard Mask
for 20nm and Beyond, X. HU, M. WANG, T. HAN, M. HERRICK, H.H.. TSAI,
PS-TuP4
GLOBALFOUNDRIES
Process Optimization for Advanced TiN Hard Mask Source-Drain
Contact Etch, L. ZHOU, S. MISHRA, M. LUO, Y. HU, W. PENG, GLOBALFOUNDRIES U.S. Inc.
PS-TuP6 Damaged Silicon Contact Layer Removal with Atomic Layer Etching
for Deep-Nanoscale Semiconductor Devices, J.K. KIM, S.I. CHO, S.H. LEE, Samsung
PS-TuP5
Electronics, Republic of Korea, K.S. MIN, S.H. KANG, C.K. KIM, G.Y. YEOM, Sungkyunkwan
University, Republic of Korea
PS-TuP21 Electron Molecule Collisions with Methane, W.J. BRIGG, University College
London, UK, A.I. WILLIAMS, S. LOPEZ-LOPEZ, D. MONAHAN, Quantemol Ltd., UK, J.C.
TENNYSON, University College London, UK, A. DZARASOVA, Quantemol Ltd., UK
A Comparative Study of New Algorithm for Fluid Simulation of High
Density Plasma Discharges, S.G. OH, Y.J. LEE, J.H. JEON, J.H. SEO, H. CHOE, Korea
PS-TuP22
Aerospace University, Republic of Korea
PS-TuP23 Properties of a Magnetic Neutral-Loop Discharge, W. LI, S. KIM, K.
MAVRAKAKIS, Z. LING, H. ZHANG, J. BRAY, T. GRIFFIN, M. NICHOLS, University of WisconsinMadison, B.-H. MOON, Y.M. SUNG, Kyungsung University, Korea, S. BANNA, Applied Materials
Inc., Y. NISHI, Stanford University, J.L. SHOHET, University of Wisconsin-Madison
Size Effect of Hf Liquidous Nano-particles on PEPVD Growth of
HfSiON on SiO2/ Si, T. HAGA, T. KITAJIMA, T. NAKANO, National Defense Academy of
PS-TuP24
Japan
High Etching Rate of Lithium Niobate Substrate using BCl3/Ar
Mixture Gases by ICP-RIE, C.M. CHANG, P.L. CHEN, J. SU, M.H. SHIAO, C.-N. HSIAO,
PS-TuP26
National Applied Research Laboratories, Taiwan, Republic of China
PS-TuP27 Direct Liquid Injection into Low-Pressure Plasmas, D. OGAWA, Chubu
University, Japan, M.J. GOECKNER, L.J. OVERZET, The University of Texas at Dallas
Role of Heterogenous Surface Reactions on the Evolution of O and
N Atoms in N2/O2 Flowing Afterglows, J. PREGENT, L. STAFFORD, Université de
PS-TuP28
Montréal, Canada
LER (Line-Edge –Roughness) Optimization during TiN HM Plasma
Dry Etch, M. LUO, S. MISHRA, M. WANG, L. ZHOU, GLOBALFOUNDRIES U.S. Inc., G.
PS-TuP7
PS-TuP29
UPADHYAYA, N. ANSARI, Lam Research
OZKAN, G. ARNOULT, T. BIEBER, P. DE KEYSER, F.A.B. RENIERS, Université Libre de
Bruxelles, Belgium
Synthesis of Small Organic Molecules from a CO2/CH4 Mixture by
Dielectric Barrier Discharge (DBD): Gas Composition and Power Effect, A.
Fluorocarbon Films Deposited by c-C4F8/N2/Ar Plasmas: The Effect of
N2-addition on Gas Phase Kinetics and Surface Chemistry, P.K. KAO, National
PS-TuP8
Taiwan University, Taiwan, Republic of China, P.J. KUO, P.W. CHIOU, C.C. CHOU, Tokyo Electron
Taiwan Limited, Taiwan, Republic of China, C.C. HSU, National Taiwan University, Taiwan, Republic
of China
Mechanisms of Silicon Nitride (SiN) Etching by Hydrofluorocarbon
(HFC) Plasmas, K. MIYAKE, T. ITO, M. ISOBE, K. KARAHASHI, Osaka University, Japan, M.
PS-TuP30
FUKASAWA, K. NAGAHATA, T. TATSUMI, Sony Corporation, Japan, S. HAMAGUCHI, Osaka
University, Japan
Center/Edge Gas Flow Ratio Modulation on Feature Profile and Cross PS-TuP31 Novel TSV Etching Technologies using Spatial and Temporal
Wafer Uniformity, M. WANG, X. HU, M. LUO, S. MISHRA, GLOBALFOUNDARIES
Control Plasma, Y. MORIKAWA, T. MURAYAMA, T. SAKUISHI, K. SUU, NMEMS and ULVAC,
Inc., Japan
PS-TuP10 Etch Characteristics of Magnetic Tunnel Junction Materials using in
the Pulse Biased Inductively Coupled Plasma, K.C. YANG, M.H. JEON, G.Y. YEOM,
PS-TuP32 State-Space Mapping of Plasma Tools via Coarse Mesh Tool
Sungkyunkwan University, Republic of Korea
Simulation, D. MONAHAN, Quantemol Ltd., UK, J.C. TENNYSON, University College London,
PS-TuP11 Etching Characteristics of AlGaN and GaN in Inductively Coupled Cl2 UK
Plasma, J. CAO, Y. LU, R. KOMETANI, J. PARK, K. ISHIKAWA, K. TAKEDA, H. KONDO, M.
PS-TuP33 Development of ICP Etching Processes for Gallium Nitride HEMT, S.
PS-TuP9
SEKINE, M. HORI, Nagoya University, Japan
PS-TuP12
UEHARA, T. NISHIMIYA, Y. KUSUDA, M. HIRAMOTO, S. MOTOYAMA, O. TSUJI, SAMCO Inc.,
Japan
DEVASHAYAM, Veeco, D.N. RUZIC, University of Illinois at Urbana Champaign
PS-TuP34 Study of the Substrate Heating in a Magnetron Sputtering Process,
J.S. RESTREPO, University of Mexico, S. MUHL, J. CRUZ, Universidad Nacional Autonoma de
Mexico
Selection of Materials and Surface Finishes for Reduced Particle
Formation Upon Ion Beam Bombardment in EUV Mask Blank Production
Devices, A.M. LIETZ, D. CURRELI, University of Illinois at Urbana Champaign, A.V. HAYES, A.
The Influence of Plasma and Vacuum Ultraviolet Radiation on the
Time-Dependent Dielectric Breakdown of Porous Low-k Dielectric Films, D. PEI,
PS-TuP13
M. NICHOLS, H. SINHA, University of Wisconsin-Madison, S. BANNA, Applied Materials Inc., Y.
NISHI, Stanford University, J.L. SHOHET, University of Wisconsin-Madison
Noninvasive, Real-Time Measurements of Plasma Parameters via
Optical Emission Spectroscopy, S. WANG, J.B. BOFFARD, C.C. LIN, A.E. WENDT,
PS-TuP14
University of Wisconsin-Madison, S.B. RADOVANOV, H.M. PERSING, Varian Semiconductor
Equipment, Silicon Systems Group, Applied Materials Inc.
Study on the Coupling Intensity between Discharge Circuit and
Magnetic Circuit in Hall Thrusters, Z. YANG, L. WEI, D. YU, Harbin Institute of Technology,
PS-TuP15
China
80 MHz Capacitively Coupled SiH4/H2 Discharge for m-Si Thin Film
Depostion - 2 Dimensional Fluid Model Simulation, H.B. LIN, S.E. LIEN, C.H. HSIEH,
PS-TuP16
K.C. LEOU, National Tsing Hua University, Taiwan, Republic of China, C.C. HSIEH, C.F. AI, Institute
of Nuclear Energy Research, Taiwan, Republic of China
Numerical Investigation of Electron Heating in a Neutral-Loop
Discharge Plasma, S. KIM, University of Wisconsin-Madison, S. BANNA, Applied Materials
PS-TuP17
Inc., Y. NISHI, Stanford University, J.L. SHOHET, University of Wisconsin-Madison
Hydrocarbon Conversion by Non-Equilibrium, Atmospheric-Pressure
Microplasma, J. COLE, R.M. SANKARAN, Case Western Reserve University
PS-TuP19 Multi-Peaked and Stepped Electron Velocity Distributions in RF-DC
Discharge with Secondary Emission, A. KHRABROV, I.D. KAGANOVICH, Princeton
PS-TuP18
Plasma Physics Laboratory, P. VENTZEK, L. CHEN, Tokyo Electron America
145
Tuesday Afternoon Poster Sessions
Synchrotron Analysis Focus Topic
Room: Hall B - Session SA-TuP
Surface Science
Room: Hall B - Session SS-TuP
Synchrotron Analysis Poster Session
6:00 pm
Surface Science Poster Session
6:00 pm
Mesoscale and Microstructural Changes in HMX Measured with
Synchrotron-Based USAXS and Microtomography, T.M. WILLEY, L. LAUDERBACH,
SS-TuP2 Active Sites for CO Oxidation over Au/Al2O3 Model Catalyst, I.
NAKAMURA, T. FUJITANI, National Institute of Advanced Industrial Science and Technology
(AIST), Japan
SA-TuP1
T.W. VAN BUUREN, I.C. TRAN, Lawrence Livermore National Laboratory, J. ILAVSKY, Argonne
National Laboratory, H.K. SPRINGER, Lawrence Livermore National Laboratory
The Role of Synchrotron Radiation to Study Biological Systems in
Aqueous Solutions, A. MOCELLIN, A.M. DA SILVA, Universidade de Brasília, Brazil, R.R.T.
SA-TuP2
Scanning Tunneling Microscopy Study of Subsurface Atomic Activity
in Heterogeneous Catalysis, D.R. KILLELEA, J. DEROUIN, S. HESLOP, D. VALENCIA, M.
SS-TuP3
FARMER, J. BENDER, Loyola University Chicago
MARINHO, A.N. DE OLIVEIRA, Universidade Federal da Bahia, Brazil, A.N. DE BRITO,
Universidade Estadual de Campinas, Brazil
SS-TuP4
SA-TuP3
Comparison of Thermal, Ultrasonic and Frictional Hexadecane
Functionalization of Hydrogen-terminated Si (111), I.C. TRAN, T.M. WILLEY, D.
Universidad de Guadalajara, Mexico, L. RIVERA, M. ROMERO, Universidad Nacional Autónoma de
México
WOLTER, M. BAGGE-HANSEN, J.R.I. LEE, T.W. VAN BUUREN, Lawrence Livermore National
Laboratory
SS-TuP5 FTIR Spectroscopy of Water Clusters in Methane Matrix, N. OZAWA, S.
TAKEKUMA, K. YAMAKAWA, I. ARAKAWA, Gakushuin University, Japan
Grazing Incidence X-ray Fluorescence Analysis for the
Characterization of Ge1-xSnx Thin Films, P. HÖNICKE, Physikalisch-Technische
SA-TuP4
Bundesanstalt, Germany, C. FLEISCHMANN, IMEC, Belgium, P. HERMANN, PhysikalischTechnische Bundesanstalt, Germany, S. ZAIMA, Nagoya University, Japan, B. BECKHOFF,
Physikalisch-Technische Bundesanstalt, Germany, O. NAKATSUKA, Nagoya University, Japan
Photoelectron Spectroscopy Studies on the Superconducting NbC
and MoC, L. HUERTA, R. ESCAMILLA, Universidad Nacional Autónoma de México, M. FLORES,
SS-TuP6 Work Function Variation in Alkali
DIÑO, H. KASAI, Osaka University, Japan
Metal / W(110), A.A. PADAMA, W.A.
The Analysis of an Asymmetric Peak of Infrared Absorption due to the
Antisymmetric Stretching Vibration of CO2 on TiO2 Nanotubes, K. YAMAKAWA,
SS-TuP7
Gakushuin University, Japan, K. FUKUTANI, University of Tokyo, Japan
Deposition of the Transparent and Conductive ZnO Film by an
Atmospheric Pressure Plasma Jet, C.M. HSU, S.T. LIEN, Y.J. YANG, J.Z. CHEN, I.C.
SS-TuP8
CHENG, C.C. HSU, National Taiwan University, Taiwan, Republic of China
Effect of Isothermal Aging on the Interfacial Reactions between Sn58Bi Solder and ENEPIG, S.M. LEE, S.B. JUNG, Sungkyunkwan University, Republic of
SS-TuP9
Korea
SS-TuP10 Adsorption Properties of Ammonia on Defective Graphite Surfaces,
R.S. SHIBUYA, M. SAKURAI, Y. SAITO, K. KAWARAI, University of Tsukuba, Japan, T. KONDO,
University of Tsukuba and PREST JST, Japan, J. NAKAMURA, University of Tsukuba, Japan
Photo-functional Property of TiO2/Cu2O and TiO2/TiN/Cu2O Thin
Films by Reactive Magnetron Sputtering, T. NAKAJIMA, I. TAKANO, Kogakuin
SS-TuP11
University, Japan
Characterization of Bimetallic Pt-Co Clusters and Surface
Composition Effect on Catalyst Performance for Proton Exchange Membrane,
SS-TuP12
A.S. AHSEN, Gebze Institute of Technology, Turkey, O.K. OZDEMIR, Yildiz Technical University,
Turkey, O. OZTURK, Gebze Institute of Technology, Turkey, H. YAN, R.P. GALHENAGE, D.A.
CHEN, University of South Carolina
SS-TuP13 Hysteresis and Nucleation in the Phase Transition of In/Si(111)-4 × 1
Surface, H. SHIM, Y. JEON, S. KIM, S. KIM, J. WOO, J. YEO, G. LEE, Inha University, Republic
of Korea
Improvement of PIN-Type Amorphous Silicon Thin Film Solar Cell
Performance with Phosphorus Light Doping in Intrinsic Layer, W.H. SON, S.K.
SS-TuP14
LEE, T.G. KIM, S.H. LEE, S.Y. CHOI, Kyungpook National University, Republic of Korea
Experimental and Theoretical Investigation of Stress-induced Nearsurface Compositional Redistribution on Si0.8Ge0.2 Substrates for 2D Array
Growth of Ge Quantum Dots, S. GHOSH, J. BONILLA, University of New Mexico, D.
SS-TuP15
KAISER, T.R. SINNO, University of Pennsylvania, S.M. HAN, University of New Mexico
Characterization and Chemical Activity of Pt-Ru Clusters on HOPG:
Vapor Deposition and Electroless Deposition, R.P. GALHENAGE, K. XIE, J.M.M.
SS-TuP16
TENGCO, J.R. MONNIER, D.A. CHEN, University of South Carolina
Molecular Control of Doping at a Topological Insulator Surface: F4TCNQ on Bi2Se3, J. WANG, A.S. HEWITT, D.B. DOUGHERTY, North Carolina State University
SS-TuP19 Tunneling Electron-induced Hopping Motion of CO on Ag (110)
Surface, J. OH, Y. KIM, RIKEN, Japan
SS-TuP20 Properties of Metal Coating Films on the Biodegradable Resin
Irradiated by Ion Beam, R. TAN, I. TAKANO, Kogakuin University, Japan
SS-TuP18
146
Tuesday Afternoon Poster Sessions
Atomic Force Microscopy Studies of Charge Transport Properties of
Strained and Indented Topological Insulator, J.H. HWANG, S. KWON, KAIST, Republic
SS-TuP21
of Korea, J. PARK, Pohang University of Science and Technology, Republic of Korea, J. LEE,
KAIST, Republic of Korea, J.S. KIM, Pohang University of Science and Technology, Republic of
Korea, H.-K. LYEO, Korea Research Institute of Standards and Science, Republic of Korea, J.Y.
PARK, KAIST, Republic of Korea
Transparent Conductors and Printable Electronics Poster
Session
6:00 pm
Silicon Rich Oxide Films Deposited with Different Flows: An
Approximation of its Kinetics Growth, K. MONFIL, D. VÁZQUEZ, G. GARCIA, J.A.L
SS-TuP22
TC-TuP1 Solution Processed Oxide and TFT Application by UV Treatment, J.
PARK, J.-H. YANG, C.-S. HWANG, ETRI, Republic of Korea
LUNA, Benemérita Universidad Autónoma de Puebla, Mexico, A. MORALES, Centro de
Investigación en Materiales Avanzados, Mexico, J. CARRILLO, A. BENÍTEZ, Benemérita
Universidad Autónoma de Puebla, Mexico
A Universal Method of Producing Transparent Electrodes Using
Wide-Bandgap Materials: Direct Ohmic Contact to p-AlGaN, H.D. KIM, S.W. KIM,
TC-TuP2
SS-TuP23 Ultrasound Influence on the Si-SiO2 System Defects Structure, D.
KROPMAN, Tallinn University of Technology, Estonia
SS-TuP24 A Review of the Current State and
PACHOLSKI, The Dow Chemical Company
Transparent Conductors and Printable Electronics Focus Topic
Room: Hall B - Session TC-TuP
K.H. KIM, S.J. KIM, Korea University, Republic of Korea, M.D. KIM, Chungnam National University,
Republic of Korea, T.G. KIM, Korea University, Republic of Korea
Usage of SIMS Libraries, M.
High Frequency Characteristics of Inkjet-Printed Copper Circuits
Sintered by Atmospheric-Pressure Plasma, K.S. KIM, K.H. JUNG, B.G. PARK, S.B.
TC-TuP3
SS-TuP26 Hydrothermal Growth of ZnO Nanostructures on the Metal Films, S.N.
SARANGI, S. NOZAKI, The University of Electro-Communications (UEC-Tokyo), Japan, S.N.
SAHU, National Institute of Science & Technology, India
Stabilization and Transformation of Nanoalloy Janus-type
Configurations Predicted by Adapted FCEM/CBEV Method, M. POLAK, L.
SS-TuP27
JUNG, Sungkyunkwan University, Republic of Korea
Bending Properties of In and Ga Doped Zinc Oxide Films Deposited
on Plastic Substrates by Magnetron Sputtering, K. NAGAMOTO, K. KONDO, LINTEC
TC-TuP4
Corporation, Japan, K. ISHII, Utsunomiya University, Japan
Influence of Rapid Thermal Annealing Treatment on Various
Properties of Texture-Etched Al- or Ga-Doped ZnO Thin Films Deposited by
Magnetron Sputtering, T. MINAMI, J. NOMOTO, T. MIYATA, T. YAMANAKA, Kanazawa
TC-TuP5
RUBINOVICH, Ben-Gurion University of the Negev, Israel
SS-TuP28 Ion-Modified MOS Structures, R. SHYAM, E. SRINADHU, J.E. HARRISS, W.R.
HARRELL, C.E. SOSOLIK, Clemson University
Adsorbate-induced Atomic Segregation Phenomena and
Morphological Stability of Size- and Shape-Selected Octahedral PtNi
Nanoparticles, M. AHMADI, F. BEHAFARID, University of Central Florida, C. CUI, P.
Institute of Technology, Japan
SS-TuP29
STRASSER, Technical University Berlin, Germany, B. ROLDAN CUENYA, University of Central
Florida
Surface Plasmon Mediated Chemical Solution Deposition of Gold
Nanoparticles at Room Temperature, W.D. WEI, University of Florida
SS-TuP32 Point Defects Interaction with Impurities in the Si-SiO2 System and
its Influence on the Interface Properties, E. DAUKSTA, Riga Technical University, Latvia,
SS-TuP31
D. KROPMAN, Tallinn University of Technology, Estonia
Non-Thermal Oxidation and Reduction Reactions of CO Trapped in
Amorphous Solid Water Films, G.A. KIMMEL, N.G. PETRIK, Pacific Northwest National
SS-TuP33
Laboratory
SS-TuP34 Spin Crossover Transition in a Molecular Adsorbate, X. ZHANG, S.
BENIWAL, University of Nebraska Lincoln, T. PALAMARCIUC, P. ROSA, J.F. LÉTARD, Université
de Bordeaux, France, J. LIU, Northeastern University, E. VEGA LOZADA, F. TORRES, L.G. ROSA,
University of Puerto Rico – Humacao, B. DOUDIN, Université Louis Pasteur Strasbourg, France, A.
ENDERS, P.A. DOWBEN, University of Nebraska Lincoln
SS-TuP35 MORTON S. TRAUM AWARD FINALIST: Evaluating Influencing Factors on
Nanofiltration and Reverse Osmosis Membrane Processes: A Computational
Chemistry Approach to Modeling, A. KENNICUTT*, J. KILDUFF, L. MORKOWCHUCK, C.
BRENEMAN, Rensselaer Polytechnic Institute
SS-TuP36 MORTON S. TRAUM AWARD FINALIST: Monte Carlo Simulation Studies of
Ge(100)-2 × 1 Surface Chemistry, B. SHONG*, S.F. BENT, Stanford University
SS-TuP37 MORTON S. TRAUM AWARD FINALIST: Water-Induced Splitting of Epitaxial
Graphene and Resulting Graphene Flake, X. FENG*, M.B. SALMERON, Lawrence
Berkeley National Laboratory
SS-TuP38 MORTON S. TRAUM AWARD FINALIST: Surface Morphology of
Chemisorbed N on Pt(111), Z. LIANG*, University of Illinois at Chicago, H. YANG, Y. KIM,
RIKEN, Japan, M. TRENARY, University of Illinois at Chicago
SS-TuP39 MORTON S. TRAUM AWARD FINALIST: Imaging
a Surface Explosion:
Autocatalytic Desorption of Tartaric Acid from Cu(110), T.J. LAWTON*, Tufts
University, B.S. MHATRE, V. PUSHKAREV, B.S. HOLSCLAW, A.J. GELLMAN, Carnegie Mellon
University, E.C.H. SYKES, Tufts University
147
* Morton S. Traum Award Finalist
Tuesday Afternoon Poster Sessions
Tribology Focus Topic
Room: Hall B - Session TR-TuP
Vacuum Technology
Room: Hall B - Session VT-TuP
Tribology Poster Session
6:00 pm
Vacuum Technology Poster Session and Student-Built Vacuum
System Poster Competition
6:00 pm
Study of Charge Separation and Relaxation during Friction between
Metal and Plastics in a Vacuum and in Air, T. MIURA, National Institute of Occupational
TR-TuP1
TR-TuP2
VT-TuP1 A Study of Uncertainties at Calibration of Helium Leak Calibrator, Y.W.
LIN, C.P. LIN, C.-N. HSIAO, F.Z. CHEN, National Applied Research Laboratories, Taiwan, Republic
of China
National Institute for Materials Science, Japan
VT-TuP2 Performance Measurements of Scroll Pump, F.C. HSIEH, P.H. LIN, C.W.
CHEN, J.S. KAO, F.Z. CHEN, National Applied Research Laboratories, Taiwan, Republic of China
Safety and Health, Japan
Development of Solid Lubricant Films for Smooth Motion at High
Temperatures, A. KASAHARA, M. SASAKI, M. GOTO, H. HONDA, H. SUZUKI, M. TOSA,
TR-TuP3 Wear and Oxidation Behaviors of Ti(C, N, O) Coatings, J.H. HSIEH, Y.R.
CHO, Ming Chi University of Technology, Taiwan, Republic of China
TR-TuP4 Multi-Scale Simulation of Ohmic Contact Deformation in RF-MEMS,
C.R. FREEZE, X. JI, B.E. GADDY, D.L. IRVING, North Carolina State University
Evaluation and Solutions of Cold Cathode Ionization Gauge
Performance Issues, P. ACOMB, G.A. BRUCKER, T.C. SWINNEY, B.J. KELLY, Brooks
VT-TuP3
Automation, Inc., Granville-Phillips Products
VT-TuP4 Vacuum Thermal Oxidation of a Stainless Steel Vacuum Chamber
Effects TiN and TaN Barrier Layers on the Emergence of Ag and Cu
Following Citric Acid Cleaning, T. HA, S. CHUNG, C.D. PARK, POSTECH, Republic of
Particles and the Subsequent Mechanical and Antibacterial Properties of TaN- Korea
(Ag,Cu) Nanocomposite Films, J.H. HSIEH, Y.R. CHO, Y.H. LIE, Ming Chi University of
VT-TuP5 Operation Status of the PLS-II Photon Absorbers, T. HA, C.D. PARK,
TR-TuP5
Technology, Taiwan, Republic of China
POSTECH, Republic of Korea
Study of the Wear Mode in Tribocorrosion Tests of CoCrMo Alloys
Coated with TiAlN/TiAl Multilayers, M. FLORES, O. JIMENEZ, E. RODRIGUEZ,
TR-TuP6
Universidad de Guadalajara, México, C.E. CANTO, E. ANDRADE, Universidad Nacional Autónoma
de México
Diamond-like-Carbon Coating with Improved Adhesion to Metal
Substrates and Very Low Wear Rate in Biological Media, D. CANO, J. ESTEVE, L.
TR-TuP7
MARTÍNEZ-DE-OLCOZ, A. LOUSA, Universitat de Barcelona, Spain
VT-TuP6 RECESS System for Photocathode Surface Science, T. VECCHIONE,
P.M. STEFAN, A. BRACHMANN, SLAC National Accelerator Laboratory
A Novel Differential Pump for the NSLS-II Project Soft X-Ray
Beamline, J.-P. HU, D.M. BACESCU, C. STELMACH, Brookhaven National Laboratory, M.J.
VT-TuP7
FERREIRA, SLAC National Accelerator Laboratory, R. GREENE, C. SANCHEZ HANKE,
Brookhaven National Laboratory
Shape-dependent Adhesion and Friction on Au Nanoparticles Studied
using Probing Atomic Force Microscopy, Y.J. YUK, J.W. HONG, S.W. HAN, J.Y. PARK,
TR-TuP8
KAIST, Republic of Korea
TR-TuP9 Effect of Plasma Nitriding Treatment Time on the Tribology of Tool
Steels, P. ABRAHA, Meijo University, Japan, J. MIYAMOTO, Toba National College of Maritime
Technology, Japan
148
Special Events Wednesday
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
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Short Courses Wednesday
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Special or Focus Area Sessions
8:00 am
8:00 am
8:00 am
Special Session
Special Session
Special Session
149
Wednesday Morning, October 30, 2013
8:00 am
Atom Probe Tomography Focus Topic
Room: 203 A - Session AP+AS+EM+MI+TF-WeM
Applied Surface Science
Room: 204 - Session AS+BI+IS-WeM
APT Analysis of Semiconductor, Magnetic, and Oxide
Materials
Ambient Ionization Mass Spectrometry
Moderators: C. Szakal, National Institute of Standards and Technology,
Moderator: T. Li, University of Sydney, Australia
K. Artyushkova, University of New Mexico
AP+AS+EM+MI+TF-WeM1 Progress in Planar-Feature Spatial Reconstruction
for Atom Probe Tomography, D.J. LARSON, B.P. GEISER, T.J. PROSA, T.F.
KELLY, CAMECA
8:20 am
AP+AS+EM+MI+TF-WeM2 Invited
AS+BI+IS-WeM2 Invited
8:40 am
Invited talk continued.
Invited talk continued.
9:00 am
AP+AS+EM+MI+TF-WeM4 Invited
AS+BI+IS-WeM4
APT Analysis of Superlattices, Nanowires, and Non-Planar
Heterostructures, L.J. LAUHON, Northwestern University
Rapid Evaporative Ionization Mass Spectrometry - Principles and
Applications, Z. TAKATS, Imperial College, London
A Microplasma VUV Photoionization Source for Ambient
Mass Spectrometry, J.M. SYMONDS, R.D. GANN, F. FERNÁNDEZ, T.M. ORLANDO,
Atom Probe Analyses of Interfaces in Nd-Fe-B Permanent Magnets for
Higher Coercivity, T. OHKUBO, H. SEPEHRI-AMIN, K. HONO, National Institute for
Georgia Institute of Technology
Materials Science, Japan
9:20 am
Advances in Pulsed-Plasma Sources for Surface Analysis
by Ambient Mass Spectrometry, J.W. BRADLEY, K. MCKAY, A. BOWFIELD,
Invited talk continued.
AS+BI+IS-WeM5
University of Liverpool, UK, T.L. SALTER, National Physical Laboratory, UK, J.W. WALSH,
University of Liverpool, UK, M.R. ALEXANDER, D.A. BARRETT, University of Nottingham,
UK, I.S. GILMORE, National Physical Laboratory, UK
9:40 am
10:00 am
10:20 am
10:40 am
AP+AS+EM+MI+TF-WeM6
Laser Assisted Atom Probe Tomography of
LiFePO4 Single Crystals, D. SANTHANAGOPALAN, UC San Diego, D.E. PEREA,
AS+BI+IS-WeM6
Comparison of Ambient Pressure Ionization Sources by
Determining Useful Yields of Forensic Compounds of Interest, T. BREWER,
D.K. SCHREIBER, S.A. THEVUTHASAN, Pacific Northwest National Laboratory, R.
MARTENS, Alabama University, Tuscaloosa, Y. JASSEN, P. KALIFAH, State University of
New York, Stony Brook, Y. MENG, UC San Diego
C. SZAKAL, E. SISCO, S. MURAMOTO, T. FORBES, G. GILLEN, NIST
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Art Zone/Contest, EMail (with printing);. AVS Educational Materials, Souvenirs &
Publications
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Art Zone/Contest, EMail (with printing);. AVS Educational Materials, Souvenirs &
Publications
AP+AS+EM+MI+TF-WeM9 New Insights Into the Corrosion Behavior of
Simulated Vitrified Nuclear Waste from Atom Probe Tomography, D.K.
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Art Zone/Contest, EMail (with printing);. AVS Educational Materials, Souvenirs &
Publications
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Art Zone/Contest, EMail (with printing);. AVS Educational Materials, Souvenirs &
Publications
AS+BI+IS-WeM9 Invited
Atmospheric Pressure Ionization Mass Spectrometry: Fundamentals,
Simulations, and Applications, TH. BENTER, University of Wuppertal, Germany
SCHREIBER, J.V. RYAN, J.J. NEEWAY, Pacific Northwest National Laboratory, S. GIN,
CEA Marcoule, France
11:20 am
AP+AS+EM+MI+TF-WeM10 Advanced Applications in LEAP Microscopy, H.G.
FRANCOIS-SAINT-CYR, R. ULFIG, CAMECA Instruments, Inc., J. VALLEY, T. USHIKUBO,
University of Wisconsin, Madison, M. MILLER, Oak Ridge National Laboratory, H.
TAKAMIZAWA, Y. SHIMIZU, Tohoku University, Japan, L. GORDON, D. JOESTER,
Northwestern University, A. GIDDINGS, D. REINHARD, D. LAWRENCE, P. CLIFTON, D.
LARSON, CAMECA Instruments, Inc.
AP+AS+EM+MI+TF-WeM11 Invited
11:40 am
Mines
Invited talk continued.
11:00 am
Gaining an Atomic Scale Understanding of Optoelectronic, Magnetoand Ionic-Transport in Nanostructured Materials using Cross-Correlative
STEM and APT, B. GORMAN, D. DIERCKS, R. KIRCHHOFER, Colorado School of
Invited talk continued.
Ambient Mass Spectrometry for Structural Analysis of
Organic Monolayers, H. ZUILHOF, Wageningen University, Netherlands
AS+BI+IS-WeM11
Differentiation of Microbial Species & Strains in
Coculture Biofilms by Multivariate Analysis of Laser Desorption
Postionization Mass Spectra, C. BHARDWAJ, Y. CUI, University of Illinois at
AS+BI+IS-WeM12
Chicago, H.C. BERNSTEIN, R.P. CARLSON, Montana State University, L. HANLEY,
University of Illinois at Chicago
150
Wednesday Morning, October 30, 2013
Biomaterial Interfaces
Room: 201 B - Session BI-WeM
Electronic Materials and Processing
Room: 102 A - Session EM+PS-WeM
Cell-Surface Interactions
Oxides and Dielectrics for Novel Devices and Ultra-dense
Memory II
Moderator: M.R. Alexander, University of Nottingham, UK
8:00 am
High-Throughput Discovery of Materials for Human Pluripotent
Stem Cell Culture, A.D. CELIZ, J.G.W. SMITH, A.K. PATEL, University of Nottingham,
BI-WeM1
UK, R. LANGER, D.G. ANDERSON, Massachusetts Institute of Technology, D.A. BARRETT,
L.E. YOUNG, C. DENNING, M.C. DAVIES, M.R. ALEXANDER, University of Nottingham, UK
8:20 am
Toxicology of Antimicrobial Conjugated Electrolytes: Interactions
with Mammalian Cells, H.E. CANAVAN, K.N. WILDE, D.G. WHITTEN, University of
BI-WeM2
Moderator: J. Kim, The University of Texas at Dallas
EM+PS-WeM1 Invited
Active Surfaces and Interfaces in Valence Change Memory Type
Oxides, R. WASER, R. DITTMAN, RWTH Aachen University
Invited talk continued.
New Mexico
8:40 am
9:00 am
BI-WeM3
In Situ ATR-FTIR of Human Mesenchymal Stem Cell
Differentiation, D.E. BARLOW, P.A. FULMER, T.J. O'SHAUGHNESSY, K.P. FEARS, J.
EM+PS-WeM3
Resistive Switching and Interface Structure of Metal / Ga2O3
/ Metal Heterostructures, B. ZHAO, X. ZHENG, H. PHAM, M.A. OLMSTEAD, F.S.
MORABITO, R. STINE, S.P. MULVANEY, B.R. RINGEISEN, U.S. Naval Research
Laboratory
OHUCHI, University of Washington
BI-WeM4 Invited
EM+PS-WeM4
The Effect of High-Pressured N2 Annealing in NiOx based
Resistive Random Access Memory, D.H. YOON, Y.J. TAK, J. JUNG, S.J. KIM, H.J.
Do Cells Read Braille? High Throughput Screening of Surface
Topography-Induced Cellular Responses, J. DE BOER, University of Twente,
KIM, Yonsei University, Republic of Korea
Netherlands
9:20 am
Invited talk continued.
EM+PS-WeM5 Invited
9:40 am
BI-WeM6
Less is More: Enhancing the Effect of Fibroblast Growth Factor
(FGF2) on Human Dermal Fibroblast Proliferation by Surface
Modification, J.D. WHITTLE, D.E. ROBINSON, University of South Australia
Invited talk continued.
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BI-WeM9 An Anionic Drug Delivery System using Lecithin Liposomes to
Improve Oncolytic Viral Cancer Therapy, N. MENDEZ, V. HERRERA, F.
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
EM+PS-WeM9 Electrode-bias Injection and Percolation Controlled
Transport through Vacated O-atom Site Defects in Nano-grain (ng-) TM
Oxides and in Non-crystalline (nc-) Si(Ge)O2, D. ZELLER, G. LUCOVSKY, North
10:00 am
10:20 am
10:40 am
Ionic Memory - Materials and Devices, M.N. KOZICKI, Arizona State University
HEDJRAN, S.L. BLAIR, T. REID, W.C. TROGLER, A.C. KUMMEL, University of California
San Diego
11:00 am
Carolina State University, J. KIM, University of Illinois at Urbana Champaign
Poly(N-isopropyl Acrylamide)-coated Surfaces: Investigation of
Biocompatibility with Mammalian Cells, M.A. COOPERSTEIN, H.E. CANAVAN,
BI-WeM10
University of New Mexico
Investigation of the Dominant Conduction Mechanisms in
Metal-Insulator-Metal Tunnel Diodes with Ta2O5 and Nb2O5 Dielectrics
Deposited by Atomic Layer Deposition, N. ALIMARDANI, J.F. CONLEY, JR.,
EM+PS-WeM10
Oregon State University
11:20 am
Polymer Microarrays for the High Throughput Discovery of
Novel Switchable Materials, A.L. HOOK, C. CHANG, University of Nottingham, UK,
BI-WeM11
Mechanism of Light Emission and Optical Characteristics
of Thin Film Metal Oxides, Y. KUO, C.-C. LIN, Texas A&M University
EM+PS-WeM11
R. LANGER, D.G. ANDERSON, Massachusetts Institute of Technology, P. WILLIAMS, M.C.
DAVIES, M.R. ALEXANDER, University of Nottingham, UK
11:40 am
BI-WeM12
Antibacterial and Cells Proliferation Studies of Biodegradable
Polymeric 3D Scaffolds, A. PEGALAJAR-JURADO, K.A. WOLD, M.M. REYNOLDS,
EM+PS-WeM12
Characterizations of Electrical Properties and Phase
Behavior on Hf1-xZrxO2 High-k Materials, J.H. LEE, Seoul National University,
E.R. FISHER, Colorado State University
Republic of Korea
151
Wednesday Morning, October 30, 2013
Electronic Materials and Processing
Room: 101 B - Session EM1-WeM
Energy Frontiers Focus Topic
Room: 101 A - Session EN+SE+SS+TF-WeM
Electrical Testing and Defects in III-V’s
Thin Films for Energy
Moderator: C.L. Hinkle, University of Texas at Dallas
Moderator: G.T. Wang, Sandia National Laboratories
8:00 am
EN+SE+SS+TF-WeM1 Invited
ALD of Nanolayers and Nanoparticles for Photovoltaics and Other Clean
Energy Technologies, W.M.M. KESSELS, Eindhoven University of Technology,
Netherlands
8:20 am
EM1-WeM2 Invited
Invited talk continued.
8:40 am
Invited talk continued.
EN+SE+SS+TF-WeM3
Formation and Properties of High-k/InGaAs Interfaces on WellControlled Surfaces, P.C. MCINTYRE, Stanford University
Titanium Doped Tungsten Oxide (WO3) Thin Films for
Application in Photovoltaic Devices, A.P. GUTIERREZ, T. WILSON, E.J. RUBIO,
C.V. RAMANA, The University of Texas at El Paso
9:00 am
EM1-WeM4 Chemical Passivation of GaAs using Alkanethiols, P.
MANCHENO-POSSO, A.J. MUSCAT, University of Arizona
Microstructural and Chemical Features Affecting the
Reversible Lithiation of SiOx, C. BAN, National Renewable Energy Laboratory, B.B.
EN+SE+SS+TF-WeM4
KAPPES, Colorado School of Mines, Q. XU, C. ENGTRAKUL, National Renewable Energy
Laboratory, C.V. CIOBANU, Colorado School of Mines, A.C. DILLON, Y. ZHAO, National
Renewable Energy Laboratory
9:20 am
Correlation of Thermoelectric Properties with Local
Chemical Environments in Reduced Polycrystalline and Single
Crystalline SrxBa1-xNb2O6, C.S. DANDENEAU, Y. YANG, R.K. BORDIA, M.A.
EM1-WeM5 Invited
EN+SE+SS+TF-WeM5
Disorder Induced Gap States in III-V MOS Devices, E.M. VOGEL, Georgia
Institute of Technology
OLMSTEAD, F.S. OHUCHI, University of Washington
9:40 am
Engineering Energy Levels at the TiO2:P3HT
Interface using Atomic Layer Deposition, J. DORMAN, J. WEICKERT, M.
Invited talk continued.
EN+SE+SS+TF-WeM6
PUTNIK, L. SCHMIDT-MENDE, Universität Konstanz, Germany
10:00 am
10:20 am
10:40 am
11:00 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
EM1-WeM9 Invited
III-V Frequency Dispersion in CV and Small Signal AC
Transconductance Measurements, H.C. LIN, IMEC, Belgium
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
EN+SE+SS+TF-WeM9 Electrical and Thermal Transport in Inorganic
Nanowire/Polymer Nanocomposites, G.J. SZULCZEWSKI, K. ANDERSON, A.
YOUSUF, D. WALLACE, K. KREIL, E. ELLINGSWORTH, University of Alabama
TOF-SIMS and AFM Studies of Morphology and
Molecular Intermixing at Organic Thin Film Interfaces, A. DOLOCAN, The
Invited talk continued.
EN+SE+SS+TF-WeM10
University of Texas at Austin
11:20 am
High-k Dielectric/InGaAs MOSCAPs with EOTs 0.7 nm and
Low Interface Trap Densities, V. CHOBPATTANA, S. STEMMER, University of
Thermal Treatment Induced the Structure and
Morphology Changes of the Poly(9,9-dioctylfluorene-co-bithiophene)
Films, Y.F. YE, L. ZHANG, Y. HAN, X.F. FENG, H.X. JU, J.F. ZHU, University of Science
EM1-WeM11
EN+SE+SS+TF-WeM11
California, Santa Barbara
and Technology of China
11:40 am
Effect of Deposition Temperature on the Electrical Properties
of ALD-HfO2 Film on GaAs, S. CHOI, Y.-C. BYUN, Y. AN, H. KIM, Sungkyunkwan
EM1-WeM12
University, Republic of Korea
152
Wednesday Morning, October 30, 2013
Exhibitor Technology Spotlight
Room: Hall A - Session EW-WeM
Graphene and Other 2D Materials Focus Topic
Room: 104 B - Session GR-WeM
2D Materials on Metallic Substrates
Exhibitor Technology Spotlight IV
Moderators: U. Kaiser, University of Ulm, Germany, A. Pasupathy,
Columbia University
GR-WeM1 Growth of Graphene by Catalytic Dissociation of Ethylene on
CuNi(111), P. TYAGI, T.R. MOWLL, University at Albany-SUNY, Z. ROBINSON, Naval
Moderator: C. Moffitt, Kratos Analytical Limited, UK
8:00 am
Research Laboratory, C.A. VENTRICE, JR., University at Albany-SUNY
Energies and Lifetimes of Unoccupied Electronic States of
Graphene on the Ru(0001) Surface, J. GUEDDE, N. ARMBRUST, P. JAKOB, U.
8:20 am
GR-WeM2
HOEFER, Philipps-University Marburg, Germany
Low-Energy Electron Microscopy of Hexagonal Boron Nitride
on Nickel, P. MENDE, Q. GAO, M. WIDOM, R.M. FEENSTRA, Carnegie Mellon University,
8:40 am
GR-WeM3
A. ISMACH, H. CHOU, R.S. RUOFF, University of Texas at Austin
9:00 am
GR-WeM4 Intercalation of C60 at the Interface of CVD Graphene and
Copper, E. MONAZAMI, University of Virginia, P. RUDOLF, L. BIGNARDI, University of
Groningen, Netherlands, P. REINKE, University of Virginia
9:20 am
GR-WeM5 Invited
Controlled Synthesis of Heterostructures of 2D Materials, P.W. SUTTER,
Brookhaven National Laboratory
9:40 am
10:00 am
10:20 am
Invited talk continued.
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
EW-WeM8 Integrated AFM-Raman – Connecting Performance & Flexibility
to Ease of Use & Reliability, M. WALL, M. IBRAHIM, Thermo Fisher Scientific
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
10:40 am
11:00 am
Growth and Characterization of Single Layer MoS2 and Mo2S3
on Cu(111): Toward an Inverted Catalyst, W. LU, C.S. WANG, D. SUN, Q. MA,
GR-WeM9
D. KIM, J. WYRICK, J. MANN, Y. ZHU, L. BARTELS, S. BOBEK, University of California,
Riverside
11:20 am
Ultrafast Charge Transfer at Graphene Monolayers on Ni(111)
and Other Substrates, D. MENZEL, Technical University Muenchen, Germany, P.
GR-WeM11
LACOVIG, Sincrotrone Trieste, Italy, R. LARCIPRETE, CNR Inst. for Complex Systems, Italy,
M. DALMIGLIO, Sincrotrone Trieste, Italy, K.L. KOSTOV, Bulgarian Academy of Sciences,
Bulgaria, S. LIZZIT, Sincrotrone Trieste, Italy
11:40 am
GR-WeM12 Growth Kinetics of Monolayer Graphene on Pd(111), H.S. MOK,
University of California at Los Angeles, A. EBNONNASIR, Colorado School of Mines, S. NIE,
N.C. BARTELT, K.F. MCCARTY, Sandia National Laboratories, C.V. CIOBANU, Colorado
School of Mines, S. KODAMBAKA, University of California at Los Angeles
153
Wednesday Morning, October 30, 2013
Accelerating Materials Discovery for Global Competitiveness Nanometer-scale Science and Technology
Focus Topic
Room: 203 B - Session NS+AS+BI+SP-WeM
Room: 202 B - Session MG+EM+MI+MS-WeM
Materials Discovery and Optimization through Iterative
Nanoscale Imaging and Microscopy
Approaches
8:00 am
8:20 am
Moderators: M.B. Holcomb, West Virginia University, S. Jones, National Moderator: U.D. Schwarz, Yale University
Science
FoundationInvited
MG+EM+MI+MS-WeM1
NS+AS+BI+SP-WeM1 Outcomes of and Materials for Two University-Level
Designing Materials to Revolutionize and Engineer the Future (DMREF), Courses on Atomic Force Microscopy, N.A. BURNHAM, Worcester Polytechnic
D. FINOTELLO, National Science Foundation (NSF)
Institute
Invited talk continued.
NS+AS+BI+SP-WeM2
Imaging Li and B in a Glass Sample with 100nm
Lateral Resolution Using NanoSIMS, Z. ZHU, Pacific Northwest National
Laboratory, Y. WANG, University of Florida, J. CRUM, Pacific Northwest National Laboratory,
Z. WANG, Chinese Academy of Science
8:40 am
MG+EM+MI+MS-WeM3 Invited
Preparation of Ultra Stable Organic Glasses by Physical Vapor
Deposition, J.J. DE PABLO, University of Chicago, L. YU, M.D. EDIGER, University of
Visualization of Subsurface Features in Soft Matrix
using Atomic Force Microscopy Techniques, K. KIMURA, K. KOBAYASHI, H.
NS+AS+BI+SP-WeM3
YAMADA, Kyoto University, Japan
Wisconsin-Madison
9:00 am
Invited talk continued.
Nanoscale Characterization Using Resonance
Enhanced Infrared Spectroscopy, E. DILLON, M. LO, C. PRATER, K. KJOLLER,
NS+AS+BI+SP-WeM4
Anasys Instruments, M. BELKIN, F. LU, University of Texas at Austin
MG+EM+MI+MS-WeM5
Composition and Structure Manipulation for Energy
Materials with Improved Properties, S. LANY, H. PENG, National Renewable
NS+AS+BI+SP-WeM5
Energy Laboratory, V. STEVANOVIC, Colorado School of Mines
KING, Intel Corporation, E. DILLON, Q. HU, R. SHETTY, C. PRATER, Anasys Instruments
MG+EM+MI+MS-WeM6 Accelerated Optimization of Solar Cell Materials, A.
ZAKUTAYEV, National Renewable Energy Laboratory, V. STEVANOVIC, Colorado School
of Mines, S. LANY, J. PERKINS, D. GINLEY, National Renewable Energy Laboratory
NS+AS+BI+SP-WeM6 Amino Acid Immobilization and Surface Diffusion of
Copper, E. ISKI, University of Tulsa, A.J. MANNIX, B.T. KIRALY, M.C. HERSAM,
Northwestern University, N.P. GUISINGER, Argonne National Laboratory
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
10:40 am
MG+EM+MI+MS-WeM9 Invited
NS+AS+BI+SP-WeM9 Invited
11:00 am
Invited talk continued.
Invited talk continued.
11:20 am
MG+EM+MI+MS-WeM11 Invited
NS+AS+BI+SP-WeM11 Invited
11:40 am
Invited talk continued.
Invited talk continued.
9:20 am
9:40 am
10:00 am
10:20 am
AFM-based Chemical and Mechanical Property
Characterization of Low-k/Cu Interconnects, M. LO, Anasys Instruments, S.W.
The "Materials Genome" Project: Accelerated and Large-Scale Materials Catalytic Model Systems Studied by High-Resolution, Video-Rate
Discovery through Computation, G. CEDER, MIT
Scanning Tunneling Microscopy, F. BESENBACHER, Aarhus University, Denmark
Multifunctional Interfacial Materials by Design, C. EOM, University of Wisconsin- Scanned Probe Based Nanofabrication on Silicon: Progress, Challenges
Madison
and Technology Spin-Offs, J.W. LYDING*, University of Illinois at Urbana Champaign
154
NSTD Graduate Student Award Competition – Room 203B
12:00 – 12:20 pm Cédric Barroo - NO2 Reduction over Pt and Rh Single Nanoparticles: Imaging with Nanometric Lateral Resolution
12:20 – 12:40 pm Taylor Stock - Tunneling Electron Induced Adsorption of Copper Phthalocyanine on the Cu(111) Surface
* NSTD Recognition Award Winner
Wednesday Morning, October 30, 2013
Synchrotron Analysis Focus Topic
Room: 203 C - Session SA+AS+MI+SS-WeM
Synchrotron and Imagery: PEEM, Nano-ARPES and Others
(8:00-9:40 am)/Synchrotron TXRF and Related Techniques
(10:40 am-12:00 pm)
Plasma Science and Technology
Room: 104 C - Session PS-WeM
Fundamentals of Plasma Surface Interactions
Moderator: S.A. Vitale, MIT Lincoln Laboratory
8:00 am
8:20 am
Moderators: M.C. Asensio, Synchrotron SOLEIL, France, J. Kawai,
Kyoto University, Japan
PS-WeM1
Examination of Atomistic Etching Control of SiO2-Si-SiO2 MultiLayers Stacks Using Cyclic Ar/C4F8 Plasma, D. METZLER, G.S. OEHRLEIN,
SA+AS+MI+SS-WeM1 Invited
University of Maryland, College Park, S.U. ENGELMANN, R.L. BRUCE, E.A. JOSEPH, IBM
T.J. Watson Research Center
U. STARKE, Max Planck Institute for Solid State Research, Germany
Plasma Induced Surface Roughness of ArF Photoresist
Examined by Plasma-Beam Processes, T. TAKEUCHI, Y. ZHANG, K.
Invited talk continued.
PS-WeM2
LEEM, PEEM and ARPES Studies of Epitaxial Graphene on SiC(0001),
ISHIKAWA, M. SEKINE, Nagoya University, Japan, Y. SETSUHARA, Osaka University,
Japan, K. TAKEDA, H. KONDO, M. HORI, Nagoya University, Japan
8:40 am
9:00 am
PS-WeM3
Sidewall Polymer Deposition for Achieving Near 1:1 x:y Critical
Dimension Shrinkage, N.A. FOX-LYON, D. METZLER, A.J. KNOLL, University of
SA+AS+MI+SS-WeM3
An Imaging NEXAFS Detector for Compositional and
Structural Analysis, C. WEILAND, Synchrotron Research, Inc., Z. FU, C. JAYE, D.
Maryland, College Park, T. LII, D. FARBER, Texas Instruments, G.S. OEHRLEIN, University
of Maryland, College Park
FISCHER, National Institute of Standards and Technology (NIST), K. SCAMMON, University
of Central Florida, P. SCOBOL, E. PRINCIPE, Synchrotron Research, Inc.
Plasma Energy Partitioning and Influences on Surface
Reactivity, J.M. BLECHLE, M.F. CUDDY, E.R. FISHER, Colorado State University
SA+AS+MI+SS-WeM4
Recent Advances in High Resolution Real and
Reciprocal Space Photoelectron Emission Microscopy, K. WINKLER, B.
PS-WeM4
KROEMKER, Omicron NanoScience, Germany, N.J. WEBER, M. ESCHER, FOCUS GmbH,
Germany, N. BARRETT, Cea Dsm Iramis Spcsi, France
9:20 am
9:40 am
PS-WeM5
H2/ D2/Ar Plasmas Interacting with Carbon-based Films:
Plasma Distribution Functions, Etching and Applications, N.A. FOX-LYON*,
SA+AS+MI+SS-WeM5
A.J. KNOLL, University of Maryland, College Park, J. FRANEK, West Virginia University, V.
DEMIDOV, Wright-Patterson Air Force Base, M. KOEPKE, West Virginia University, G.S.
OEHRLEIN, University of Maryland, College Park
DAMASCELLI, H. DAVIS, University of British Columbia, Canada, R. REININGER, Advanced
Photon Source, K.I. BLOMQVIST, Consultant, M. SIGRIST, S. CHEN, E. HALLIN, Canadian
Light Source
Molecular Dynamics Simulation for Hydrogen Plasma
Processing of Graphene, A. DAVYDOVA*, E. DESPIAU-PUJO, G. CUNGE, Cnrs/ujf/
SA+AS+MI+SS-WeM6
PS-WeM6
Quantum Material Spectroscopy Center at the
Canadian Light Source, S. GOROVIKOV, B. YATES, Canadian Light Source, A.
Nano-ARPES Beamline at SOLEIL: A Powerful and
Innovative Probe for Nanoscience, M.C. ASENSIO, Synchrotron SOLEIL, France
Cea - Ltm, France, D.B. GRAVES, University of California, Berkeley, L. MAGAUD, L.
DELFOUR, CNRS/UJF, Institut Néel, France
10:00 am
10:20 am
10:40 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
PS-WeM9 Invited
SA+AS+MI+SS-WeM9 Invited
Beam Studies of Plasma Etching Reactions, K. KARAHASHI, S. HAMAGUCHI,
Osaka University, Japan
Grazing Incidence and Grazing Exit X-ray Spectroscopy of Ultra Shallow
Arsenic Implants in Silicon, F. MEIRER, Utrecht University, Netherlands
11:00 am
Invited talk continued.
Invited talk continued.
11:20 am
PS-WeM11
Surface Cleaning for Enhanced Adhesion to Packaging
Surfaces: Plasma and Free Radical Chemistries, S. GADDAM, H. KASI, J.
SA+AS+MI+SS-WeM11
Basic Principles and Applications of Time Resolved
Grazing Incidence EXAFS Experiments for Surface Studies in the 50 ms
Range, D. LÜTZENKIRCHEN-HECHT, J. STÖTZEL, O. MÜLLER, R. FRAHM, Bergische
KELBER, University of North Texas
Universität Wuppertal, Germany
11:40 am
Dry Rework Trilayer Strategy for Advanced Technology:
Optimization of Spin on Carbon Rework Processes, P.B. BODART, Dolphin
SA+AS+MI+SS-WeM12 Portable versus Synchrotron TXRF
KAWAI, Y. LIU, S. IMASHUKU, Kyoto University, Japan
PS-WeM12
Integration-IBM, France, C.R. RICHARD, ST Microelectronics, France, C.B. BÉRAL, Dolphin
Integration-IBM, France, C.J. JENNY, ST Microelectronics, France, S.F. FETTEROLF, IBM
France
155
* Coburn & Winters Student Award Finalist
Analysis, J.
Wednesday Morning, October 30, 2013
Surface Science
Room: 202 A - Session SS+AS-WeM
Surface Science
Room: 201 A - Session SS+NS-WeM
Catalysis in Prebiotic Chemistry (8:00-10:00
am)/Environmental Interfaces (10:40 am-12:00 pm)
Nanostructures: Reactivity & Catalysis
SS+AS-WeM1 Invited
SS+NS-WeM1
Moderator: I. Lyubinetsky, Pacific Northwest National Laboratory
Moderator: C. Hirschmugl, University of Wisconsin Milwaukee
8:00 am
Structure Sensitivity of Glycerol Oxidation Catalyzed by
Pt/SiO2 under Mild Conditions, Y. LI, F. ZAERA, University of California, Riverside
Models for the Origin of Biological Homochirality, D.G. BLACKMOND, The
Scripps Research Institute
8:20 am
Heats of Adsorption and Surface Reaction for CO and O2 on
Pd Nanoparticles by Single Crystal Adsorption Microcalorimetry , S.
Invited talk continued.
SS+NS-WeM2
SCHAUERMANN, M. PETER, J.M. FLORES-CAMACHO, J.-H. FISCHER-WOLFARTH, S.
ADAMOVSKI, H.-J. FREUND, Fritz-Haber-Institut der Max-Planck-Gesellschaft, Germany
8:40 am
SS+AS-WeM3 Invited
SS+NS-WeM3 Invited
A New Catalytic RNA for the RNA World, J.E. MORETTI, G.F. DOLAN, U.F.
Size-dependent Correlations between Supported Cluster Electronic
Properties and Catalytic/Electrocatalytic Activity, S.L. ANDERSON, University
MÜLLER, University of California San Diego
of Utah
9:00 am
Invited talk continued.
Invited talk continued.
9:20 am
SS+AS-WeM5
Kinetic Energy Dependence of Spin Filtering of Electrons
Transmitted through Organized Layers of DNA, R.A. ROSENBERG, Argonne
SS+NS-WeM5
National Lab, J.M. SYMONDS, Georgia Inst. of Tech., V. KALYANARAMAN, Argonne
National Lab, T.Z. MARKUS, Weizmann Inst. of Science, Israel, T.M. ORLANDO, Georgia
Inst. of Tech., R. NAAMAN, Weizmann Inst. of Science, Israel, E.A. MEDINA, Lab. de Física
Estadística de Medios Desordenados, Argentina, F.A. LOPEZ, Univ. de los Andes, Colombia,
V. MUJICA, Arizona State Univ.
SS+AS-WeM6 Chemical Mapping of Minerals and Meteorites for Origins of
Life Research, R.D. GANN, C. PIRIM, T.M. ORLANDO, Georgia Institute of Technology
University of Central Florida
9:40 am
Characteristics of Sulfur-Vacancy Clusters in Single Layer
MoS2: Insights from ab initio Calculations, D. LE, T.B. RAWAL, T.S. RAHMAN,
A New Effect of Nanoconfinement on Chemical Equilibrium:
Theory and Experimental Evidence, L. RUBINOVICH, M. POLAK, Ben-Gurion
SS+NS-WeM6
University of the Negev, Israel
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
10:20 am BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
10:40 am
SS+AS-WeM9 Invited
SS+NS-WeM9
Accelerator Laboratory
LIU, Texas A&M University, E.W. PLUMMER, P.T. SPRUNGER, R.L. KURTZ, Louisiana
State University
Invited talk continued.
SS+NS-WeM10
10:00 am
11:00 am
Encapsulation of Noble-Metal Clusters on ZnO(10-10) and
Its Impact on Catalytic Reactivity, Z. ZHANG, F. LIU, Louisiana State University, L.
Water at Interfaces under Realistic Conditions, A. NILSSON, SLAC National
ALD ZnO 3D Hierarchical Nanostructures for Enhanced
Photocatalytic Dye Degradation Kinetics, J. ZHAO, A. BAGAL, Q. YANG, X.
ZHANG, C.-H. CHANG, M.D. LOSEGO, G.N. PARSONS, North Carolina State University
11:20 am
11:40 am
SS+AS-WeM11
pH Dependent Behavior of Ammonia and Ammonium at
the Liquid-Vapor Interface of Aqueous Solutions, M.H.C. VAN SPYK, A.M.
SS+NS-WeM11
Phase/Catalytic Activity Correlations of TiO2 ALD
Functionalized Nanoporous Gold, M. BAGGE-HANSEN, Lawrence Livermore
MARGARELLA, K.A. PERRINE, University of California, Irvine, B. WINTER, HelmholtzZentrum Berlin für Materialien und Energie/Elektronenspeicherring BESSY II, Germany, J.C.
HEMMINGER, University of California, Irvine
National Laboratory, A. WICHMANN, University Bremen, Germany, J.R.I. LEE, T.M. WILLEY,
Lawrence Livermore National Laboratory, A. WITTSTOCK, University Bremen, Germany, J.
BIENER, Lawrence Livermore National Laboratory, M. BÄUMER, University Bremen,
Germany, M. BIENER, Lawrence Livermore National Laboratory
SS+NS-WeM12 Nanostructured Gold Model Catalysts on Oxygen-Free
Substrates, L. LIU, Texas A&M University, F. WOMACK, Louisiana State University, Z.
ZHOU, Texas A&M University, M. PATTERSON, Louisiana State University, B. HABENICHT,
Y. XU, Oak Ridge National Laboratory, P.T. SPRUNGER, R.L. KURTZ, Louisiana State
University
Hydrogen Bonding – Probing its Role in Electron-promoted
Desorption from Icy Films, D. MARCHIONE, M.P. COLLINGS, M.R.S. MCCOUSTRA,
SS+AS-WeM12
Heriot-Watt University, UK
156
12:00 pm Morton S. Traum Award Ceremony
Room 201A
Long Beach Convention Center
Wednesday Morning, October 30, 2013
Transparent Conductors and Printable Electronics Focus
Topic
Room: 102 B - Session TC+EM+TF-WeM
Oxide and Flexible Electronics
8:00 am
Thin Film
Room: 102 C - Session TF+MI-WeM
Magnetic Thin Films and Nanostructures
Moderators: G. Exarhos, Pacific Northwest National Laboratory, L.M.
Moderator: S. Gupta, The University of Alabama
Porter, Carnegie Mellon University
TC+EM+TF-WeM1 Characterization of Thermal Plasma...., M. KINSLER, K. TEH, TF+MI-WeM1 Invited
R. HARRISON, San Francisco State University
Recent Advances and Challenges in Magnetic Recording Media, M.
DESAI, C. PAPUSOI, K. SRINIVASAN, R. ACHARYA, Western Digital Corporation
8:20 am
TC+EM+TF-WeM2 Effects of High Pressure on InGaZnO Thin Film, S.H.
YOON, Y.J. TAK, D.H. YOON, U.H. CHOI, H.J. KIM, Yonsei University, Republic of Korea
Invited talk continued.
8:40 am
TC+EM+TF-WeM3 Surface Chemistry of Amorphous InGaZnO4 Films, B.
FLYNN, Oregon State University, S.A. THEVUTHASAN, Pacific Northwest National
Laboratory, H. BLUHM, Lawrence Berkeley National Laboratory, G.S. HERMAN, Oregon
State University
TF+MI-WeM3 FePt Nanopillars for Advanced Media by Glancing Angle
Deposition, H. SU, A. MONTGOMERY, S. GUPTA, The University of Alabama
9:00 am
TC+EM+TF-WeM4
UV Radiation Effect on Electrical Characteristics of
Passivated IGZO TFTs, Y.J. TAK, D.H. YOON, S.H. YOON, U.H. CHOI, H.J. KIM,
TF+MI-WeM4
Yonsei University, Republic of Korea
for Theoretical and Applied Electromagnetics, Russian Federation, V.A. AMELICHEV, K.V.
POKHOLOK, M.V. Lomonosov Moscow State University, Russian Federation, K.N.
ROZANOV, A.V. OSIPOV, A.N. LAGARKOV, Institute for Theoretical and Applied
Electromagnetics, Russian Federation
TF+MI-WeM5 Comparing Deep Reactive Ion Etching vs. Ion Milling for
Block Copolymer Templating for Bit Patterned Media, A. OWEN, S. GUPTA,
A. HIGHSMITH, A. MONTGOMERY, H. SU, R. DOUGLAS, University of Alabama
9:20 am
TC+EM+TF-WeM5 Invited
9:40 am
Invited talk continued.
Mössbauer Study of Disordering in Thin Sputtered FeCo–
SiO2 and FeCo Films, S.S. MAKLAKOV, S.A. MAKLAKOV, I.A. RYZHIKOV, Institute
Processing Water-based TFT Materials, D.A. KESZLER, Oregon State University
Unusual Transport and Novel Magnetocaloric Effect Driven
by Iron Vacancies and Structure in Epitaxial α -FeSi2 Thin Films, G.X.
TF+MI-WeM6
CAO, G. SAMOLYUK, D.J. SINGH, L. QIAO, C. PARISH, S.W. TANG, F. GUO, W. WANG,
J.Y. YI, C. CANTONI, W. SIEMONS, A. PAYZANT, T.Z. WARD, M. BIEGALSKI, B.C.
SALES, D.G. MANDRUS, M. STOCKS, Z. GAI, Oak Ridge National Laboratory
10:00 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
10:20 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
10:40 am
TC+EM+TF-WeM9 Invited
TF+MI-WeM9
Printed Circuits and Sensing Systems, G.L. WHITING, T. NG, D.E. SCHWARTZ,
B.J. VAN TASSELL, Palo Alto Research Center, A.M. GAIKWAD, University of California,
Berkeley, D.A. STEINGART, Princeton University, J. VERES, Palo Alto Research Center
11:00 am
Invited talk continued.
11:20 am
TC+EM+TF-WeM11
11:40 am
TC+EM+TF-WeM12
Atomic Layer Deposition Enabled Synthesis of
Nanostructured Composite BiFeO3/CoFe2O4 Thin Films for Multiferroic
Applications, C. PHAM, J.P. CHANG, University of California at Los Angeles
Oxide Electronics on Flexible Foil Substrates:
Integration of Oxide Dielectrics, Piezoelectrics and Semiconductors for
Novel Applications, A.I. KINGON, S.H. KIM, S. GLINSEK, Brown University
Low Temperature Integration of Metal Oxide Thin Films
for Flexible Electronic Applications, P. JOSHI, M. SHAO, K. XIAO, S. KILLOUGH,
P. KURUGANTI, C. DUTY, Oak Ridge National Laboratory
157
Wednesday Morning, October 30, 2013
Thin Film
Room: 104 A - Session TF+VT-WeM
Vacuum Technology
Room: 202 C - Session VT-WeM
Thin Film Permeation Barriers and Encapsulation
Pumps, Accelerators and Large Vacuum Systems
Tuning the Composition and Water Vapor Permeation
Properties of the Silica-Like Films Deposited in Atmospheric Pressure
High Current Dielectric Barrier Discharge, S.A. STAROSTIN, H. DE VRIES,
VT-WeM1 Invited
Moderator: L.W. Rieth, University of Utah
Moderator: M.J. Ferreira, SLAC National Accelerator Laboratory
8:00 am
TF+VT-WeM1
8:20 am
FUJIFILM Manufacturing Europe B.V, Netherlands, M. CREATORE, Eindhoven University of
Technology, Netherlands, M.C.M. VAN DE SANDEN, Dutch Institute for Fundamental Energy
Research (DIFFER), Netherlands
TF+VT-WeM2 Measuring the Diffusion Coefficient of Water in High Quality
Permeation Barrier Layers, B. VISWESWARAN, Princeton University, P. MANDLIK,
J. SILVERNAIL, R. MA, Universal Display Corporation, J.C. STURM, S. WAGNER, Princeton
University
Invited talk continued.
8:40 am
TF+VT-WeM3 Invited
VT-WeM3
GRAHAM, H. KIM, A. SHARMA, D. SAMET, A. BULUSU, Georgia Institute of Technology
A. CONTE, L. CARUSO, T. PORCELLI, L. VIALE, G. BONGIORNO, E. MACCALLINI, P.
MANINI, SAES Getters, Italy
Invited talk continued.
VT-WeM4
9:00 am
Recent Innovation in Dry Pumping Technology, A.D. CHEW, I. STONES, N.
SCHOFIELD, Edwards, UK
Novel Approaches in the Pumping Speed Characterization of
NEG, SIP and their Combination in UHV Systems, F. SIVIERO, A. BONUCCI,
Improving the Reliability of Electronics Using ALD Barrier Films, S.
Vacuum Improvements toward XHV: Pumping Configuration,
Measurement, and Temperature Effects, M.L. STUTZMAN, Thomas Jefferson
National Accelerator Facility, M.A. MAMUN, A.A. ELMUSTAFA, Old Dominion University, M.
POELKER, Thomas Jefferson National Accelerator Facility
9:20 am
TF+VT-WeM5
Long-term Performance of Atomic Layer Deposited Al2O3
and Parylene Bi-layer Encapsulation for Utah Electrode Array Based
Neural Interfaces, X. XIE, L.W. RIETH, F. SOLZBACHER, University of Utah
VT-WeM5 Invited
9:40 am
TF+VT-WeM6 On the Role of Nanoporosity in Moisture Permeation Barrier
Layers, A. PERROTTA, G. ARESTA, W. KEUNING, Eindhoven University of Technology,
Netherlands, M.C.M. VAN DE SANDEN, Eindhoven University of Technology; DIFFER,
Netherlands, W.M.M. KESSELS, M. CREATORE, Eindhoven University of Technology,
Netherlands
Invited talk continued.
10:00 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
10:20 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
10:40 am
TF+VT-WeM9
Atomic Density and Nano-Porosity Thresholds for
Nanoscale Low-k Moisture Diffusion Barrier Materials, S.W. KING, E. MAYS,
VT-WeM9 Large Diameter High Closing Speed Annular Valve, J.A.
ROMERO, Sandia National Laboratories
Symbiotic Relation between High Energy Accelerators and Advanced
Medical Treatments, J.R. NOONAN, D.R. WALTERS, Argonne National Laboratory
J.D. BIELEFELD, D. JACOB, B. COLVIN, D. VANLEUVEN, J. KELLY, Intel Corporation, M.
LIU, D. DUTTA, D. GIDLEY, University of Michigan
TF+VT-WeM10
Effectiveness and Reversibility of Atomic Layer Deposition
Diffusion Barriers for Silver Art and Cultural Heritage Objects, A.
VT-WeM10
MARQUARDT, University of Maryland, College Park, E. BREITUNG, E-Squared Art
Conservation Science, G. GATES, T. DRAYMAN-WEISSER, The Walters Art Museum, G.W.
RUBLOFF, R. PHANEUF, University of Maryland, College Park
JIMENEZ, CERN, France
11:20 am
TF+VT-WeM11 Low Stress Carbon Films as Gas Barrier Layers, J. ROWLEY,
R.C. DAVIS, L. PEI, R.R. VANFLEET, Brigham Young University, S. LIDDIARD, M.
HARKER, J. ABBOTT, MOXTEK Incorporated
VT-WeM11 Commissioning of NSLS-II Vacuum Systems, H.-C. HSEUH, A.
ANDERSON, W. DEBOER, C. HETZEL, S. DISTEFANO, S. LENG, K. WISLON, H. XU, D.
ZIGROSSER, Brookhaven National Laboratory
11:40 am
TF+VT-WeM12
11:00 am
LHC Experimental Beam Pipe Vacuum Chambers
Characterization and Validation, G. LANZA, G. BREGLIOZZI, V. BAGLIN, J.M.
The Effective Control of Surface Profile and Arc Discharge VT-WeM12 Higher Order Mode RF Absorbers for Cornell ERL
during Amorphous Carbon Layer Deposition Process, I.-S. KIM, J. PARK, J.H. Superconducting Cavity Cryo-Module, Y. LI, Y. HE, J.V. CONWAY, R.G.
LEE, M.J. KIM, Y.B. CHOI, H.-G. KIM, S.H. LEE, J.W. HONG, J.L. LEE, M.W. KIM, G. CHOI,
H.-K. KANG, E.S. JUNG, Samsung Electronics Co., LTD., South Korea
EICHHORN, Cornell University
158
NOTES
159
Wednesday Lunch, October 30, 2013
Exhibitor Technology Spotlight
Room: Hall A - Session EW-WeL
Exhibitor Technology Spotlight V
Moderator: C. Moffitt, Kratos Analytical Limited, UK
12:00 pm
12:20 pm
High-Sensitivity, Quadrupole Mass Spectrometry Method for
Measuring Water Vapour Transmission Rate (WVTR) of Barrier
Membranes to 10-6 g/m2/Day using Deuterium Oxide (D2O), S. SWANN,
EW-WeL2
M.P. DOBSON, N. SINGH, VGScienta Ltd., UK
12:40 pm
High Efficiency, High Capacity, and Economical “Point of Use”
Gas Abatement, S. YEE, CS Clean Systems Inc., D.K. PRASAD, CS Clean Systems,
EW-WeL3
Inc.
1:00 pm
EW-WeL4 AFM and Raman Spectroscopy: Correlated Imaging
S. KAEMMER, Bruker Nano Inc.
1:20 pm
EW-WeL5
and TERS,
Can Your AFM Do This—Advanced Characterization with
Asylum AFM Accessories, A. LABUDA, R. PROKSCH, A. MOSHAR, Asylum
Research, an Oxford Instruments company
1:40 pm
EW-WeL6 Nanofabrication Below 10nm Using He
B. SINGH, Carl Zeiss Microscopy
and Ne Ions, D. ELSWICK,
160
NOTES
161
Wednesday Afternoon, October 30, 2013
Atom Probe Tomography Focus Topic
Room: 203 A - Session AP+AS+MI+NS+SS-WeA
Applied Surface Science
Room: 204 - Session AS-WeA
APT and FIM Analysis of Catalysts and Nanoscale Materials
Developments in Electron Spectroscopies for Non-Ideal
Samples 2
Moderator: P.A.J. Bagot, Oxford University, UK
2:00 pm
Moderator: A. Herrera-Gomez, CINVESTAV-Queretaro, Mexico
Atom Probe Tomography Characterization of
Engineered Oxide Multilayered Structures, S.A. THEVUTHASAN, M.I.
AP+AS+MI+NS+SS-WeA1
AS-WeA1 Invited
Albert Nerken Award Lecture - Photocathodes for Future X-ray Light
Sources, H.A. PADMORE*, Lawrence Berkeley National Laboratory
NANDASIRI, A. DEVARAJ, D.E. PEREA, T. VARGA, V. SHUTTHANANDAN, Pacific
Northwest National Laboratory
2:20 pm
AP+AS+MI+NS+SS-WeA2 Invited
Invited talk continued.
Correlative Atom Probe Tomography and Transmission Electron
Microscopy of Metal-Dielectric Composites, A. DEVARAJ, R.J. COLBY, D.E.
PEREA, S.A. THEVUTHASAN, Pacific Northwest National Laboratory
2:40 pm
Invited talk continued.
3:00 pm
AP+AS+MI+NS+SS-WeA4
AS-WeA3 Monochromatic Ag Lα for XPS – A Practical High Energy X-ray
Source, S.J. COULTAS, J.D.P. COUNSELL, S.J. HUTTON, A.J. ROBERTS, C.J.
BLOMFIELD, C. MOFFITT, D. SURMAN, Kratos Analytical Limited, UK
High Temperature In Situ Diffusion Studies of Gas AS-WeA4 Industrial Applications of Auger Electron Spectroscopy (AES) in
– Solid Reactions with Atom Probe Tomography, S. DUMPALA, S.R.
GE Research and Development Laboratory, H. PIAO, L. LE TARTE, General
BRODERICK, Iowa State University, P.A.J. BAGOT, University of Oxford, UK, K. RAJAN,
Iowa State University
Electric Co., D.F. PAUL, Physical Electronics Inc.
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
AP+AS+MI+NS+SS-WeA7 Invited
AS-WeA7 Invited
Atomic Scale Characterisation of Catalyst Material, T. LI, P.A.J. BAGOT,
Developing Electron Spectroscopy to Meet the Characterization Needs
of Modern Materials – Past, Present and Future Challenges, D.R. BAER,
S.C.E. TSANG, G.D.W. SMITH, Oxford University, UK
Pacific Northwest National Laboratory
4:20 pm
Invited talk continued.
Invited talk continued.
4:40 pm
AP+AS+MI+NS+SS-WeA9 Invited
AS-WeA9
5:00 pm
Quantifying the Oxidation of Artificially Aged Elastomers with
Multivariate Analysis and Imaging NEXAFS, J.A. OHLHAUSEN, M.H. VAN
From Field Ion Microscopy of Tips to 3D Atom Probe Tomography of
Real Catalyst Nanoparticles, N. KRUSE, Université Libre de Bruxelles, Belgium
BENTHEM, M.C. CELINA, Sandia National Laboratories
Quantitative Characterization of Corrosion Oxides on Metal
Alloy Surfaces Exposed to High Temperature Water, M.C. BURRELL, J.T.
Invited talk continued.
AS-WeA10
ORR, T.K. NOLAN, M.J. LECLAIR, Bechtel Marine Propulsion Corporation
5:20 pm
NO2 Reduction over Pt and Rh Single
Nanoparticles: Imaging with Nanometric Lateral Resolution, C. BARROO†,
AP+AS+MI+NS+SS-WeA11
AS-WeA11 Surface Preparation for Multitechnique Surface Analyses, A.E.
WRIGHT, P. MACK, T.S. NUNNEY, A. BUSHELL, Thermo Fisher Scientific, UK
S. LAMBEETS, Y. DE DECKER, F. DEVRED, T. VISART DE BOCARMÉ, N. KRUSE,
Université Libre de Bruxelles, Belgium
5:40 pm
AP+AS+MI+NS+SS-WeA12
Quantitative Three-Dimensional Compositional
Analysis of Geologic Minerals using Atom-Probe Tomography, J. LIU, D.E.
AS-WeA12
Interface Analysis of ALD Grown Oxides using Tunable
HAXPES, J. CHURCH, J. KRAJEWSKI, R. OPILA, University of Delaware, C. WEILAND,
PEREA, R.J. COLBY, B. AREY, O. QAFOKU, A. FELMY, Pacific Northwest National
Laboratory
National Institute of Standards and Technology (NIST)
162
* Albert Nerken Award Winner
† NSTD Student Award Finalist
Wednesday Afternoon, October 30, 2013
Spectroscopic Ellipsometry Focus Topic
Room: 101 A - Session EL+AS+EM+SS+TF-WeA
Spectroscopic Ellipsometry: Perspectives and Novel
Applications
Biomaterial Interfaces
Room: 201 B - Session BI+AI+AS+BA+IA+NL+NS+SP-WeA
Characterization of Biointerfaces
Moderator: A. Rosenhahn, Ruhr-University Bochum, Germany
2:00 pm
Barrier Properties of the Three Layers of
the Stratum Corneum to Metal Ions Analyzed by TOF-SIMS, I. ISHIZAKI,
BI+AI+AS+BA+IA+NL+NS+SP-WeA1
ULVAC-PHI, Inc., Japan, J.S. HAMMOND, Physical Electronics Inc., A. KUBO, H.
KAWASAKI, K. NAGAO, Keio University, Japan, Y. OHASHI, ULVAC-PHI, Inc., Japan, M.
AMAGAI, A. KUBO, Keio University, Japan
2:20 pm
Imaging Hydrated Schewanella p. Biofilm
in a Microfluidic Reactor by ToF-SIMS, X.Y. YU, M. MARSHALL, B. LIU, Z. ZHU,
BI+AI+AS+BA+IA+NL+NS+SP-WeA2
L. YANG, E. HILL, S. BELCHIK, Pacific Northwest National Laboratory
2:40 pm
BI+AI+AS+BA+IA+NL+NS+SP-WeA3 Invited
High-resolution Secondary Ion Mass Spectrometry Imaging of Distinct
Lipid Species in the Plasma Membranes of Mammalian Cells, M.L. KRAFT,
Moderators: T. Hofmann, University of Nebraska-Lincoln, S. Zollner,
New Mexico State University
EL+AS+EM+SS+TF-WeA1 Optical Hall Effect - Detection of Symmetric and
Anti-Symmetric Landau-Level Transitions in Multilayer Epitaxial
Graphene on C-face SiC, P. KÜHNE*, Univ. of Nebraska-Lincoln, V. DARAKCHIEVA,
Linköping Univ., Sweden, J.L. TEDESCO, ABB, Inc, R.L. MYERS-WARD, C.R. EDDY, JR.,
D.K. GASKILL, U.S. Naval Research Lab, C.M. HERZINGER, J.A. Woollam Co., Inc., M.
SCHUBERT, T. HOFMANN, Univ. of Nebraska-Lincoln
EL+AS+EM+SS+TF-WeA2 A Physical Model Dielectric Function for
Graphene from the THz to the UV, A. BOOSALIS*, University of Nebraska-Lincoln,
W. LI, R. ELMQUIST, M. REAL, N.V. NGUYEN, National Institute of Standards and
Technology (NIST), M. SCHUBERT, University of Nebraska-Lincoln, R. YAKIMOVA, V.
DARAKCHIEVA, Linköping University, Sweden, R.L. MYERS-WARD, C. EDDY, D.K.
GASKILL, Naval Research Laboratory, T. HOFMANN, University of Nebraska-Lincoln
EL+AS+EM+SS+TF-WeA3 Invited
Spectroscopic Ellipsometry – A Perspective, D.E. ASPNES, North Carolina State
University
University of Illinois at Urbana Champaign
3:00 pm
Invited talk continued.
Invited talk continued.
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
BI+AI+AS+BA+IA+NL+NS+SP-WeA7 Analysis of Breast Cancer Tumors with
ToF-SIMS, L.J. GAMBLE, M. ROBINSON, University of Washington, F. MORRISH, D.
HOCKENBERY, Fred Hutchinson Cancer Research Center
EL+AS+EM+SS+TF-WeA7 The First Report of MetA-SIMS with Bismuth Over
Layers, M.R. LINFORD, N. MADAAN, Brigham Young University
4:20 pm
BI+AI+AS+BA+IA+NL+NS+SP-WeA8 Tools For TOF-SIMS Image Analysis, D.J.
GRAHAM, L.J. GAMBLE, D.G. CASTNER, University of Washington
EL+AS+EM+SS+TF-WeA8
Spectroscopic Ellipsometry of Thin Films for
Archival Optical Data Storage and for Microfabricated Thin Layer
Chromatography Plates, M.R. LINFORD, A. DIWAN, S. KANYAL, H. WANG, N.
MADAAN, Brigham Young University, A. DADSON, Diamond Analytics, R.C. DAVIS, B.
LUNT, Brigham Young University, N. PODRAZA, The University of Toledo
4:40 pm
How Hydration Affects Mechanical
Anisotropy, Nano-Topography and Fibril Organization of Osteonal
Lamellae, A. FAINGOLD, S.R. COHEN, Weizmann Institute of Science, Israel, R.
BI+AI+AS+BA+IA+NL+NS+SP-WeA9
EL+AS+EM+SS+TF-WeA9 Invited
Optical Properties of Nanoscale Nanoelectronic Materials, A.C. DIEBOLD,
College of Nanoscale Science and Engineering
SHAHAR, Koret School of Veterinary Medicine, The Hebrew University of Jerusalem, S.
WEINER, H.D. WAGNER, Weizmann Institute of Science, Israel
5:00 pm
AFM of Supported Lipid Bilayers: From
Critical Point Behaviour to Actin Polymerization, G.R. HEATH, S.D. CONNELL,
BI+AI+AS+BA+IA+NL+NS+SP-WeA10
Invited talk continued.
S.D. EVANS, University of Leeds, UK
5:20 pm
5:40 pm
BI+AI+AS+BA+IA+NL+NS+SP-WeA11 Investigating Reversible Dye Adsorption
on TiO2: A QCM-D Study, H.K. WAYMENT-STEELE, L.E. JOHNSON, Pomona
College, M.P. DIXON, Biolin Scientific, M.S. JOHAL, Pomona College
EL+AS+EM+SS+TF-WeA11
Combined Raman Systems for
Biological Imaging and Analysis, A.J. KING, PRUSNICK, Renishaw Inc
EL+AS+EM+SS+TF-WeA12
BI+AI+AS+BA+IA+NL+NS+SP-WeA12
Optical Constants of Ni1-xPtx Silicides from
Spectroscopic Ellipsometry, L.S. ABDALLAH†, S. ZOLLNER, New Mexico State
University, C. LAVOIE, A. OZCAN, IBM, M. RAYMOND, GLOBALFOUNDRIES
Anisoptropic Bruggeman Effective Medium
Approaches for Slanted Columnar Thin Films, D. SCHMIDT, E. SCHUBERT, M.
SCHUBERT, University of Nebraska-Lincoln
163
* Spectroscopic Ellipsometry Graduate Student Award Finalist
† TFD James Harper Award Finalist
Wednesday Afternoon, October 30, 2013
Electronic Materials and Processing
Room: 102 A - Session EM+AS+NS+SS-WeA
Electronic Materials and Processing
Room: 101 B - Session EM-WeA
Semiconductor Heterostructures/Heusler Alloys
III-V Devices and Tunnel FETs
EM+AS+NS+SS-WeA1 Invited
EM-WeA1 Invited
Moderators: J.E. Ayers, University of Connecticut, J. Hilton, Omicron
NanoScience, B.D. Schultz, University of California, Santa Barbara
2:00 pm
Moderators: P.C. McIntyre, Stanford University, E.M. Vogel, Georgia
Institute of Technology
New Directions in GaN Material Research: Thinner and Smaller, J. HAN,
Electron Mobility in InGaAs MOSFETs, I. THAYNE, University of Glasgow, UK
Yale University
2:20 pm
Invited talk continued.
2:40 pm
EM+AS+NS+SS-WeA3
Invited talk continued.
A Comparison of Phase Invariant and Mosaic Crystal EM-WeA3 Invited
Models for Dynamical Diffraction from InGaAs/GaAs (001)
Plasma Enhanced ALD of High-k Dielectrics on GaN and AlGaN:
Heterostructures Containing Dislocations, P.B. RAGO, J.E. AYERS, University of Interface Formation, Growth, and Electronic States, R.J. NEMANICH, B.S.
Connecticut
ELLER, J. YANG, Arizona State University
3:00 pm
EM+AS+NS+SS-WeA4
Lattice Relaxation and Misfit Dislocations in
Sublinearly Graded InxGa1-xAs/GaAs (001) and GaAs1-yPy/GaAs (001)
Heterostructures, T. KUJOFSA, J.E. AYERS, University of Connecticut
Invited talk continued.
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
EM+AS+NS+SS-WeA7 Invited
EM-WeA7 Invited
RINGEL, T.J. GRASSMAN, J.A. CARLIN, C. RATCLIFF, D. CHMIELEWSKI, The Ohio State
University
The University of Texas at Austin
Heteroepitaxial III-V/Si for Advanced Multijunction Photovoltaics, S.A.
Graphene-based Vertical Heterostructures and Tunneling Field Effect
Transistors, K. LEE, K. KIM, B. FALLAHAZAD, S. LARENTIS, M.S. POINTS, E. TUTUC,
4:20 pm
Invited talk continued.
Invited talk continued.
4:40 pm
EM+AS+NS+SS-WeA9 Invited
EM-WeA9
California at Santa Barbara
Texas at Dallas, E.M. VOGEL, Georgia Institute of Technology
Invited talk continued.
EM-WeA10 Invited
5:00 pm
Quantum Mechanical Corrections for Accurate and Rapid
Analysis of III-V/High-k MOS Devices, R. GALATAGE, C.L. HINKLE, University of
Why All the Interest in Heusler Alloys?, C.J. PALMSTROM, University of
The Physics and Challenges of Realizing High Performance Group IV
Tunnel Transistors, J.C.S. WOO, H.-Y. CHANG, B. ADAMS, P.-Y. CHIEN, J. LI,
University of California at Los Angeles
5:20 pm
Spin Injection and Detection in Epitaxial
Co2MnSi/GaAs (001) Heterostructures, S. PATEL, University of California, Santa
EM+AS+NS+SS-WeA11
Invited talk continued.
Barbara, K. CHRISTIE, C. GEPPERT, University of Minnesota, B.D. SCHULTZ, University of
California, Santa Barbara, P. CROWELL, University of Minnesota, C.J. PALMSTRØM,
University of California, Santa Barbara
5:40 pm
164
Wednesday Afternoon, October 30, 2013
Graphene and Other 2D Materials Focus Topic
Room: 104 B - Session GR+AS+EM+NS+SS-WeA
Dopants, Defects and Interfaces in 2D Materials
2:00 pm
Moderators: B.J. LeRoy, University of Arizona, A. Sinitskii, University of
Nebraska-Lincoln
GR+AS+EM+NS+SS-WeA1 Atomic Force Acoustic Microscopy Detecting
Defects in Graphene-Substrate Interface, Q. TU, Z. PARLAK, R. FERRIS, S.
ZAUSCHER, Duke University
Accelerating Materials Discovery for Global Competitiveness
Focus Topic
Room: 202 B - Session MG+EN+MS-WeA
Education for Interactive R&D & Industrial Implementation
Moderators: C. Eom, University of Wisconsin-Madison, B. NelsonCheeseman, University of St. Thomas
MG+EN+MS-WeA1 Invited
21st Century Skills and Educating the Next Generation Workforce for
Expedited Innovation and Deployment, C.C. BROADBRIDGE, Southern
Connecticut State University
2:20 pm
Polarization Induced p-type Doping in the Hintercalated Epitaxial Graphene on SiC(0001), S. RAJPUT, M. CHEN, Y.Y. LI,
GR+AS+EM+NS+SS-WeA2
Invited talk continued.
M. WEINERT, L. LI, University of Wisconsin Milwaukee
2:40 pm
GR+AS+EM+NS+SS-WeA3 Invited
MG+EN+MS-WeA3 Invited
Columbia University
ROSSNER, S. LAMPENSCHERF, Siemens AG, Germany
3:00 pm
Invited talk continued.
Invited talk continued.
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
GR+AS+EM+NS+SS-WeA7
Water-Induced Splitting of Epitaxial Graphene
and Resulting Graphene Flake, X. FENG*, M.B. SALMERON, Lawrence Berkeley
MG+EN+MS-WeA7 Invited
National Laboratory
WINDL, The Ohio State University
STS Observation of Landau Levels on the Flat
Area of Nitrogen-doped HOPG Surface under the Zero Magnetic Fields,
Invited talk continued.
4:20 pm
Engineering Chemical Dopants in Monolayer Graphene, A. PASUPATHY,
High-Performance Ceramics – Challenges for Next Generations, W.
Educating for High-Impact Computation - Skills vs. Acceptance, W.E.
GR+AS+EM+NS+SS-WeA8
T. KONDO, D. GUO, T. SIKANO, T. SUZUKI, M. SAKURAI, J. NAKAMURA, University of
Tsukuba, Japan
4:40 pm
5:00 pm
X-ray Photoelectron Spectroscopy Investigation
of the Band Alignment at h-BN/Graphene/High-k Dielectric Interfaces, M.
GR+AS+EM+NS+SS-WeA9
MG+EN+MS-WeA9 Invited
PAQUETTE, J. OTTO, Univ. of Missouri-Kansas City, S.W. KING, J.D. BIELEFELD, M.
JAEHNIG, M. FRENCH, B. FRENCH, M. KUHN, Intel Corp., B. NORDELL, A.N. CARUSO,
Univ. of Missouri-Kansas City, Y. SONG, MIT, R. CAUDILLO, Intel Corp., J. KONG, MIT
Technology
Epitaxial Graphene Bands and Adsorption of
FePc for Stepped SiC-Si Surfaces, J.E. ROWE, D.B. DOUGHERTY, A.A. SANDIN,
GR+AS+EM+NS+SS-WeA10
MGI in the Laboratory: Closing the Feedback Loop in Aerospace
Materials Design and Development, E. SAPPER, P. KINLEN, Boeing Research &
Invited talk continued.
North Carolina State University, A. AL-MAHBOOB, J.T. SADOWSKI, Brookhaven National
Laboratory
5:20 pm
GR+AS+EM+NS+SS-WeA11 Invited
Atomic Collapse in Graphene: Exploring Tunable Charge Impurities at
the Nanometer Scale, M.F. CROMMIE, Y. WANG, D. WONG, University of California,
MG+EN+MS-WeA11 Invited
Condensed Matter Physics in an Age of Computation, M. MARDER,
University of Texas at Austin
Berkeley, V.W. BRAR, California Institute of Technology, H.-Z. TSAI, S. CHOI, W. REGAN,
University of California, Berkeley, R. KAWAKAMI, University of California, Riverside, A.V.
SHYTOV, University of Exeter, UK, A. ZETTL, S.G. LOUIE, University of California, Berkeley,
L.S. LEVITOV, Massachusetts Institute of Technology
5:40 pm
Invited talk continued.
Invited talk continued.
165
* Morton S. Traum Award Finalist
Wednesday Afternoon, October 30, 2013
Nanometer-scale Science and Technology
Room: 203 B - Session NS+BI+EM-WeA
Plasma Science and Technology
Room: 104 C - Session PS-WeA
Nanopatterning and Nanolithography
PSTD at AVS60: Looking Back and Moving Forward
Moderator: P.E. Sheehan, Naval Research Laboratory
2:00 pm
2:20 pm
Moderator: C.A. Wolden, Colorado School of Mines
Self-Integration of Nanowires into Logic Circuits via
PS-WeA1 Invited
Guided Growth, M. SCHVARTZMAN, D. TSIVION, E. JOSELEVICH, Weizmann Institute The Origins of the AVS Plasma Science and Technology Division, H.F.
NS+BI+EM-WeA1
of Science, Israel
DYLLA, American Institute of Physics
Tunneling Electron Induced Adsorption of Copper
Phthalocyanine on the Cu(111) Surface, T. STOCK*, J. NOGAMI, University of
Invited talk continued.
NS+BI+EM-WeA2
Toronto, Canada
2:40 pm
STM Study of Pyramid Structures on Ge(110) Formed by PS-WeA3 Invited
Argon Ion Sputtering, M.S. VAN ZIJLL, S. MACINTYRE, S. CHIANG, University of
The Emergence of Plasma Processing, M.A. LIEBERMAN, University of
NS+BI+EM-WeA3
California, Davis
California, Berkeley
3:00 pm
NS+BI+EM-WeA4
Enhanced Electrical Conductivity by Au Nanoparticle
Islands Deposited from Solution, F. JIANG, A.J. MUSCAT, University of Arizona
Invited talk continued.
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
NS+BI+EM-WeA7 Invited
PS-WeA7 Invited
A.D. TAYLOR, R.C. SEKOL, Yale University, G. DOUBEK, IPEN, Brazil, G. KUMAR, Texas
Tech University, M. CARMO, Forschungszentrum Jülich GmbH, Germany, F. GITTLESON,
N. HARDESTY-DYCK, Yale University, S. MUKHERJEE, University of North Texas
of Michigan
4:20 pm
Invited talk continued.
Invited talk continued.
4:40 pm
NS+BI+EM-WeA9 Submicron Cylindrical Gratings for Rotation Sensors, J.
LAUKKANEN, University of Eastern Finland, S. TONCHEV, Y. JOURLIN, S. REYNAUD,
CNRS, France, H. HIRSHY, S.G. SCHOLZ, Cardiff University, UK, O. PARRIAUX, CNRS,
France
PS-WeA9 Invited
DNA Assembly on Nanopatterns Created by Electron
Beam Lithography, A.K. PRADHAN, Norfolk State University
Invited talk continued.
Nanoimprinted Amorphous Metals for Energy Applications, J. SCHROERS,
5:00 pm
NS+BI+EM-WeA10
5:20 pm
NS+BI+EM-WeA11
5:40 pm
NS+BI+EM-WeA12
The Virtual World of Modeling Plasma Processing, M.J. KUSHNER, University
Innovations in Diagnsotics for Non-Thermal Plasma, N.ST.J. BRAITHWAITE,
The Open University, UK
Organic Resist Materials for sub-20 nm Patterning:
PS-WeA11 Invited
Robust Materials Enabled by Crosslinking Based Designs, C. HENDERSON, Plasma Surface Interactions and How They Limit Semiconductor Plasma
R. LAWSON, A. CHESHMEKHANI, Georgia Institute of Technology
Processing, R.A. GOTTSCHO, K.J. KANARIK, S. SRIRAMAN, Lam Research Corp
Self-Ordered Vicinal-Surface-Like Nanosteps on the
Surfaces of Thin Metal Films, S. BORUKHIN, Technion - Israel Institute of
Invited talk continued.
Technology, and The Russell Berrie Nanotechnology Institute, B. POKROY, Technion - Israel
Institute of Technology, and The Russell Berrie Nanotechnology Institute, Israel
166
* NSTD Student Award Finalist
Wednesday Afternoon, October 30, 2013
Advanced Surface Engineering
Room: 203 C - Session SE+PS-WeA
Surface Science
Room: 202 A - Session SS+AS+NS+SP-WeA
Atmospheric Pressure Plasmas
Single Molecules at Surfaces: Structure and Dynamics
2:00 pm
SE+PS-WeA1 Invited
Tailoring Surfaces using Atmospheric Plasma Technologies : Examples,
Challenges, Limits, Future, F.A.B. RENIERS, Université Libre de Bruxelles, Belgium
SS+AS+NS+SP-WeA1 Probing the Interface of Organic Coatings on
H.A. TERRYN, VUB/TU Delft, Belgium, T. TAHERI, TU Delft, the Netherlands, T.
HAUFFMAN, VUB, Belgium, O. OZKANAT, J.A. MOL, TU Delft, the Netherlands
2:20 pm
Invited talk continued.
SS+AS+NS+SP-WeA2
Moderator: H. Barankova, Uppsala University, Sweden
Moderator: A.L. Utz, Tufts University
Metals,
Ultra-High Vacuum Tip-Enhanced Raman
Spectroscopy with Molecular-Resolution Scanning Tunneling
Microscopy, N. JIANG, J. KLINGSPORN, E. POZZI, M.C. HERSAM, R.P. VAN DUYNE,
Northwestern University
SE+PS-WeA3
Defining Atmospheric Pressure Air Plasma Treatment
Parameters for Bonding Sheet Molding Compound, L.P. HAACK, A.M.
SS+AS+NS+SP-WeA3
STRACCIA, Ford Motor Company
HO, University of California, Irvine
SE+PS-WeA4
Correlation of Spectral Emissions of a He-O2 RF
Atmospheric Plasma Discharge with Polymer Surface Activation, V.
SS+AS+NS+SP-WeA4
MILOSAVLJEVIC, M. DONEGAN, University College Dublin, Ireland, P.J. CULLEN, Dublin
Institute of Technology, Ireland, D.P. DOWLING, University College Dublin, Ireland
SHIMIZU, RIKEN, Japan, M. KAWAI, The University of Tokyo, Japan, Y. KIM, RIKEN, Japan
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
SE+PS-WeA7
2:40 pm
3:00 pm
High Resolution STM-IETS Characterization for
Single Molecule on Metal Surface, C. XU, C. JIANG, Y.N. ZHANG, R.Q. WU, W.
Electronic Structure of H2Pc on Ultrathin NaCl Films
with Various Thickness, M. IMAI, The University of Tokyo, Japan, H. IMADA, T.K.
Atmospheric Plasma Polymerization Enhanced by
SS+AS+NS+SP-WeA7 Invited
Simultaneous UV Irradiation, N. VANDENCASTEELE, J. BOSSERT, Université Libre Species-Selective Atomic Resolution Imaging with Scanning Probe
de Bruxelles, Belgium, A. KAKAROGLOU, Vrije Universiteit Brussel, Belgium, B. NISOL,
Methods, H. MONIG, Univ. of Muenster, Germany, M. TODOROVIC, Univ. Autónoma de
Université Libre de Bruxelles, Belgium, H.A. TERRYN, Vrije Universiteit Brussel, Belgium,
F.A.B. RENIERS, Université Libre de Bruxelles, Belgium
4:20 pm
Plasma Polymerization of (3-aminopropyl) Trimethoxysilane
using a Micro-plasma Printing Setup, J.R.G. SCHALKEN, Eindhoven University of
SE+PS-WeA8
Madrid, Spain, M.Z. BAYKARA, Bilkent Univ., Turkey, J. GOETZEN, O.E. DAGDEVIREN,
Yale Univ., T.C. SCHWENDEMANN, Southern Connecticut State Univ., L. RODRIGO, Univ.
Autónoma de Madrid, Spain, E.I. ALTMAN, Yale Univ., R. PEREZ, Univ. Autónoma de
Madrid, Spain, U.D. SCHWARZ, Yale Univ.
Invited talk continued.
Technology; InnoPhysics B.V., Netherlands, A.A.E. STEVENS, P. VERHOEVEN,
InnoPhysics B.V., Netherlands, M. CREATORE, Eindhoven University of Technology,
Netherlands
4:40 pm
SE+PS-WeA9 Evaporative Coating at Atmospheric Pressure (ECAP), Y.L.
WU, J. HONG, D. PETERSON, J. ZHOU, T.S. CHO, D.N. RUZIC, University of Illinois at
Urbana Champaign
SS+AS+NS+SP-WeA9 Surface Morphology of Chemisorbed N on Pt(111), Z.
LIANG*, University of Illinois at Chicago, H. YANG, Y. KIM, RIKEN, Japan, M. TRENARY,
University of Illinois at Chicago
5:00 pm
SE+PS-WeA10
Selection of an Atmospheric Plasma Source for 450mm
Backside Wafer Cleaning, F.T. MOLKENBOER, J. VAN VELDHOVEN, Y.L.M.
SS+AS+NS+SP-WeA10
CREYGHTON, O. KIEVIT, T.W. VERSLOOT, N.B. KOSTER, TNO Technical Sciences,
Netherlands
Jagiellonian University, Poland, A. TERFORT, Goethe University, Germany, P. CYGANIK,
Jagiellonian University, Poland
SE+PS-WeA11
Atmospheric Pressure Plasma Process for Hydrogenated
Silicon Nitride Films, S. HU, C. AMATO-WIERDA, University of New Hampshire, P.S.
SS+AS+NS+SP-WeA11
RAGHAVAN, GT Advanced Technologies
KIM, The University of Tokyo, Japan, K. TAHARA, Y. TOBE, Osaka University, Japan, M.
KAWAI, The University of Tokyo, Japan, Y. KIM, RIKEN, Japan
SE+PS-WeA12
Rapid Atmospheric Pressure Plasma Jet Treatment on
ZnO for rf-sputtered MgZnO/ZnO Heterostructures, S.T. LIEN, H.C. LI, Y.J.
SS+AS+NS+SP-WeA12
YANG, C.C. HSU, I.C. CHENG, J.Z. CHEN, National Taiwan University, Taiwan, Republic of
China
NOVAK, K. SRIRAMAN, Florida Institute of Technology
5:20 pm
5:40 pm
Relative Stability of Thiols and Selenols SAMs on
Ag(111) – Exchange and Desorption Experiments, J.W. OSSOWSKI, J. RYSZ,
Formation Mechanism of van der Waals Interface
between a π-conjugated Molecule and Au(111), J. JUNG, RIKEN, Japan, J.-H.
Scanning Tunneling Microscopy/Spectroscoppy
Studies of Indolo[2,1-b]quinazolin-6,12-dione (tryptanthrin) and its
Analogs Adsorbed at the Solution-HOPG Interface, J. OLSON, J.C. BAUM, M.
167
* Morton S. Traum Award Finalist
Wednesday Afternoon, October 30, 2013
Transparent Conductors and Printable Electronics Focus
Topic
Room: 102 B - Session TC+EM+EN+TF-WeA
Transparent Conductors and Photovoltaics
Surface Science
Room: 201 A - Session SS+EM-WeA
Semiconductor Surfaces and Interfaces
Moderators: G.S. Herman, Oregon State University, G.L. Whiting, Palo
Alto Research Center
Moderator: M.A. Hines, Cornell University
2:00 pm
SS+EM-WeA1 Monte Carlo Simulation Studies of Ge(100)-2 × 1 Surface
Chemistry, B. SHONG*, S.F. BENT, Stanford University
TC+EM+EN+TF-WeA1 Invited
2:20 pm
SS+EM-WeA2
Structural Instability in the Adatom Vacancy on Si(111)√3x√3 Surface: An STM/S Study, D. EOM, C.-Y. MOON, J.-Y. KOO, Korea
Invited talk continued.
Metal Nanowires-based Composite Transparent Electrodes for
Photovoltaics, J. MOON, A. KIM, Y. WON, Yonsei University, Republic of Korea
Research Institute of Standards and Science, Republic of Korea
2:40 pm
SS+EM-WeA3 Invited
Sunlight-Driven Hydrogen Formation by Membrane-Supported
Photoelectrochemical Water Splitting, N. LEWIS, California Institute of Technology
Modeling and Characterization of Ag NanowireBased Transparent Conductors: Towards Optimization of Electrical and
Optical Properties, S. NARAYANAN, C. TREACY, M.R. BOCKSTALLER, L.M.
TC+EM+EN+TF-WeA3
PORTER, Carnegie Mellon University
3:00 pm
Surface Modification of ZTO/Al/ZTO Stack Structure
using Inductively Coupled Plasma, H.S. KIM, Chung-Ang University, Republic of
Invited talk continued.
TC+EM+EN+TF-WeA4
Korea, J.C. WOO, ETRI, Republic of Korea, Y.H. JOO, K.R. CHOI, Y.S. CHUN, C.I. KIM,
Chung-Ang University, Republic of Korea
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
SS+EM-WeA7
Coordination Reaction of Nickel and Tetraphenylporphyrin
on TiO2(110), C.C. WANG, J.F. ZHU, University of Science and Technology of China
TC+EM+EN+TF-WeA7 Invited
Printing Photovoltaics, M.F.A.M. VAN HEST, S. HABAS, H. PLATT, R.
PASQUARELLI, J. FIELDS, D. GINLEY, National Renewable Energy Laboratory
4:20 pm
SS+EM-WeA8
Dual Passivation of the In0.53Ga0.47As (001)-(2x4) Surface
with TMA and an Oxidant, T. KENT, M. EDMONDS, E. CHAGAROV, University of
Invited talk continued.
California San Diego, R. DROOPAD, Texas State University, A.C. KUMMEL, University of
California San Diego
4:40 pm
SS+EM-WeA9 Specific Attachment of Ethylenediamine on
Surfaces, T. PEIXOTO, Y.J. CHABAL, University of Texas at Dallas
Modified Si(111)
The Influence of Sputtering and Annealing Conditions
on the Production of High-Performance Cadmium Stannate, D. MEYSING,
TC+EM+EN+TF-WeA9
Colorado School of Mines, J.M. BURST, W.L. RANCE, M.O. REESE, T.M. BARNES, T.A.
GESSERT, National Renewable Energy Laboratory, C.A. WOLDEN, Colorado School of
Mines
SS+EM-WeA10
Lowering the Density of Electronic Defects on OrganicFunctionalized Si(100) Surfaces, W. PENG, W.J. DE BENEDETTI, S. KIM,
TC+EM+EN+TF-WeA10
University of Texas at Dallas, M.A. HINES, Cornell University, Y.J. CHABAL, University of
Texas at Dallas
LEMIRE, K.A. PETERSON, M.S. BRESLAU, K.D. SINGER, R.H. FRENCH, Case Western
Reserve University
5:20 pm
SS+EM-WeA11 Monolayer Doping via Arsenic Acid Grafting on Silicon
Surfaces, A. VEGA, W. CABRERA, R. LONGO, Y. LU, The University of Texas at Dallas,
P. THISSEN, Karlsruhe Institute of Technology, Germany, Y.J. CHABAL, The University of
Texas at Dallas
TC+EM+EN+TF-WeA11 Growth and Characterization of Epitaxial (AlxGa1x)2O3 Alloy Films, B. KRUEGER, University of Washington, N. NGUYEN, T. CHIKYOW,
National Institute for Materials Science, Japan, F.S. OHUCHI, M.A. OLMSTEAD, University
of Washington
5:40 pm
SS+EM-WeA12
Defect Engineering in Metal Oxides via Control of SurfaceBulk Defect Interactions, P. GORAI, E. ERTEKIN, E.G. SEEBAUER, University of
TC+EM+EN+TF-WeA12
Illinois at Urbana Champaign
University of Technology, Japan
5:00 pm
Interfacial Layer Engineering of Transparent
Conductive Oxides for Optoelectronic Device Application, I.T. MARTIN, H.M.
Weakly Bounded Zn Atoms in Polycrystalline ZnO
Thin Films caused by Ga Doping, H. MAKINO, H. SONG, T. YAMAMOTO, Kochi
168
* Morton S. Traum Award Finalist
Wednesday Afternoon, October 30, 2013
Thin Film
Room: 104 A - Session TF+AS+BI+EM+SE+SS-WeA
Applications of Self-Assembled Monolayers and NanoStructured Assemblies
Thin Film
Room: 102 C - Session TF+AS+NS+SE-WeA
Beam and Glancing Angle Deposition (GLAD) Techniques
Moderators: M.R. Linford, Brigham Young University, H. Zuilhof,
Wageningen University, Netherlands
Moderator: T. Karabacak, University of Arkansas at Little Rock
2:00 pm
TF+AS+BI+EM+SE+SS-WeA1 Invited
2:20 pm
Invited talk continued.
2:40 pm
TF+AS+BI+EM+SE+SS-WeA3 A Path towards Single-Electron Devices, P.
CAMPBELL, University of Texas at Dallas, L. CAILLARD, O. PLUCHERY, University of
Pierre and Marie Curie, France, Y.J. CHABAL, University of Texas at Dallas
TF+AS+NS+SE-WeA3 GLAD-ALD Core-Shell Nanorod Arrays for Solar Cell
Applications, N. BIYIKLI, C. OZGIT-AKGUN, A. HAIDER, Bilkent University, Turkey, H.
CANSIZOGLU, M.F. CANSIZOGLU, T. KARABACAK, University of Arkansas at Little Rock
3:00 pm
TF+AS+BI+EM+SE+SS-WeA4
Chemical and Electronic Interface Formation
between a Monolayer and Cobalt, S. POOKPANRATANA, H.-J. JANG, L.K.
TF+AS+NS+SE-WeA4 Branched Nanostructured Anodes for Dye-Sensitized
Solar Cells, W. ALAYASHI, K. ROBBIE, Queen's University, Canada
Enhanced Multiphoton Processes for Molecule Localization on
Plasmonic Nanostructures, J. SHUMAKER-PARRY, University of Utah
LYDECKER, C.A. RICHTER, C.A. HACKER, National Institute of Standards and Technology
(NIST)
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
TF+AS+BI+EM+SE+SS-WeA7
Stability of the Molecule-Substrate Interface in
SAMs Probed by SIMS – Experiments and Simulations, J.W. OSSOWSKI, J.
TF+AS+NS+SE-WeA7 Invited
RYSZ, D. MACIAZEK, Jagiellonian University, Poland, M. KRAWIEC, Maria CurieSklodowska University, Poland, Z. POSTAWA, Jagiellonian University, Poland, A. TERFORT,
Goethe University, Germany, P. CYGANIK, Jagiellonian University, Poland
HOFFBAUER, T.L. WILLIAMSON, Los Alamos National Laboratory
4:20 pm
Controlled Modification of Protein-Repelling
Monomolecular Films by Ultraviolet Light: The Effect of Wavelength and
Implications for Lithography, Y.L. JEYACHANDRAN, University of Heidelberg,
TF+AS+BI+EM+SE+SS-WeA8
Using Energetic Nitrogen Atoms to Overcome Challenges in Growing
Semiconducting and Superconducting Thin Film Nitride Materials, M.A.
Invited talk continued.
Germany, A. TERFORT, Frankfurt University, Germany, M. ZHARNIKOV, University of
Heidelberg, Germany
4:40 pm
TF+AS+BI+EM+SE+SS-WeA9 The 2D Self-Assembly of Strongly Dipolar
Molecules, A. ENDERS, D. KUNKEL, S. BENIWAL, P.A. DOWBEN, University of
Nebraska Lincoln, S. SIMPSON, E. ZUREK, State University of New York at Buffalo
TF+AS+NS+SE-WeA9 Thermal Annealing Study of
ALRASHID, D. YE, Virginia Commonwealth University
5:00 pm
TF+AS+BI+EM+SE+SS-WeA10 Quasicrystalline Ordering in Small-Molecule
Self-Assembly, N.A. WASIO, R.C. QUARDOKUS, R.P. FORREST, C.S. LENT, S.A.
CORCELLI, J.A. CHRISTIE, K.W. HENDERSON, S.A. KANDEL, University of Notre Dame
TF+AS+NS+SE-WeA10
TF+AS+BI+EM+SE+SS-WeA11
Unexpected Behaviour of Liquid Wetting at
the Limit of Small-Scale Surface Topography, J. KNAUF, Advanced Molecular
TF+AS+NS+SE-WeA11
Films GmbH and RWTH Aachen University, Germany, L. REDDEMANN, Advanced
Molecular Films GmbH and Universität zu Köln, Germany, A. BÖKER, RWTH Aachen
University and DWI an der RWTH Aachen e.V., Germany, K. REIHS, Advanced Molecular
Films GmbH, Germany
TF+AS+BI+EM+SE+SS-WeA12 The Balance between Transparency and
Roughness on a Superhydrophobic Coating, C. WANG, A. WU, R. LAMB,
University of Melbourne, Australia
of Birmingham, UK
5:20 pm
5:40 pm
Nickel Nanorod Arrays, E.
Gas Assisted Nanofabrication Using He and Ne Ion
Beams: Toward Ultimate Resolution, H.M. WU, D. FERRANTI, L.A. STERN, D.Y.
XIA, Carl Zeiss
A New Type of Super Intense Cluster Beam Source
based on Matrix Assembly, R.E. PALMER, L. CAO, W.D. TERRY, F. YIN, University
169
Wednesday Afternoon, October 30, 2013
Vacuum Technology
Room: 202 C - Session VT+AS+SS+TF-WeA
Surface Science for Accelerator Applications
Moderator: Y. Li, Cornell University
2:00 pm
2:20 pm
2:40 pm
3:00 pm
3:20 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
3:40 pm
BREAK - Exhibit Hall Open – Free Events: Refreshments; Career
Center; Exhibitor Technology Spotlight Sessions; Caricatures;
Massages; Art Zone & Pumpkin/Contest, E-Mail (with printing);
AVS Store, AVS-60 Special Events-History Booth/Trivia Contest
4:00 pm
VT+AS+SS+TF-WeA7 Invited
Growth and Characterization of High Quantum Efficiency Photocathodes
for the Cornell ERL R&D Project, L. CULTRERA, I. BAZAROV, B. DUNHAM, Y. LI,
X. LIU, A. BARTNIK, K. SMOLENSKI, S. KARKARE, W. SCHAFF, T. MOORE, Cornell
University
4:20 pm
Invited talk continued.
4:40 pm
VT+AS+SS+TF-WeA9 S-Band Facility for Photocathode Research, T.
VECCHIONE, A. BRACHMANN, J. CORBETT, M.J. FERREIRA, S. GILEVICH, E.N.
JONGEWAARD, J.C. SHEPPARD, P.M. STEFAN, S.P. WEATHERSBY, Z. FENG, SLAC
National Accelerator Laboratory
5:00 pm
VT+AS+SS+TF-WeA10 Photocathode Materials Able to Sustain High
Currents, Z. LI, K. YANG, L. WANG, J. RISO, R.A. LUKASZEW, The College of William
and Mary
5:20 pm
VT+AS+SS+TF-WeA11 Quantum Efficiency and Divergence from Metal
Photocathodes, T. VECCHIONE, D.H. DOWELL, SLAC National Accelerator Laboratory,
J. FENG, W. WAN, H.A. PADMORE, Lawrence Berkeley National Laboratory
5:40 pm
170
Anticipated Schedule
Wednesday Morning, October 30, 2013
TIME
SESSION
ROOM
8:00 am
_________________________________________________________________________________________________________________________________________________
8:20 am
_________________________________________________________________________________________________________________________________________________
8:40 am
_________________________________________________________________________________________________________________________________________________
9:00 am
_________________________________________________________________________________________________________________________________________________
9:20 am
_________________________________________________________________________________________________________________________________________________
9:40 am
_________________________________________________________________________________________________________________________________________________
10:00 am
_________________________________________________________________________________________________________________________________________________
10:20 am
_________________________________________________________________________________________________________________________________________________
10:40 am
_________________________________________________________________________________________________________________________________________________
11:00 am
_________________________________________________________________________________________________________________________________________________
11:20 am
_________________________________________________________________________________________________________________________________________________
11:40 am
_________________________________________________________________________________________________________________________________________________
12:00 pm
_________________________________________________________________________________________________________________________________________________
Lunch
when
_________________________________________________________________________________________________________________________________________________
with
_________________________________________________________________________________________________________________________________________________
where
_________________________________________________________________________________________________________________________________________________
Anticipated Schedule
Wednesday Afternoon, October 30, 2013
TIME
SESSION
ROOM
1:00 pm
_________________________________________________________________________________________________________________________________________________
1:20 pm
_________________________________________________________________________________________________________________________________________________
1:40 pm
_________________________________________________________________________________________________________________________________________________
2:00 pm
_________________________________________________________________________________________________________________________________________________
2:20 pm
_________________________________________________________________________________________________________________________________________________
2:40 pm
_________________________________________________________________________________________________________________________________________________
3:00 pm
_________________________________________________________________________________________________________________________________________________
3:20 pm
_________________________________________________________________________________________________________________________________________________
3:40 pm
_________________________________________________________________________________________________________________________________________________
4:00 pm
_________________________________________________________________________________________________________________________________________________
4:20 pm
_________________________________________________________________________________________________________________________________________________
4:40 pm
_________________________________________________________________________________________________________________________________________________
5:00 pm
_________________________________________________________________________________________________________________________________________________
171
Special Events Thursday
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
7:00 am
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Precede and follow the time with a Tab, which must be entered using a <Ctrl><Tab>.
Short Courses Thursday
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
8:30 am
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Short course name
Special or Focus Area Sessions
8:00 am
8:00 am
8:00 am
Special Session
Special Session
Special Session
172
NOTES
173
Thursday Morning, October 31, 2013
Applied Surface Science
Room: 204 - Session AS+BI+EM+NL+NS+SS-ThM
Biomaterial Interfaces
Room: 201 B - Session BI+NL+NS+SS-ThM
Nanoparticle Surface Chemistry
Bio/Nano Interfaces
Moderators: H. Zuilhof, Wageningen University, Netherlands, D.Y.
Petrovykh, International Iberian Nanotechnology Laboratory, Portugal
8:00 am
8:20 am
Moderator: S. Zauscher, Duke University
Fabrication and Functionalization of Nanoscale
Structures for Membrane Sensing, E. REIMHULT, University of Natural Resources
AS+BI+EM+NL+NS+SS-ThM1 Invited
BI+NL+NS+SS-ThM1
Surface Analysis as a Critical Step in Translating Nanomaterials to
Technologies, D.W. GRAINGER, University of Utah
and Life Sciences Vienna, Austria, M. PLA ROCA, K. KUMAR, L. ISA, A.B. DAHLIN, T.
SANOMIYA, ETH Zürich, Switzerland
Utility of Lipid Membranes Assembled on
Nanoparticles for Measuring Protein Membrane Interactions, S.M. REED,
Invited talk continued.
BI+NL+NS+SS-ThM2
University of Colorado Denver
8:40 am
9:00 am
AS+BI+EM+NL+NS+SS-ThM3 Molecular Surface Characterization of
Individual Nano-objects, C.-K. LIANG, S.V. VERKHOTUROV, E.A. SCHWEIKERT,
Texas A&M University
BI+NL+NS+SS-ThM3 Invited
Towards the Effective Combination of Static
and Dynamic SIMS for Nanoparticle and Biological Analyses, C. SZAKAL,
Invited talk continued.
Primitive Osmosensing by Phospholipid Membranes, K. OGLECKA, Nanyang
Technological University, Singapore, J. SANBORN, D. GETTEL, University of California,
Davis, R. KRAUT, B. LIEDBERG, Nanyang Technological University, Singapore, A.N.
PARIKH, University of California, Davis
AS+BI+EM+NL+NS+SS-ThM4
National Institute of Standards and Technology
9:20 am
AS+BI+EM+NL+NS+SS-ThM5 Quantitation of Protein Adsorption to Gold
Nanoparticles, C. MINELLI, N.C. BELL, A.G. SHARD, National Physical Laboratory, UK
Ultrathin Poly(ethylene glycol) Films as Flexible
Platform for Plasmonics and Lithography and as Precursors for FreeStanding Nanomembranes, N. MEYERBRÖKER, M. ZHARNIKOV, University of
BI+NL+NS+SS-ThM5
Heidelberg, Germany
9:40 am
10:00 am
10:20 am
10:40 am
AS+BI+EM+NL+NS+SS-ThM6
Surface Characterization of Protein
Functionalized Gold Nanoparticles, Y.-C. WANG, A. RAFATI, D.G. CASTNER,
BI+NL+NS+SS-ThM6
Miniaturized Localized Surface Plasmon Resonsance
Sensing with Single Nanoparticle Arrays, S. CHEN, M. SVEDENDHAL, T.
University of Washington
ANTOSIEWICZ, M. KÄLL, Chalmers University of Technology, Sweden
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
AS+BI+EM+NL+NS+SS-ThM9 Optical Rotation Measurements of
Enantioselective Separation on Chiral Au Nanoparticles, N. SHUKLA, N.
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
ONDECK, N. KHOSLA, A.J. GELLMAN, Carnegie Mellon University
BI+NL+NS+SS-ThM9 Invited
Design of Nanoscale Bionterfaces by Self-Assembly of Genetically
Encoded Peptide Polymers, A. CHILKOTI, Duke University
11:00 am
AS+BI+EM+NL+NS+SS-ThM10 Monitoring the Citric Acid Content on Dialyzed
Gold Nanoparticle, V. SPAMPINATO, R. LA SPINA, D. GILLILAND, L. CALZOLAI, G.
CECCONE, F. ROSSI, EC-JRC-IHCP, Italy
Invited talk continued.
11:20 am
AS+BI+EM+NL+NS+SS-ThM11
Comparison of the Structure and Solution
Behaviors of 20nm Silver and 20nm Silver-Shell-Gold-Core
Nanocomposites in Aqueous Biological Media, P. MUNUSAMY, Pacific
BI+NL+NS+SS-ThM11
11:40 am
Northwest National Laboratory, S. CHEN, L.B. YEN, Imperial College London, UK, C.W.
WANG, M. ENGELHARD, Pacific Northwest National Laboratory, A. PORTER, Imperial
College London, UK, D.R. DONALD, Pacific Northwest National Laboratory
AS+BI+EM+NL+NS+SS-ThM12 Influence of Carrier Gas on the Nucleation
and Growth of Nb Nanoclusters Formed Through Plasma Gas
Condensation, K.R. BRAY, C.Q. JIAO, UES, Inc., J.N. DECERBO, Air Force Research
Laboratory
Label-Free Mapping of Protein/Peptide Interactions in
Complex Arrays Using Core/Shell Nanoparticle-Based Biosensors, H.O.
GUVENC, University of Heidelberg, Germany, C. SCHIRWITZ, F. BREITLING, Karlsruhe
Institute of Technology, Germany, F.R. BISCHOFF, German Cancer Research Center
Heidelberg, Germany, A. NESTEROV-MUELLER, Karlsruhe Institute of Technology,
Germany, V. STADLER, PEPperPRINT GmbH, Heidelberg, Germany, J. WAGNER, R.
BI+NL+NS+SS-ThM12
Graphene
for Biosensing and Surface
DAHINT, University of Heidelberg,
Germany
Functionalization, P.E. SHEEHAN, Naval Research Laboratory, R. STINE, Nova
Research, S.P. MULVANEY, J.T. ROBINSON, C.R. TAMANAHA, Naval Research
Laboratory
174
Thursday Morning, October 31, 2013
Spectroscopic Ellipsometry Focus Topic
Room: 101 A - Session EL+AS+EN+PS+SS+TF-ThM
Spectroscopic Ellipsometry for Photovoltaics and
Instrument Development
Electronic Materials and Processing
Room: 101 B - Session EM+AS+EN+TF-ThM
Hybrid and Organic Electronics
Moderators: M. Creatore, Eindhoven University of Technology,
Netherlands, H. Wormeester, University of Twente, Netherlands
8:00 am
EL+AS+EN+PS+SS+TF-ThM1 Invited
Moderators: A.J. Muscat, University of Arizona, J.R. Engstrom, Cornell
University, J. Xue, University of Florida
EM+AS+EN+TF-ThM1 When the Sequence of Thin Film Deposition Matters:
Examination of Organic-on-Organic Heterostructure Formation using
Molecular Beam Techniques and In Situ Real Time X-ray Synchrotron
Radiation, E.R. KISH, R.K. NAHM, A.R. WOLL, J.R. ENGSTROM, Cornell University
8:20 am
Invited talk continued.
EM+AS+EN+TF-ThM2
Application of Spectroscopic Ellipsometry for the Characterization of
Various Solar Cell Devices, H. FUJIWARA, Gifu University, Japan
Scanning Tunneling Microscopy and Spectroscopy
Study of Sliding Defects in α-6T Films on C60/Au(111), D.B. DOUGHERTY, J.
WANG, North Carolina State University
8:40 am
EL+AS+EN+PS+SS+TF-ThM3 Ellipsometric Studies of Photovoltaic
at NREL, S. CHOI, J. LI, National Renewable Energy Laboratory
Thin Films
EM+AS+EN+TF-ThM3 Invited
Organic-Organic Heterostructures for Organic Electronics, F. SCHREIBER,
University of Tuebingen, Germany
9:00 am
Real-Time and Through-the-Glass Mapping
Spectroscopic Ellipsometry for Analysis of CdS/CdTe Coated
Superstrates and Correlations with Solar Cell Performance, P. KOIRALA, J.
EL+AS+EN+PS+SS+TF-ThM4
Invited talk continued.
CHEN, X. TAN, R.W. COLLINS, The University of Toledo
9:20 am
EL+AS+EN+PS+SS+TF-ThM5 Invited
9:40 am
Invited talk continued.
10:00 am
10:20 am
10:40 am
11:00 am
11:20 am
EM+AS+EN+TF-ThM5 Importance of Interfaces in Graphene Transfer to
Polymers, E.H. LOCK, Naval Research Lab, D. DELONGCHAMP, National Institute of
Standards and Technology (NIST), M. LASKOSKI, Naval Research Lab, M. BARAKET, Lab
de Chimie Inorganique et Biologique, France, S.P. MULVANEY, S.C. HERNANDEZ, P.E.
SHEEHAN, J.T. ROBINSON, Naval Research Lab, C. JAYE, D.A. FISHER, NIST, S.G.
WALTON, Naval Research Lab
EM+AS+EN+TF-ThM6 Towards Organic Electronics: Methods for the
Selective Deposition of Semiconductors and Metals, Z. SHI, J. YANG, K.
BORNER, A. ELLSWORTH, A.V. WALKER, University of Texas at Dallas
Expanded Beam Spectroscopic Ellipsometry for In-line Monitoring of
Thin Film Process, M. FRIED, Hungarian Academy of Science, Hungary
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
EL+AS+EN+PS+SS+TF-ThM9 Invited
Materials Characterization using THz Ellipsometry and THz Optical Hall
Effect, T. HOFMANN, University of Nebraska-Lincoln
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
EM+AS+EN+TF-ThM9 Interfacial Structures of Li Electrode and πconjugated Polymers, X.F. FENG, Y.F. YE, H.X. JU, J.F. ZHU, University of Science
and Technology of China
Organic Thin-Film Transistors Manufactured by
Vacuum-Evaporation in a Roll-to-Roll Web-Coater Exploiting a FlashEvaporated Polymer Gate Dielectric, Z. DING, G. ABBAS, H. ASSENDER,
Invited talk continued.
EM+AS+EN+TF-ThM10
University of Oxford, UK, D.M. TAYLOR, E. PATCHETT, A. WILLIAMS, Bangor University,
UK, J. MORRISON, S. YEATES, University of Manchester, UK, L. LIN, University of Leeds,
UK
EM+AS+EN+TF-ThM11 Invited
EL+AS+EN+PS+SS+TF-ThM11 A History of Early Ellipsometry and
Polarimetry, R.A. SYNOWICKI, J.A. Woollam Co., Inc.
Interface Science of Emerging Thin Film Photovoltaic Technologies: The
Role of Interface Composition on Charge Harvesting Efficiencies, N.R.
ARMSTRONG, University of Arizona
11:40 am
Vibrational Properties of Lanthanum
Aluminate and Magnesium Aluminate Spinel Using Fourier Transform
Infrared Ellipsometry, T. WILLETT-GIES, New Mexico State University, C.J. ZOLLNER,
EL+AS+EN+PS+SS+TF-ThM12
Invited talk continued.
Cornell University, E. DELONG, S. ZOLLNER, New Mexico State University
175
Thursday Morning, October 31, 2013
Electronic Materials and Processing
Room: 102 A - Session EM+AS+PS+TF-ThM
Graphene and Other 2D Materials Focus Topic
Room: 104 B - Session GR+AS+NS+SS-ThM
2D Materials: Nanostructures
Materials and Process for Advanced Interconnects I
Moderators: S.W. King, Intel Corporation, E. Mays, Intel Corporation
Moderators: T.F. Heinz, Columbia University, D. Xiao, Carnegie Mellon
University
GR+AS+NS+SS-ThM1 Density Functional Theory Studies of Mechanical and
Electronic Properties in 2-D Superlattices Made of Carbon and Boron
Nitride Domains, C.V. CIOBANU, Colorado School of Mines
8:00 am
EM+AS+PS+TF-ThM1 Measurement of the Bandgap Energies in Low-k
Organosilicates, M. NICHOLS, University of Wisconsin-Madison, Q. LIN, IBM T.J.
Watson Research Center, S. BANNA, Applied Materials Inc., Y. NISHI, Stanford University,
J.L. SHOHET, University of Wisconsin-Madison
8:20 am
EM+AS+PS+TF-ThM2 Complementary Porosity Metrologies for Porous Ultra
Low-k Material, D. YANG, R. OPILA, University of Delaware, V. PALLEM, Air Liquide, D.
DUTTA, D. GIDLEY, University of Michigan, N. BHARGAVA, University of Delaware
GR+AS+NS+SS-ThM2
EM+AS+PS+TF-ThM3 Invited
GR+AS+NS+SS-ThM3
DUBOIS, IBM Almaden Research Center
Maryland, O. PIERRE-LOUIS, Univ. Lyon 1-CNRS, France, J. HUANG, University of
Maryland, M.S. FUHRER, University of Maryland & Monash University, Australia, T.L.
EINSTEIN, W.G. CULLEN, University of Maryland
Invited talk continued.
GR+AS+NS+SS-ThM4
8:40 am
9:00 am
Enclosing, Isolation and Electron Microscopy of
Encapsulated Microscopic Objects Using Graphene Oxide Membranes,
A. YULAEV, A. KOLMAKOV, Southern Illinois University Carbondale
"Princess and the Pea" at the Nanoscale: Wrinkling
and Unbinding of Graphene on Nanoparticles, M. YAMAMOTO, University of
Future of Ultra Low-k Materials, W. VOLKSEN, T. MAGBITANG, K. LIONTI, G.
Chemical Properties of Ultrathin MgO(100) Films:
The Role of Interfaces and Dopants, T. RISSE, Freie Universität Berlin, Germany,
A. GONCHAR, Fritz-Haber-Institut der MPG, Germany
9:20 am
EM+AS+PS+TF-ThM5 Porosity Scaling Strategies for Low-k Films, D.J.
MICHALAK, J.M. BLACKWELL, A. SENGUPTA, J.S. CLARKE, D. PANTUSO, Intel
Corporation
GR+AS+NS+SS-ThM5 Invited
The Self-assembly of Carbon Atoms on Catalyst Surface—Mechanism
of Carbon Nanotube and Graphene Chemical Vapor Deposition (CVD)
Growth, F. DING, The Hong Kong Polytechnic University, Hong Kong Special
Administrative Region of China
9:40 am
Ellipsometric Porosimetry Surface Characterization of
Oxygen Plasma Damage and κ Repair on Ultra Low κ Dielectrics, Z. SUN,
EM+AS+PS+TF-ThM6
Invited talk continued.
GLOBALFOUNDRIES U.S. Inc., A. BONDAZ, T. KARPOWICZ, Semilab, V.
SESHACHALAM, S. SRIVATHANAKUL, H. LIU, GLOBALFOUNDRIES U.S. Inc.
10:00 am
10:20 am
10:40 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
EM+AS+PS+TF-ThM9 Pore Stuffing to Enable Interconnect Scaling, J.D.
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
GR+AS+NS+SS-ThM9 Invited
BIELEFELD, M. CHANDHOK, J.S. CLARKE, C.J. JEZEWSKI, K. SINGH, A.M. MYERS, J.M.
TORRES, R. TURKOT, Intel Corporation
Graphene Nanostructures: Top-down vs. Bottom-up Approaches, A.
11:00 am
EM+AS+PS+TF-ThM10 Invited
Invited talk continued.
11:20 am
Invited talk continued.
GR+AS+NS+SS-ThM11 Exfoliation, Sorting, and Applications of Few Layer
Graphene Sheets, X. CHEN, Northwestern University
11:40 am
EM+AS+PS+TF-ThM12
Surface Photoconductivity of Low-k Organosilicates
Induced by Plasma Vacuum Ultraviolet Radiation, H. ZHENG, D. PEI, M.
GR+AS+NS+SS-ThM12 Interaction of Copper Nanoparticles with Graphene
Membrane, L.W. HUANG, C.S. CHANG, Academia Sinica, Taiwan, Republic of China
Molecular Layer Deposition of Organic Films for Nanoelectronics
Applications, S.F. BENT, Stanford University
SINITSKII, University of Nebraska-Lincoln
NICHOLS, University of Wisconsin-Madison, S. BANNA, Applied Materials Inc., Y. NISHI,
Stanford University, J.L. SHOHET, University of Wisconsin-Madison
176
Thursday Morning, October 31, 2013
Helium Ion Microscopy Focus Topic
Room: 203 A - Session HI-ThM
In Situ Spectroscopy and Microscopy Focus Topic
Room: 203 B - Session IS+AS+SS-ThM
Basics of Helium Ion Microscopy
Ambient Pressure XPS from Sophistication to Reality
HI-ThM3 Invited
IS+AS+SS-ThM3 Invited
Moderator: A. Gölzhäuser, Bielefeld University, Germany
Moderator: E. Stach, Brookhaven National Laboratory
8:00 am
8:20 am
8:40 am
Imaging with Helium Ions - A New Detector Regime with New
Challenges and New Opportunities, J.A. NOTTE, Carl Zeiss Microscopy
Ambient Pressure XPS Observation of Electrode Surfaces during
Electrochemical Reactions, H. SANCHEZ CASALONGUE, S. KAYA, D.J. MILLER, D.
FRIEBEL, A. NILSSON, H. OGASAWARA, SLAC National Accelerator Laboratory
9:00 am
Invited talk continued.
Invited talk continued.
9:20 am
HI-ThM5 Invited
IS+AS+SS-ThM5
9:40 am
10:00 am
10:20 am
10:40 am
Ambient Pressure Photoelectron and Electron SpectroMicroscopy Using Electron Transparent Membranes, A. YULAEV, Southern
Interaction of Energetic Ions and Electrons with Two-Dimensional
Materials, A.V. KRASHENINNIKOV, Aalto University and University of Helsinki, Finland
Illinois University Carbondale, M. AMATI, L. GREGORATTI, Sincrotrone Trieste, Italy, S.
GUENTHER, Technical University Muenchen, Germany, M. KISKINOVA, Sincrotrone Trieste,
Italy, I. SGURA, B. BOZZINI, University of Salento, Italy, A. KOLMAKOV, Southern Illinois
University Carbondale
IS+AS+SS-ThM6 Surface Chemistry over Inverse Model Catalysts under
Near-Ambient Pressure, A. BABER, K. MUDIYENSELAGE, S. SENANAYAKE, J.
RODRIGUEZ, D. STACCHIOLA, Brookhaven National Laboratory
Invited talk continued.
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
HI-ThM9 Imaging of Graphene Films by Helium Ion Microscope , S. OGAWA,
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
IS+AS+SS-ThM9 Invited
T. IIJIMA, S. NAKAHARAI, M. HAYASHIDA, S. SATO, National Institute of Advanced
Industrial Science and Technology (AIST), Japan
Ambient Pressure Photoelectron Spectroscopy using Tender X-ray, S.
AXNANDA, E.J. CRUMLIN, R. CHANG, B. MAO, Lawrence Berkeley National Laboratory, W.
STOLTE,
Lawrence Berkeley National Laboratory, P. ROSS, Z. HUSSAIN, Z. LIU,
Lawrence Berkeley National Laboratory
11:00 am
HI-ThM10
Secondary Electron Contrast for Few Layer Graphene in
Helium Ion Microscope, Y. ZHOU, H. ZHANG, Trinity College Dublin, Ireland
Invited talk continued.
11:20 am
HI-ThM11
Monte Carlo Simulations of Helium and Neon Ions Beam
Induced Deposition and Etching, R.T. TIMILSINA, The University of Tennessee
IS+AS+SS-ThM11
Novel Developments in Near Ambient Pressure XPS –
The Route Towards Standard Analysis Tools in Laboratory
Environments, A. THISSEN, S. BAHR, SPECS Surface Nano Analysis GmbH, Germany
Knoxville, D.A. SMITH, P.D. RACK, The University of Tennessee Knoxville and Oak Ridge
National Laboratory
11:40 am
Helium Ion Microscope; a Single Beam for Imaging and
Fabrication, E. VAN VELDHOVEN, N.B. KOSTER, F.T. MOLKENBOER, D.J. MAAS,
HI-ThM12
TNO Technical Sciences, Netherlands, H.W. ZANDBERGEN, P.F.A. ALKEMADE, TU Delft,
Netherlands
177
Thursday Morning, October 31, 2013
Accelerating Materials Discovery for Global Competitiveness Plasma Science and Technology
Focus Topic
Room: 102 B - Session PS+AS+NS+SS-ThM
Room: 202 B - Session MG+MI+NS-ThM
Theoretical and Computational Methods
Plasma Synthesis of Nanostructures
Moderators: K. Cook-Chennault, Rutgers, the State University of New
8:00 am
Moderator: R.M. Sankaran, Case Western Reserve University
Jersey, L. Madsen, National Science Foundation (NSF)
MG+MI+NS-ThM1 Computational Materials Science at The Dow Chemical
Company, A.N. SOUKHOJAK, The Dow Chemical Company
PS+AS+NS+SS-ThM1 Invited
Nanoscale Interface Engineering of Silicon Nanocrystals by Nonequilibrium Microplasma, V. SVRCEK, Advanced Industrial Science and Technology
(AIST), Japan
8:20 am
Predicting Stability of Materials using First Principles
Thermodynamics, V. STEVANOVIC, Colorado School of Mines, S. LANY, A.
MG+MI+NS-ThM2
Invited talk continued.
ZAKUTAYEV, National Renewable Energy Laboratory
8:40 am
PS+AS+NS+SS-ThM3 Single Step Plasma Synthesis of Core-shell Group IV
Application of Computational Methods to Material Design and Discovery, Nanoparticles, R.P. CHAUKULKAR*, Colorado School of Mines, K. DE PEUTER,
MG+MI+NS-ThM3 Invited
S.B. SINNOTT, University of Florida
Eindhoven University of Technology, Netherlands, P. STRADINS, National Renewable
Energy Laboratory, S. AGARWAL, Colorado School of Mines
9:00 am
Invited talk continued.
PS+AS+NS+SS-ThM4 On the Structure of Non-Thermal-Plasma Produced
Nanocrystals, T. LOPEZ, L. MANGOLINI, University of California, Riverside
9:20 am
MG+MI+NS-ThM5 Invited
PS+AS+NS+SS-ThM5
State University of New Jersey
C.J. HOGAN, University of Minnesota, A. KUMAR, Case Western Reserve University, S.
KANG, C. LARRIBA-ANDALUZ, H. OUYANG, University of Minnesota, R.M. SANKARAN,
Case Western Reserve University
Invited talk continued.
PS+AS+NS+SS-ThM6
9:40 am
New Ferroelectrics and Antiferroelectrics by Design, K.M. RABE, Rutgers, the
Detection of Nanometer Scale Ni Clusters Formed in
an Atmospheric Pressure DC Microplasma by Ion Mobility Spectrometry,
One-step Synthesis of Gold Bimetallic Nanoparticles
with Various Metal Compositions, M.A. BRATESCU, N. SAITO, Nagoya University,
Japan
10:00 am
10:20 am
10:40 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
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Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
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BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
MG+MI+NS-ThM9 Disruptive Design Strategies for Emergent Ferroics, J.M.
RONDINELLI, Drexel University
11:00 am
Node Structures and Properties of (111) Semi-coherent
Interfaces in FCC Crystals, S. SHAO, J. WANG, A. MISRA, Los Alamos National
MG+MI+NS-ThM10
Laboratory
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
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BBREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
PS+AS+NS+SS-ThM9 Synthesis of Platinum Nanoparticles on Carbon
Powder by the Means of an RF Plasma Torch for Fuel Cells
Applications, D. MERCHE, T. DUFOUR, Univ. Libre de Bruxelles, Belgium, L. DEVANT,
Facultés Univ. Notre Dame de la Paix, Belgium, F. DESCHAMPS, Univ. de Liège, Belgium,
J.-J. PIREAUX, L. HOUSSIAU, Facultés Univ. Notre Dame de la Paix, Belgium, N. JOB,
Univ. de Liège, Belgium, F.A.B. RENIERS, Univ. Libre de Bruxelles, Belgium
PS+AS+NS+SS-ThM10 Growth of Nanocomposites on Heat-Sensitive
Polymers using Cold, Dielectric Barrier Discharges at Atmospheric
Pressure, J. PROFILI, Universite Paul-Sabatier, France and Universite de Montreal,
Canada, N. GHERARDI, CNRS-LAPLACE, France, L. STAFFORD, Universite de Montreal,
Canada
11:20 am
MG+MI+NS-ThM11 Invited
Computational Design of Materials for Catalysis: Interface Matters, T.S.
PS+AS+NS+SS-ThM11 Fabrication of Asymmetric Nanopores by Pulsed
PECVD, S.S. KELKAR, C.A. WOLDEN, Colorado School of Mines
RAHMAN, University of Central Florida
11:40 am
Invited talk continued.
Microplasma Reduction of Metal-Organic and MetalPolymer Films for Single-Step Fabrication of Flexible, Conductive
Patterns, S. GHOSH, R. YANG, C.A. ZORMAN, P. X.-L. FENG, R.M. SANKARAN, Case
PS+AS+NS+SS-ThM12
Western Reserve University
178
* Coburn & Winters Student Award Finalist
Thursday Morning, October 31, 2013
Advanced Surface Engineering
Room: 203 C - Session SE+PS-ThM
Pulsed Plasmas in Surface Engineering (8:00-10:00
am)/Atmospheric Pressure Plasmas (10:40 am-12:00 pm)
Plasma Science and Technology
Room: 104 C - Session PS-ThM
Plasma Modeling
Moderators: H. Barankova, Uppsala University, Sweden, J. KlembergSapieha, Ecole Polytechnique de Montreal, Canada
Moderator: D.J. Economou, University of Houston
8:00 am
Molecular Dynamics Analysis of Si Etching in HBr-based
Plasmas: Ion Incident Energy and Angle Dependence, N. NAKAZAKI, Y.
PS-ThM1
SE+PS-ThM1 Invited
A 60 Year Perspective on Developments in Plasma Assisted PVD
Processes for Enhanced Surface Engineered Performance, A. MATTHEWS,
TAKAO, K. ERIGUCHI, K. ONO, Kyoto University, Japan
University of Sheffield, UK
8:20 am
MD Simulations of Pulsed Chlorine Plasmas Interaction with
Ultrathin Silicon Films for Advanced Etch Processes, P.D. BRICHON, E.
PS-ThM2
Invited talk continued.
DESPIAU-PUJO, G. CUNGE, M. DARNON, O. JOUBERT, Cnrs/ujf/ Cea - Ltm, France
8:40 am
PS-ThM3
Control of SiO2 Etch Properties by Pulsed Capacitively Coupled
Plasmas Sustained in Ar/CF4/O2, S.-H. SONG, M.J. KUSHNER, University of
SE+PS-ThM3
Michigan
University of Illinois at Urbana Champaign, M. SCHILLING, Dexter Magnetic Technologies,
Inc, S. AMSTRONG, Kurt J. Lesker Company
Accuracy of the Step Sheath Approximation, M.A. SOBOLEWSKI,
9:00 am
PS-ThM4
NIST
9:20 am
PS-ThM5 Invited
9:40 am
Optimized Magnetic Field Configuration for High Power
Impulse Magnetron Sputtering, P. RAMAN, L. MENG, H. YU, D.N. RUZIC,
RAUF, J. KENNEY, A. AGARWAL, A. BALAKRISHNA, M.-F. WU, K. COLLINS, Applied
Materials Inc.
SE+PS-ThM5 HiPIMS Deposition of Semiconducting ZnO Thin Films, A.N.
REED, P.J. SHAMBERGER, Air Force Research Laboratory, Wright Patterson Air Force
Base, C. MURATORE, University of Dayton, J.E. BULTMAN, University of Dayton Research
Institute, A.A. VOEVODIN, Air Force Research Laboratory, Wright Patterson Air Force Base
Invited talk continued.
SE+PS-ThM6
Multi-dimensional Modeling of Industrial Plasma Processing Systems, S.
Si3N4 Spacers Etching in Synchronized Pulsed
CH3F/O2/He/SiF4 Plasmas, R. BLANC, STMicroelectronics, France, M. DARNON, G.
CUNGE, O. JOUBERT, LTM – MINATEC – CEA/Leti, France
10:00 am
10:20 am
10:40 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
PS-ThM9 Self-Consistent Simulations of the Radial Line Slot Antenna
Plasma Source, P. VENTZEK, Tokyo Electron America, R. UPADHYAY, Esgee
BREAK - Complimentary Coffee in Exhibit Hall
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Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
SE+PS-ThM9 CO2 Conversion to CO and O2 by DBD Plasma at
Atmospheric Pressure, G. ARNOULT, T. BIERBER, A. OZKAN, P. DE KEYZER,
Technologies Inc., M. AITA, J. YOSHIKAWA, T. IWAO, K. ISHIBASHI, Tokyo Electron Ltd., L.
RAJA, University of Texas at Austin
F.A.B. RENIERS, Université Libre de Bruxelles, Belgium
SE+PS-ThM10 Cold Atmospheric Plasma Assisted Production of
Hydrogen, L. BARDOS, H. BARÁNKOVÁ, Uppsala University, Sweden
11:00 am
11:20 am
Feature Profile Simulator with Atomic Mono-Layer Resolution
Capability, P. MOROZ, Tokyo Electron US Holdings
Optical Emission Spectroscopy of He Dielectric Barrier
Discharges at Atmospheric-Pressure Applied to the Functionalization of
Wood Surfaces, L. STAFFORD, R.K. GANGWAR, O. LEVASSEUR, Universite de
PS-ThM11
SE+PS-ThM11
Montreal, Canada, N. GHERARDI, CNRS-LAPLACE, France, N. NAUDÉ, Universite PaulSabatier, France
11:40 am
PS-ThM12
Feature Profile Evolution in Plasma Processing using OnWafer Monitoring System, T. KUBOTA, Tohoku University, Japan, M. SATO, Harada
SE+PS-ThM12
Substitution of ThO2 by La2O3 for Tungsten Electrodes
used in Atmospheric Plasma Spraying, M. HEISSL, C. MITTERER,
Corporation, Japan, T. IWASAKI, Mizuro Information & Research Institute, Inc., Japan, K.
ONO, Mizuho Information & Research Institute, Inc., Japan, S. SAMUKAWA, Tohoku
University, Japan
Montanuniversitaet Leoben, Austria, T. GRANZER, J. SCHROEDER, M. KATHREIN,
PLANSEE Composite Materials GmbH, Germany
179
Thursday Morning, October 31, 2013
Scanning Probe Microscopy Focus Topic
Room: 202 C - Session SP+AS+BI+MI+NS+SS-ThM
Surface Science
Room: 201 A - Session SS+EN-ThM
Advances in Scanning Probe Imaging
Photocatalysis and Photochemistry at Surfaces
Moderators: S. Allen, The University of Nottingham, UK, A.P. Li, Oak
Ridge National Laboratory
8:00 am
Moderator: G.A. Kimmel, Pacific Northwest National Laboratory
Hindering Influence of Oxygen Vacancies for Photoactivity
on TiO2(110), I. LYUBINETSKY, Z.T. WANG, Pacific Northwest National Laboratory, N.A.
SP+AS+BI+MI+NS+SS-ThM1 Invited
SS+EN-ThM1
Irvine
DESKINS, Worcester Polytechnic Institute, M.A. HENDERSON, Pacific Northwest National
Laboratory
8:20 am
Invited talk continued.
SS+EN-ThM2 Anisotropic Photochemical Reactivity of Rutile (110), A. SONG,
D. JING, M.A. HINES, Cornell University
8:40 am
SP+AS+BI+MI+NS+SS-ThM3
Inelastic Imaging of Single Molecule Dynamics, W. HO, University of California,
Tunneling Resonances Into Engineered
SS+EN-ThM3 Invited
Nanoscale Cavities on a Noble Metal Surface, A. DILULLO, D. ACHARYA, Ohio Partial Oxidation of Alkenes on TiO2(110) through Photochemistry, M.A.
University, N. TAKEUCHI, Universidad Nacional Autónoma de México, S.-W. HLA, Ohio
University
HENDERSON, Pacific Northwest National Laboratory
9:00 am
SP+AS+BI+MI+NS+SS-ThM4
Real-space Spectroscopy and Microscopy of
Tunneling Electron Induced Light Emission from Single Gold
Nanoclusters, S.W. LI, A.X. YU, G. CZAP, W. HO, University of California, Irvine
Invited talk continued.
9:20 am
SP+AS+BI+MI+NS+SS-ThM5
Spatial Mapping of Surface Plasmons in
Nanoscale Ag Islands on Graphite using Scanning Probe Energy Loss
Spectroscopy, K. BAUER, S. MURPHY, L. TANG, R.E. PALMER, University of
SS+EN-ThM5
Energy Transfer and Photostimulated Desorption of Atoms
and Molecules Co-adsorbed with Oxygen on TiO2(110) Surface, N.G.
PETRIK, G.A. KIMMEL, Pacific Northwest National Laboratory
Birmingham, UK
9:40 am
10:00 am
10:20 am
10:40 am
SP+AS+BI+MI+NS+SS-ThM6 Development of a Synchrotron X-Ray Assisted
STM, H. KERSELL, S.-W. HLA, Ohio University, N. SHIRATO, V. ROSE, Argonne National
Laboratory
SS+EN-ThM6
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
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Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
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BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
SP+AS+BI+MI+NS+SS-ThM9 High-Speed AFM Studies of Cell Membrane
Dynamics, A. SLADE, S.C. MINNE, Bruker Nano Inc.
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
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Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
SS+EN-ThM9 TiO2 Nanoparticle Arrays Functionalized with Pt
Photodeposition: Studies Using X-ray Spectroscopies under In Situ
Heating and Hydrogen Annealing, Y. LIU, J. TAING, University of California, Irvine,
11:00 am
SP+AS+BI+MI+NS+SS-ThM10 Photothermal Excitation for Reliable and
Quantitative AFM, A. LABUDA, D. WALTERS, D. BOCEK, M. RUTGERS, J.
CLEVELAND, R. PROKSCH, Asylum Research, an Oxford Instruments Company
11:20 am
SP+AS+BI+MI+NS+SS-ThM11 Invited
Minimally Invasive AFM for Imaging Biomolecules in Liquid, B.W.
Adsorption and Photo-induced Decomposition of Formate on
Rutile TiO2 (110), A. MATTSSON, S. HU, K. HERMANSSON, L. ÖSTERLUND, Uppsala
University, Sweden
C.-C. CHEN, Argonne National Laboratory, H. BLUHM, Z. LIU, Lawrence Berkeley National
Laboratory, M. VEENENDAAL, Argonne National Laboratory, T. DEVEREAUX, SLAC
National Accelerator Laboratory, J.C. HEMMINGER, University of California, Irvine
SS+EN-ThM10 Carrier Dynamics on Oxide Surfaces Studied by Timeresolved Soft X-ray Photoelectron Spectroscopy, S. YAMAMOTO, R.
YUKAWA, The University of Tokyo, Japan, M. EMORI, Sophia University, Japan, K. OZAWA,
Tokyo Institute of Technology, Japan, M. OGAWA, K. FUJIKAWA, SH. YAMAMOTO, R.
HOBARA, I. MATSUDA, The University of Tokyo, Japan
SS+EN-ThM11 Atomic Scale Photochemistry with STM, A.X. YU, S.W. LI, G.
CZAP, Y.N. ZHANG, H.Y. HE, R.Q. WU, W. HO, University of California, Irvine
HOOGENBOOM, University College London, UK
11:40 am
Invited talk continued.
Atomic Structure and Catalytic Activity of Size-Selected
MoS2 Nanoclusters for Water Splitting, R.E. PALMER, M. CUDDY, K. ARKILL,
SS+EN-ThM12
Z.W. WANG, N.V. REES, University of Birmingham, UK
180
Thursday Morning, October 31, 2013
Surface Science
Room: 202 A - Session SS-ThM
Thin Film
Room: 104 A - Session TF+AS+EM+NS+SS-ThM
Chirality & Enantioselectivity on Surfaces
Thin Film: Growth and Characterization I
Moderator: J. Millunchick, University of Michigan
Moderator: P.D. Rack, University of Tennessee
8:00 am
8:20 am
TF+AS+EM+NS+SS-ThM1 Invited
Understanding Strongly Correlated Complex Oxides through Epitaxial
Control, T.Z. WARD, Oak Ridge National Laboratory
Creation of Local Chiral Surface Environments via the
Adsorption of Propylene Oxide on achiral Pt(111) Surfaces, S.
SS-ThM2
Invited talk continued.
KARAKALOS, F. ZAERA, University of California, Riverside
8:40 am
Enantiospecific Adsorption and Decomposition of Aspartic Acid
on Cu(hkl)R&S Surfaces, A.J. GELLMAN, Y. YUN, B.S. MHATRE, Carnegie Mellon
SS-ThM3
University
TF+AS+EM+NS+SS-ThM3 Invited
Tracing the History of Inorganic Thin Films from ~2500 BC to the Early
1900s AD, J.E. GREENE, University of Illinois, Linköping University, National Taiwan
University of Science and Technology
9:00 am
Imaging a Surface Explosion: Autocatalytic Desorption of
Tartaric Acid from Cu(110), T.J. LAWTON*, Tufts University, B.S. MHATRE, V.
SS-ThM4
Invited talk continued.
PUSHKAREV, B.S. HOLSCLAW, A.J. GELLMAN, Carnegie Mellon University, E.C.H.
SYKES, Tufts University
9:20 am
SS-ThM5 Invited
TF+AS+EM+NS+SS-ThM5 Metal-Insulator Transition Induced in SrVO3 Thin
Films, M. GU, S.A. WOLF, J.W. LU, University of Virginia
9:40 am
Invited talk continued.
TF+AS+EM+NS+SS-ThM6
10:00 am
10:20 am
10:40 am
11:00 am
Exploring Enantioselectivity on Chirally Modified Surfaces in Ultrahigh
Vacuum, W.T. TYSOE, University of Wisconsin Milwaukee
Bi-Chromatic Far-Field Optical Probing the
Percolative Metal-Insulator Transition in VO2 Thin Film, L. WANG, I.
BREAK - Complimentary Coffee in Exhibit Hall
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Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
SS-ThM9 Spin-dependent Electron Transmission through Helical Organic
Molecules, B. GOEHLER, M. KETTNER, University of Muenster, Germany, T.Z. MARKUS,
NOVIKOVA, The College of William and Mary, J.M. KLOPF, S. MADARAS, Thomas
Jefferson National Accelerator Facility, E. MADARAS, NASA Langley Research Center, G.P.
WILLIAMS, Thomas Jefferson National Accelerator Facility, R.A. LUKASZEW, The College of
William and Mary
BREAK - Complimentary Coffee in Exhibit Hall
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BREAK - Complimentary Coffee in Exhibit Hall
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Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
TF+AS+EM+NS+SS-ThM9 Magnetron Deposition of IGZO Thin Films Utilizing
dc, Pulsed dc and Bipolar Power Supply, P. BAROCH, J. REZEK, J. HOUSKA,
R. NAAMAN, Weizmann Institute of Science, Israel, H. ZACHARIAS, University of Muenster,
Germany
University of West Bohemia, Czech Republic, P. OZIMEK, A. KLIMCZAK, Huettinger
Electronic
Coverage Dependent Self-Assembled Structures of Glutaric
Acid on Cu(110), E.H. PARK, S. KIM, KAIST, Republic of Korea
TF+AS+EM+NS+SS-ThM10
SS-ThM10
Structure and Optical Properties of
Nanocrystalline Hafnium Oxide Thin Films Made by Sputter-Deposition,
M. VARGAS, C.V. RAMANA, University of Texas at El Paso
11:20 am
Enantioselective Decomposition of L and D Tartaric Acid on
Copper Surface Structure Spread Single Crystals, A. REINICKER, B.S.
SS-ThM11
MHATRE, B.S. HOLSCLAW, A.J. GELLMAN, Carnegie Mellon University
Studies of Electrical and Surface Properties of
High-k Dielectric Gate formed by Al2O3, HfO2, AlxHfyOz and AlHfON on
Silicon via Atomic Layer Deposition, V. OU, Y.S. LIN, R. CANDLER, S. FRANZ,
TF+AS+EM+NS+SS-ThM11
UCLA
11:40 am
Stereodirecting Interactions and Stereodynamics on Chirally
Modified Pt(111), Y. DONG, G. GOUBERT, Y. ZENG, P.H. MCBREEN, J.-C. LEMAY,
SS-ThM12
TF+AS+EM+NS+SS-ThM12 TiO2 Film Crystallization by Post-Deposition
Annealing, A. HENEGAR, T. GOUGOUSI, University of Maryland, Baltimore County
Laval University, Canada
181
* Morton S. Traum Award Finalist
Thursday Morning, October 31, 2013
Thin Film
Room: 102 C - Session TF+PS-ThM
Advanced CVD Methods
Moderator: R.C. Davis, Brigham Young University
8:00 am
Non-destructive Spectroscopic Analysis of Gradient
Hydrocarbon/Fluorocarbon Thin Films to Demonstrate the Formation of
a Stable Gradient Structure during PECVD Film Growth, B.D. TOMPKINS,
TF+PS-ThM1
E.R. FISHER, Colorado State University
8:20 am
CVD Infiltration of Carbon into Carbon Nanotube Forests for
Templated Microfabrication, R.R. VANFLEET, W. FAZIO, J.M. LUND, K. ZUFELT, T.
TF+PS-ThM2
WOOD, D.D. ALLRED, R.C. DAVIS, B.D. JENSEN, Brigham Young University
8:40 am
TF+PS-ThM3 Invited
9:00 am
Invited talk continued.
9:20 am
TF+PS-ThM5
Initiated Chemical Vapor Deposition of Functional Polymers onto Porous
Materials and Liquid Surfaces, M. GUPTA, University of Southern California
Ultrasonic Spray Deposition of Mesoporous WO3 Films
Displaying 100% Optical Modulation, C.-P. LI, Colorado School of Mines, C.
ENGTRAKUL, R.C. TENENT, National Renewable Energy Laboratory, C.A. WOLDEN,
Colorado School of Mines
9:40 am
Preparation and Characterization of CVD & ALD Tungsten &
Molybdenum Thin Films for CNT-M Metallic Microstructures, D.D. ALLRED,
TF+PS-ThM6
R.R. VANFLEET, J.K. ANDERSON, C. BROWN, R.S. HANSEN, Brigham Young University,
D. MCKENNA, University of Notre Dame, R.C. DAVIS, Brigham Young University
10:00 am
10:20 am
10:40 am
BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
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BREAK - Complimentary Coffee in Exhibit Hall
Exhibit Hall Open – Free Events: Coffee; Career Center; Exhibitor
Technology Spotlight Sessions; Caricatures; Massages; Art Zone &
Pumpkin/Contest, E-Mail (with printing); AVS Store, Souvenirs &
Publications; AVS-60 Special Events-History Booth/Trivia Contest
TF+PS-ThM9 Silica Structures by Plasma-enhanced Chemical Vapor
Infiltration of a Carbon Nanotube Template, J.M. LUND, B.D. JENSEN, R.C.
DAVIS, R.R. VANFLEET, Brigham Young University
11:00 am
High Deposition Rate and Uniformity of Silicon Thin Films
Deposited Via Efficient, Low-Damage Surface Wave Plasma Source, J.
TF+PS-ThM10
PECK, P.S. ZONOOZ, D. CURRELI, University of Illinois at Urbana Champaign, M. REILLY,
R. STUBBERS, B. JURCZYK, Starfire Industries, LLC, D.N. RUZIC, University of Illinois at
Urbana Champaign
11:20 am
Ab-initio and Classical Molecular Dynamics Study of
Diffusion of Ti and N Adatoms on the TiN(001) Surface, D.G. SANGIOVANNI,
TF+PS-ThM11
D. EDSTRÖM, L. HULTMAN, Linköping University, Sweden, I.G. PETROV, J.E. GREENE,
University of Illinois at Urbana Champaign, V. CHIRITA, Linköping University, Sweden
11:40 am
Quantum Chemistry Analysis of the Role of Radicals in
Plasma Assisted Atomic Layer Deposition of Silicon Nitride Films, J.
TF+PS-ThM12
YOSHIKAWA, N. FUKIAGE, S.Y. KANG, Tokyo Electron Ltd., P. VENTZEK, Tokyo Electron
America, H. UEDA, Tokyo Electron Ltd.
182
NOTES
183
Thursday Afternoon, October 31, 2013
Applied Surface Science
Room: 204 - Session AS+BI+EM+NL+NS+SS-ThA
Biomaterial Interfaces
Room: 102 B - Session BI+AS+BA+NS+SS-ThA
Biomolecules at Interfaces
Nanoparticle Surface Chemistry II
Moderator: N. Kruse, Université libre de Bruxelles, Belgium
2:00 pm
2:20 pm
AS+BI+EM+NL+NS+SS-ThA1 Invited
Fundamental Explorations of Chemical Bonding and Surface Chemistry
at Graphene Interfaces, B.J. SCHULTZ, V. LEE, R. DENNIS, J. ALDINGER, S.
Moderator: S.M. McArthur, Swinburne University of Technology,
Australia
BI+AS+BA+NS+SS-ThA1 The Protein Resistance Properties of Hydroxy- and
Methoxy-terminated Oligo(ethylene oxide) (OEO) Self-Assembled
Monolayers (SAMs) to Membrane Proteins, M. WALKER, National Institute of
HENDERSON, S. BANERJEE, University at Buffalo, The State University of New York
Standards and Technology (NIST), A. VAISH, D. VANDERAH, National Institute of Standards
and Technology (NIST) and Institute of Bioscience and Biotechnology Research
Invited talk continued.
BI+AS+BA+NS+SS-ThA2
A Bottom-up Approach for Creating Biomimetic
Surfaces with Defined Nanotopographic Structure and Surface
Chemistry, N.P. REYNOLDS, K.E. STYAN, C. EASTON, CSIRO Materials Science &
Engineering, Australia, R. MEZZENGA, ETH Zürich, Switzerland, B. MUIR, P. HARTLEY,
CSIRO Materials Science & Engineering, Australia
2:40 pm
Structure-dependent Trends in Adsorption of
CO, O2, and H2 on Pd and Pt Nanoparticle Catalysts, H. MISTRY, F.
BI+AS+BA+NS+SS-ThA3 Nanoscale Imaging of Peptide-Membrane
Interactions, P.D. RAKOWSKA, National Physical Laboratory, UK
AS+BI+EM+NL+NS+SS-ThA3
BEHAFARID, B. ROLDAN CUENYA, University of Central Florida
AS+BI+EM+NL+NS+SS-ThA4 CO-induced Scavenging of Oxide-Supported
Platinum Nanoclusters, N. CHAABANE, INSTN, CEA, France, R. LAZZARI, J.
JUPILLE, INSP, UPMC and CNRS, France, G. RENAUD, INSC, CEA, France, EA.
SOARES, ICEx-IFMG, BeloHorizonte MG, Brazil
BI+AS+BA+NS+SS-ThA4
3:20 pm
BREAK
BREAK
3:40 pm
AS+BI+EM+NL+NS+SS-ThA6
Adsorption Energies of Cu Nanoparticles on
CeO2-x(111) Supports Studied by Microcalorimetry, T.E. JAMES, S.L.
BI+AS+BA+NS+SS-ThA6 Invited
HEMMINGSON, C.T. CAMPBELL, University of Washington
University of Washington
4:00 pm
AS+BI+EM+NL+NS+SS-ThA7 Invited
Invited talk continued.
4:20 pm
Invited talk continued.
BI+AS+BA+NS+SS-ThA8
4:40 pm
AS+BI+EM+NL+NS+SS-ThA9
3:00 pm
5:00 pm
5:20 pm
5:40 pm
Development of Molecular Modeling Capabilities in
LAMMPS Specifically Designed for the Efficient and Accurate Simulation
of Biomolecule-Surface Interactions, R.A. LATOUR, Clemson University, C.D.
LORENZ, King's College-London, UK
Dynamic Nanomaterials for Diagnostics and Drug Delivery, P. STAYTON,
Spontaneous Multi-electron Transfer from the Surfaces of Colloidal PbS
Quantum Dots, K.E. KNOWLES, M. MALICKI, E.A. WEISS, Northwestern University
Determination of Orientation and Tertiary Structure
of Adsorbed Protein on Material Surfaces by Chemical Modification and
Peptide Mapping, A.A. THYPARAMBIL, Y. WEI, R.A. LATOUR, Clemson University
Complimentary XPS and AES Analysis of MoS3 BI+AS+BA+NS+SS-ThA9 Exploring the Formation, Lifetime and Dissociation
Solid Lubricant Coatings, J.R. LINCE, The Aerospace Corporation, S.S. ALNABULSI, Statistics of Acid-Amine Bonds, S. RAMAN, M. VALTINER, Max Planck Institute für
D.F. PAUL, J.F. MOULDER, J.S. HAMMOND, Physical Electronics Inc.
Eisenforschung GmbH, Germany
Nanocrystal-ligand Bonding Characterized by
Surface-specific Heterometallic Probes and X-ray Spectroscopy, D.F.
BI+AS+BA+NS+SS-ThA10
AS+BI+EM+NL+NS+SS-ThA10
OGLETREE, E.L. ROSEN, K. GILMORE, A.M. SAWVEL, A.T. HAMMACK, S.E. DORRIS, S.
ALONI, M.V.P. ALTOE, Lawrence Berkeley National Laboratory, D. NORDLUND, T.-C.
WENG, D. SOKARAS, SLAC National Accelerator Laboratory, B.E. COHEN, J.J. URBAN,
D.J. MILLIRON, D. PRENDERGAST, BA. HELMS, Lawrence Berkeley National Laboratory
AS+BI+EM+NL+NS+SS-ThA11 Simple Room Temperature Process to
Produce Large Areas Covered with ZnO Nanorods via Corrosion, D.
IQBAL, Max Planck Institut fur Eisenforschung GmbH, Germany
Thiolene Reaction Applied to Different Metal
Oxide Surfaces: Role of Short and Long PEG-terminated Chains on
Biomolecules Solution Adsorption, A. GALTAYRIES, A. DELLINGER, Chimie
ParisTech, France, V. SEMETEY, Institut Curie, France
Immobilization of Peptide-Based StimuliResponsive Biomolecules on Silica Surfaces, L. LI, O. IM, J. HARRIS, W. HAN,
BI+AS+BA+NS+SS-ThA11
A. CHILKOTI, G.P. LÓPEZ, Duke University
Microfluidic Extraction and Labeling of Methylated
DNA from Small Cell Populations for Single-Molecule Analysis, J.
BI+AS+BA+NS+SS-ThA12
BENITEZ, J. TOPOLANCIK, H. TIAN, C. WALLIN, V. ADIGA, P. MURPHY, J. HAGARMAN,
P. SOLOWAY, H.G. CRAIGHEAD, Cornell University
184
Thursday Afternoon, October 31, 2013
Electronic Materials and Processing
Room: 101 B - Session EM2-ThA
Electronic Materials and Processing
Room: 102 A - Session EM-ThA
Non-traditional Inorganic Semiconductors
Materials and Process for Advanced Interconnects II
Moderators: S. Durbin, University at Buffalo-SUNY, D.O. Scanlon,
University College London, UK
2:00 pm
2:20 pm
Moderators: S.W. King, Intel Corporation, E. Mays, Intel Corporation
Electrically Detected Magnetic Resonance of Deep Level
Centers in SiCN:H Dielectrics, M. MUTCH, P.M. LENAHAN, Penn State University,
EM2-ThA1 Invited
EM-ThA1
D.O. SCANLON, University College London, UK
S.W. KING, Intel Corporation
Invited talk continued.
EM-ThA2
Electronic Structure and Defect Chemistry of II-IV-V2 Semiconductors,
Effect of Hybrid Cleaning in Mitigating Low-k Damage for
Critical BEOL Applications at 20 nm Node and Beyond, N. MOHANTY, J.
STILLAHN, Y.P. FEURPRIER, T. YOSHIDA, T. YAMAMURA, L. WANG, Y. CHIBA, K.
KUMAR, D.M. MORVAY, P. BIOLSI, TEL Technology Center, America, LLC, S. MISHRA, W.
HWANG, M. WANG, GLOBALFOUNDRIES U.S. Inc.
2:40 pm
EM2-ThA3 Invited
The Role of Native Defects in the Electrical Conductivity of Metal-Oxide
Semiconductors, A. JANOTTI, University of California, Santa Barbara
EM-ThA3 Invited
Cu Interconnects at 1x Node - Challenges & Approaches, S.
KESAPRAGADA, Applied Materials, Inc.
3:00 pm
Invited talk continued.
Invited talk continued.
3:20 pm
BREAK
BREAK
3:40 pm
EM2-ThA6 Invited
EM-ThA6
W.R. LAMBRECHT, A. PUNYA, Case Western Reserve University
I. KARIM, H. QIU, E. KO, R. TARAFDAR, K. COLINJIVADI, J. HAHN, K. LEESER, K.
ASHTIANI, Lam Research Corp
Invited talk continued.
EM-ThA7
4:00 pm
Electronic and Lattice Dynamical Properties of II-IV-N2 Semiconductors,
Selective Deposition of Cu Film in Recessed Features using a
Hollow Cathode Magnetron Physical Vapor Deposition Source, A. DULKIN,
Analysis of Grain Structure and Electrical Resistivity of 17 nm
Half-Pitch Copper Wires, J.S. CHAWLA, K.J. GANESH, B.J. KRIST, J.S. CLARKE,
H.J. YOO, Intel Corporation
4:20 pm
The Role of Gas-phase Reaction during Co-CVD using
Amidinate Precursor for ULSI-Cu Liner Application, Y. SUZUKI, H. SHIMIZU,
EM2-ThA8 Invited
EM-ThA8
University of Liverpool, UK
T. MOMOSE, Y. SHIMOGAKI, University of Tokyo, Japan
4:40 pm
Invited talk continued.
EM-ThA9
5:00 pm
EM2-ThA10 Single Crystal Growth of ZnSnN2 by Molecular Beam Epitaxy,
N. FELDBERG, J.D. ALDOUS, University at Buffalo, W.M. LINHART, T.D. VEAL, University
of Liverpool, UK, P.A. STAMPE, R.J. KENNEDY, Florida A&M University, D.O. SCANLON,
University College London, UK, L.F.J. PIPER, Binghamton University, L. SCHWEIDENBACK,
A. PETROU, S. DURBIN, University at Buffalo
EM-ThA10 Chemical Mechanical Polishing of Gold, G. KARBASIAN, H. XING,
A.O. ORLOV, P.J. FAY, G.L. SNIDER, University of Notre Dame
5:20 pm
EM2-ThA11 Invited
Novel Nitrides and Bismides: Growth and Optical Properties, T.D. VEAL,
EM-ThA11 Effect of Nucleation Layer on Electrical Properties of W-contact
Growth and Characterization of Zn-IV-Nitride Semiconductors, K. KASH, P. in Sub 2x nm Flash Devices, K.H. LEE, S.W. KIM, K.S. LEE, T.H. KIM, S.S. LEE,
QUAYLE, E. BLANTON, Case Western Reserve University
5:40 pm
Copper Reflow Modeling, P. STOUT, Applied Materials
S.H. KIM, J.H. WON, Samsung Electronics, Republic of Korea
Invited talk continued.
185
Thursday Afternoon, October 31, 2013
Graphene and Other 2D Materials Focus Topic
Room: 101 A - Session GR+EM+NS+SS+TF-ThA
Beyond Graphene: Other 2D Electronic Materials and their
Heterostructures
Graphene and Other 2D Materials Focus Topic
Room: 104 B - Session GR+AS+BI+PS+SS-ThA
Plasma Processing, Surface Chemistry, Functionalization,
and Sensor Applications of 2D Materials
2:00 pm
2:20 pm
Moderator: P.E. Sheehan, Naval Research Laboratory
GR+AS+BI+PS+SS-ThA1 Carbon Monoxide-induced Reduction and Healing
of Graphene Oxide, S.L. WEEKS, B. NARAYANAN, B.N. JARIWALA, Colorado School
Moderators: J.A. Robinson, The Pennsylvania State University, A.
Turchanin, University of Bielefeld, Germany
GR+EM+NS+SS+TF-ThA1 Functionalization of MoS2 Surfaces for High-k
Atomic Layer Deposition, S. MCDONNELL, A. AZCATL, C. BUIE, N. LU, J. KIM, C.L.
of Mines, B. MACCO, J.W. WEBER, Eindhoven University of Technology, Netherlands,
M.C.M. VAN DE SANDEN, Eindhoven University of Technology; DIFFER, Netherlands, C.V.
CIOBANU, S. AGARWAL, Colorado School of Mines
HINKLE, M.J. KIM, R.M. WALLACE, University of Texas at Dallas
Plasma Enhanced ALD of Hafnium Oxide on
Graphene Layer with Plasma Pretreatment, T. KITAJIMA, T. NAKANO, National
GR+EM+NS+SS+TF-ThA2 Silicene: From Single Sheets to Multilayers, G. LE
LAY, A. RESTA, Aix-Marseille University, France
GR+AS+BI+PS+SS-ThA2
Defense Academy of Japan
2:40 pm
3:00 pm
GR+AS+BI+PS+SS-ThA3 Detection of Uranium and Plutonium by GrapheneBased Nanosensors, G. SANDI, Argonne National Laboratory, A. BOBADILLA, Texas
A&M University, A.V. SUMANT, L. OCOLA, Argonne National Laboratory, J. SEMINARIO,
Texas A&M University, C. MERTZ, M. KAMINSKI, Argonne National Laboratory
GR+EM+NS+SS+TF-ThA3 Invited
Damage-free Etching of Graphene using Oxygen
Neutral Beam towards Edge State Control, T. OKADA, K. IGARASHI, S.
Invited talk continued.
GR+AS+BI+PS+SS-ThA4
Topological Valleytronics in Monolayers of Group-VI Dichalcogenides, D.
XIAO, Carnegie Mellon University
SAMUKAWA, Tohoku University, Japan
3:20 pm
BREAK
BREAK
3:40 pm
GR+AS+BI+PS+SS-ThA6 Controlling the Chemistry of Graphene, S.
HERNÁNDEZ, E.H. LOCK, Naval Research Laboratory, C. BENNETT, Nova Research, C.
JUNKERMEIER, F. BEZARES, S. TSOI, Naval Research Laboratory, R. STINE, Nova
Research, J.T. ROBINSON, J. CALDWELL, T. REINECKE, P.E. SHEEHAN, C.R.
TAMANAHA, S.G. WALTON, Naval Research Laboratory
GR+EM+NS+SS+TF-ThA6 Invited
4:00 pm
GR+AS+BI+PS+SS-ThA7
Covalent Functionalization of Graphene with
Fluorine by Plasma Treatment, G. MORDI, S. JANDHYALA, S. MCDONNELL, R.M.
Invited talk continued.
Controlled Scalable Synthesis of Uniform High-quality Monolayer and
Fewlayer MoS2 Films, L. CAO, North Carolina State University
WALLACE, J. KIM, The University of Texas at Dallas
GR+AS+BI+PS+SS-ThA8
Field Effect Control of Carrier Conduction in
Helium Ion Irradiated Graphene, S. NAKAHARAI, T. IIJIMA, S. OGAWA, AIST,
GR+EM+NS+SS+TF-ThA8 Invited
Japan, S.-L. LI, K. TSUKAGOSHI, NIMS, Japan, S. SATO, N. YOKOYAMA, AIST, Japan
HEINZ, Columbia University
4:40 pm
GR+AS+BI+PS+SS-ThA9 Oxidation of Epitaxial Graphene Grown on Si-face
SiC Substrate, M.Z. HOSSAIN, M.B.A. RAZAK, Gunma University, Japan, S.
YOSHIMOTO, K. MUKAI, J. YOSHINOBU, The University of Tokyo, Japan, H. SONE,
Gunma University, Japan, M.C. HERSAM, Northwestern University
Invited talk continued.
5:00 pm
GR+AS+BI+PS+SS-ThA10 Invited
Epitaxial Graphene Oxide, E. RIEDO, A. BONGIORNO, Georgia Institute of
Technology, Y.J. CHABAL, University of Texas at Dallas, C. BERGER, Georgia Institute of
Technology, C. ARUTA, CNR
GR+EM+NS+SS+TF-ThA10
Invited talk continued.
GR+EM+NS+SS+TF-ThA11 Electronic Activity of Silicene Boundaries, Edges,
and Defects, A.J. MANNIX, B.T. KIRALY, M.C. HERSAM, Northwestern University, N.P.
GUISINGER, Argonne National Laboratory
4:20 pm
5:20 pm
5:40 pm
Electronic and Optical Properties of MoS2 at Monolayer Thickness, T.F.
Low Energy Ion Scattering Studies of the Surface
Termination and Structure of Bismuth Selenide, W. ZHOU, X. HE, Z.Y. WANG,
J. SHI, J.A. YARMOFF, University of California, Riverside
A Large Scale Epitaxial Growth of h-BN and
Graphene Hybrid Structures (BNCs) on 6H-SiC (0001) Controlled a
Ratio of h-BN and Graphene by Annealing Temperature, H.-C. SHIN, S.J.
GR+EM+NS+SS+TF-ThA12
AHN, B.G. SHIN, J.-R. AHN, Sungkyunkwan University, Republic of Korea
186
Thursday Afternoon, October 31, 2013
Helium Ion Microscopy Focus Topic
Room: 203 A - Session HI-ThA
In Situ Spectroscopy and Microscopy Focus Topic
Room: 203 B - Session IS+EN+SP+SS-ThA
Imaging and Lithography with Helium Ions
In Situ Studies of Electrochemical Interfaces and Processes
HI-ThA1 Invited
IS+EN+SP+SS-ThA1
Moderator: G. Hlawacek, University of Twente, Netherlands
2:00 pm
Moderator: A. Kolmakov, Southern Illinois University Carbondale
Direct In Situ Probe of Electrochemical Processes in
Operating Fuel Cells, S.S. NONNENMANN, R. KUNGAS, J.M. VOHS, D.A. BONNELL,
Imaging of Biological Cells and Carbon Nanomembranes with Helium
Ion Microscopy, A. BEYER, Bielefeld University, Germany
University of Pennsylvania
2:20 pm
Invited talk continued.
IS+EN+SP+SS-ThA2 Ex Situ Lift-Out of Specimens for In Situ TEM Studies,
L.A. GIANNUZZI, L.A. Giannuzzi & Associates LLC, Z. YU, M.P. HARMER, Lehigh
University
2:40 pm
HI-ThA3 Invited
IS+EN+SP+SS-ThA3 Invited
Patterning of Sub-10 nm Optical Apertures on Single Crystal Metallic
Films with the Helium Ion Microscope, D. PICKARD, Unaffiliated, H.F. HAO, V.
In Situ Characterization of Thermal Degradation of LiNi0.8Co0.15Al0.05O2
Cathode Materials for Lithium Ion Batteries: Insights from Combined
Synchrotron XRD, XAS and Environmental Microscopy Studies, E. STACH,
VISWANATHAN, National University of Singapore, M. BOSMAN, IMRE , A*STAR, J.
DORFMÜLLER, H. GIESSEN, University of Stuttgart, Germany, A.S. YUSUF, Z.K. AI, Y.
WANG, M. MAHMOUDI, National University of Singapore
3:00 pm
Invited talk continued.
S. HWANG, S.-M. BAK, K.-W. NAM, Brookhaven National Lab, W. CHANG, Korean Inst. of
Science and Technology, X. YU, E. HU, K.-B. KIM, Brookhaven National Lab, K.-Y. CHUNG,
Korean Inst. for Science and Technology, X.-Q. YANG, Brookhaven National Lab
Invited talk continued.
3:20 pm
BREAK
BREAK
3:40 pm
HI-ThA6
Characterization of 2D Materials by using Scanning Helium Ion
Microscopy, H.X. GUO, J.H. GAO, D. FUJITA, National Institute for Materials Science,
IS+EN+SP+SS-ThA6
Japan
Eisenforschung GmbH, Germany, S.H. DONALDSON, K. KRISTIANSEN, M.A. GEBBIE, J.N.
ISRAELACHVILI, University of California, Santa Barbara
HI-ThA7
Helium Ion Microscopy of CVD-grown Films: Transition Metals
and Catalytically Active Transition Metal Oxides, H. VIEKER, A. BEYER, Z.-Y.
IS+EN+SP+SS-ThA7 Invited
TIAN, P. MOUNTAPMBEME KOUOTOU, A. EL KASMI, K. KOHSE-HÖINGHAUS, A.
GÖLZHÄUSER, Bielefeld University, Germany
Laboratory
4:00 pm
In Situ Measurement and Control of Interaction Forces
at Electrified Softmatter | Metal Interfaces, M. VALTINER, Max Planck Institut fur
4:20 pm
HI-ThA8 Helium Ion Microscopy of Blood Clot Microstructure, S.A. BODEN,
University of Southampton, UK, G. MILLS, P.A. EVANS, Morriston Hospital, UK, M.
BAGNALL, H.N. RUTT, University of Southampton, UK
4:40 pm
HI-ThA9
Invited talk continued.
Formation of “Ridge” like Structures for Possible Suppression of IS+EN+SP+SS-ThA9 The Lithium-Induced Conversion Reaction of CoO
Secondary Electron Emission on Cu and Al Surfaces, V. SHUTTHANANDAN, Thin Film Battery Materials in Ultra-High Vacuum, R. THORPE, S. RANGAN,
S. MANAMDHAR, M.I. NANDASIRI, A. DEVARAJ, D.E. PEREA, S.A. THEVUTHASAN, D.M.
ASNER, Pacific Northwest National Laboratory, D. RUBIN, W.H. HARTUNG, Y. LI, Cornell
University
5:00 pm
In Situ Studies of Strain Evolution in Graphene on Ir(111) and Interplay
with Magnetic Few Layer Cobalt Films, A. N'DIAYE, Lawrence Berkeley National
M. SINA, F. COSANDEY, R.A. BARTYNSKI, Rutgers University
High Resolution Surface Imaging of Uncoated Cell-Mineral
Aggregates with Helium Ion Microscopy, C.J. BURKHARDT, NMI Natural and
HI-ThA10
Medical Sciences Institute at the University of Tuebingen, Germany, M. OBST, University of
Tuebingen, Germany, B. SCHROEPPEL, NMI, Germany, F. ZEITVOGEL, University of
Tuebingen, Germany
5:20 pm
Towards SIMS on the Helium Ion Microscope: Detection Limits
and Experimental Results on the ORION, T. WIRTZ, D. DOWSETT, Centre de
HI-ThA11
Recherche Public – Gabriel Lippmann, Luxembourg, S. SIJBRANDIJ, J.A. NOTTE, Carl
Zeiss Microscopy
5:40 pm
Blunt Tungsten Tip Cleaning with Nitrogen Gas Reaction in
Ultra-high Vacuum, I.-Y. PARK, B. CHO, C. HAN, J. KIM, S.J. AHN, KRISS, Republic of
HI-ThA12
Korea
187
Thursday Afternoon, October 31, 2013
Accelerating Materials Discovery for Global Competitiveness Nanoparticle-Liquid Interfaces Focus Topic
Focus Topic
Room: 201 B - Session NL+AS+BI-ThA
Room: 202 B - Session MG-ThA
Nanoparticles with Proteins and Cells: Modelling and
Theory, Computation and Data-Enabled Scientific Discovery Measurement
2:00 pm
Moderator: T. Mueller, Johns Hopkins University
MG-ThA1 High-throughput Quantum Chemistry and Virtual Screening for
Materials Solutions, M.D. HALLS, D.J. GIESEN, H.S. KWAK, A. GOLDBERG, T.F.
HUGHES, Y. CAO, Schrödinger Inc.
Moderator: D.G. Castner, University of Washington
NL+AS+BI-ThA1 Invited
Nanoscale Interface Between Engineered Matter and Living Organisms:
Understanding the Biological Identity of Nanosized Materials, K. DAWSON,
University College, Dublin
2:20 pm
MG-ThA2
Computational Materials Design: Precious Material Free
Catalyst for NO Dissociation, H. KASAI, A.A. PADAMA, Osaka University, Japan
Invited talk continued.
2:40 pm
MG-ThA3 Invited
NL+AS+BI-ThA3 Invited
Computer-aided Design of Materials for CO2 Utilisation, N.H. DE LEEUW,
Unaffiliated, A. ROLDAN, N. HOLLINGSWORTH, J. GOODALL, University College London,
UK
In Silico Modelling and Prediction of the Biological Effects of
Nanoparticles, D.A. WINKLER, V.C. EPA, F.R. BURDEN, CSIRO Materials Science &
Engineering, Australia, C. TASSA, R. WEISSLEDER, Harvard Medical Center, S. SHAW,
Massachusetts General Hospital and Harvard Medical School
3:00 pm
Invited talk continued.
Invited talk continued.
3:20 pm
BREAK
BREAK
3:40 pm
MG-ThA6 Invited
NL+AS+BI-ThA6
Surface Technology Solutions: Materials Design for Aero-Engine Gas
Turbine Applications, J.R. RODGERS, Toth Information Systems Inc., Canada
4:00 pm
Invited talk continued.
4:20 pm
MG-ThA8 Invited
4:40 pm
Invited talk continued.
5:00 pm
MG-ThA10 Invited
5:20 pm
Invited talk continued.
Quantitative Characterization of Bacterial Cell Loading
with Nanoparticles, C. SOUSA, D. SEQUEIRA, P.M. MARTINS, University of Minho,
Portugal, Y.V. KOLEN’KO, International Iberian Nanotechnology Laboratory, Portugal, S.
LANCEROS-MÉNDEZ, University of Minho, Portugal, D.Y. PETROVYKH, International
Iberian Nanotechnology Laboratory, Portugal
NL+AS+BI-ThA7 Protein-Corona: A New Gateway to Disease
Therapeutics, K. GIRI, P. MUKHERJEE, M. ZIMMERMANN, S. KHADER, B. MADDEN,
D. MCCORMICK, Mayo Clinic
Exploring Electronic Structure in the Search for New Functional
Materials, M. KLINTENBERG, Uppsala University, Sweden
Data-Driven Discovery of Physical, Chemical, and Pharmaceutical
Materials, B.A. JONES, IBM Almaden Research Center
5:40 pm
188
Thursday Afternoon, October 31, 2013
Plasma Science and Technology
Room: 104 C - Session PS-ThA
Advanced Surface Engineering
Room: 203 C - Session SE+NS+TF-ThA
Nanostructured Thin Films and Coatings
Low Damage Processing
2:00 pm
Moderator: E.V. Johnson, LPICM-CNRS, Ecole Polytechnique, France
Moderators: C. Mitterer, Montanuniversität Leoben, M. Stueber,
Karlsruhe Institute of Technology
PS-ThA1 Invited
SE+NS+TF-ThA1 Invited
Damage Control: Electron Beam Generated Plasmas for Low Te
Processing, S.G. WALTON, Naval Research Laboratory
John A. Thornton Memorial Award Lecture - Control of Micro- and
Nanostructure in Hard Coatings: Recent Advances, I.G. PETROV*, J.E.
GREENE, L. HULTMAN, University of Illinois at Urbana Champaign and Linköping University,
Sweden
2:20 pm
Invited talk continued.
Invited talk continued.
2:40 pm
PS-ThA3
Numerical Simulation of Oxidation Process in Silicon by O2 Gas
Cluster Beam, K. MIZOTANI, M. ISOBE, S. HAMAGUCHI, Osaka University, Japan
SE+NS+TF-ThA3
High Pressure and High Temperature Stabilization of
Cubic AlN in Ti0.60Al0.40N, N. NORRBY, H. LIND, Linköping University, Sweden, G.
PARAKHONSKIY, University of Bayreuth, Germany, M.P. JOHANSSON-JÕESAAR, F.
TASNÁDI, Linköping University, Sweden, L.S. DUBROVINSKY, N. DUBROVINSKAIA,
University of Bayreuth, Germany, I.A. ABRIKOSOV, M. ODÉN, Linköping University, Sweden
3:00 pm
Ultra-low k Dielectric and Plasma Damage Control for Advanced SE+NS+TF-ThA4 Surface Chemistry and Interaction with Polymers of
Technology Nodes (10-nm and Below), F. LAZZARINO, IMEC, Belgium, M.
TiAlNO Protective Coatings Deposited by HPPMS, C. KUNZE, S. WASCHKE,
PS-ThA4
KRISHTAB, KU Leuven, Belgium, S. TAHARA, TEL, Belgium, M. BAKLANOV, IMEC,
Belgium
University of Paderborn, Germany, M. BABEN, D. MUSIC, J.M. SCHNEIDER, RWTH Aachen
University, Germany, G. GRUNDMEIER, University of Paderborn, Germany
3:20 pm
BREAK
BREAK
3:40 pm
PS-ThA6
4:00 pm
4:20 pm
4:40 pm
5:00 pm
5:20 pm
5:40 pm
High Temperature Etching of GaN Preserving Smooth and
SE+NS+TF-ThA6 Oxidation Resistant Zr/Hf-Si-B-C(-N) Films with High
Stoichiometric GaN Surface, R. KOMETANI, K. ISHIKAWA, K. TAKEDA, H. KONDO, Electrical Conductivity, P. ZEMAN, S. PROKSOVA, J. KOHOUT, P. MARES, R.
M. SEKINE, M. HORI, Nagoya University, Japan
CERSTVY, J. VLCEK, University of West Bohemia, Czech Republic
PS-ThA7
Investigation of Surface Roughness in III-V Semiconductors
After an In Situ Hydrogen Plasma Clean Prior to PEALD, E. CLEVELAND,
SE+NS+TF-ThA7
NRL-ASEE, L. RUPPALT, B. BENNETT, S.M. PROKES, NRL
Leoben, Austria, B. SARTORY, Materials Center Leoben Forschung GmbH, Austria, J.
KECKES, Montanuniversität Leoben, Austria, J. LU, L. HULTMAN, Linköping University,
Sweden, C. MITTERER, Montanuniversität Leoben, Austria
PS-ThA8
Fabrication of GaAs/AlGaAs Nano-Pillars using Bio-Template
Combined with Neutral Beam Defect-Free Etching, C. THOMAS, Y. TAMURA,
SE+NS+TF-ThA8
A. HIGO, Tohoku University, Japan, N. OKAMOTO, I. YAMASHITA, Nara Institute of Science
and Technology, Japan, S. SAMUKAWA, Tohoku University, Japan
BOLVARDI, L. CONRADS, J.M. SCHNEIDER, RWTH Aachen University, Germany
PS-ThA9
Conductive Carbon Film Formation at Low Temperature (R. T.)
using Neutral-Beam-Enhanced Chemical-Vapor-Deposition, Y. KIKUCHI,
SE+NS+TF-ThA9
Tohoku University and Tokyo Electron, Japan, S. SAMUKAWA, Tohoku University, Japan
Belgium, D. COSSEMENT, Materia Nova, J.-F. PAUL, Université Lille, France, F. RENAUX,
Materia Nova, R. SNYDERS, University of Mons, Belgium
PS-ThA10
Numerical Simulation of Total Processes of Neutral Beam
Etching from Generation of Neutral Beam by Collision of Ions against
Graphite Sidewall to 3-dimensional Etching Profile, N. WATANABE, S.
SE+NS+TF-ThA10 Invited
OHTSUKA, Mizuho Information & Research Inst., Japan, S. MOCHIZUKI, Mathematical
Systems, Japan, T. KUBOTA, Tohoku Univ., Japan, T. IWASAKI, Y. IRIYE, K. ONO, Mizuho
Information & Research Inst., Japan, S. SAMUKAWA, Tohoku Univ., Japan
PS-ThA11 Controlling the Attributes of Electron Beam Generated
Processing Plasmas, D.R. BORIS, E.H. LOCK, R.F. FERNSLER, S.G. WALTON,
Naval Research Laboratory
SCHAAF, D. WANG, Y. YAN, A. HERZ, TU Ilmenau, Germany
Time-resolved Discharge Observation of an Argon Plasma
Generated by Commercial Electronic Ballast for Remote Plasma
Removal Process, T. CHO, Y. SEN, R. BOKKA, S. PARK, D. LUBOMIRSKY, S.
SE+NS+TF-ThA12 Silicone Nanofilaments as a Novel Carrier Material for
Catalysts, G.R. MESECK, S. SEEGER, University of Zurich, Switzerland
PS-ThA12
Interfacial and Inter-Diffusion Studies of Epitaxial TiN/Cu
Layers on MgO(001), M. MÜHLBACHER, F. MENDEZ MARTIN, Montanuniversität
The Effect of Si Alloying on the Thermal Stability of Al2O3
Films Deposited by Filtered Cathodic Arc, F. NAHIF, D. MUSIC, S. MRÁZ, H.
A Multitechnique Study of the Interfacial Reaction
between TiO2 Surfaces and Molybdenum, X. NOIRFALISE, University of Mons,
Ordered Arrays of Solid and Nanoporous Nanostructures: Particles,
Alloy Particles, Pillars, Composites - From Design to Applications, P.
Invited talk continued.
VENKATARAMAN, Applied Materials Inc.
189
* John A. Thornton Memorial Award Winner
Thursday Afternoon, October 31, 2013
Scanning Probe Microscopy Focus Topic
Room: 202 C - Session SP+AS+BI+EM+MI+NS+SE+SS-ThA
Surface Science
Room: 201 A - Session SS1-ThA
Probe-sample Interactions, Nano-manipulation and
Emerging Instrument Formats
Organic Layers on Surfaces
2:00 pm
SP+AS+BI+EM+MI+NS+SE+SS-ThA1 Invited
SS1-ThA1
2:20 pm
Austria, N. KODERA, Kanazawa Univ., Japan, J. TANG, Chinese Academy of Sciences, A.
EBNER, Johannes Kepler Univ., Austria, M. BRAMESHUBER, Vienna Univ. of Tech.,
Austria, D. BLAAS, Medical Univ. of Vienna, Austria, N. ILK, Univ. of Natural Resources &
Applied Life Sci. Vienna, Austria, H.J. GRUBER, Johannes Kepler Univ., Austria, T. ANDO,
Kanazawa Univ., Japan, P. HINTERDORFER, Johannes Kepler Univ. & Ctr for Adv.
Bioanalysis GmbH, Austria
Invited talk continued.
Moderator: A.J. Gellman, Carnegie Mellon University
Moderator:
Stability Reversal and Superstructure Formation of
Photochromic Diarylethene on Noble Metals, T.K. SHIMIZU, J. JUNG, H.
Antibody Movement on Regular Antigen Clusters: Fab Arms are Made
for Walking, J. PREINER, Johannes Kepler Univ. & Ctr for Adv. Bioanalysis GmbH,
IMADA, Y. KIM, RIKEN, Japan
Transient Effects in Optical Properties of Organic
Semiconductor Blends Observed in Real Time during Growth and Their
Connection to Film Structure, K. BROCH, A. GERLACH, C. LORCH, J. DIETERLE,
SS1-ThA2
J. NOVAK, A. HINDERHOFER, F. SCHREIBER, University of Tuebingen, Germany
2:40 pm
SP+AS+BI+EM+MI+NS+SE+SS-ThA3
Development of a Novel Single-Molecule
Force Based Approach for Fragment Screening, G.A. MILSON, University of
SS1-ThA3
Charge Transfer between Donor-Acceptor Molecular Networks
and Metal Surfaces, K. LAUWAET, IMDEA-Nanociencia, Spain, J. RODRÍGUEZ
Nottingham, UK
FERNÁNDEZ, M.R. RELAÑO, S. DÍAZ-TENDERO, M. ALCAMÍ, Universidad Autónoma de
Madrid, Spain, N. MARTÍN, Universidad Complutense de Madrid, Spain, F. MARTÍN,
Universidad Autónoma de Madrid, Spain, J.M. GALLEGO, R. OTERO, R. MIRANDO,
IMDEA-Nanociencia, Spain
SS1-ThA4 Extending Crystalline Organic Nanostructures at Surfaces into
Multilayer Films, S.L. TAIT, D. SKOMSKI, C. TEMPAS, Indiana University
3:00 pm
SP+AS+BI+EM+MI+NS+SE+SS-ThA4 Popping Nano-Balloons on TiO2(110)
Surface with the STM Tip, D.V. POTAPENKO, Z. LI, R.M. OSGOOD, Columbia
University
3:20 pm
BREAK
BREAK
3:40 pm
SP+AS+BI+EM+MI+NS+SE+SS-ThA6 Invited
SS1-ThA6 Invited
Manipulating Magnetism One Atom at a Time, S. LOTH, Center for FreeElectron Laser Science, Germany
Interface Formation and Nanocrystallization in Molecular Semiconductor
Films, J. REUTT-ROBEY, University of Maryland
4:00 pm
Invited talk continued.
Invited talk continued.
4:20 pm
SP+AS+BI+EM+MI+NS+SE+SS-ThA8 Invited
High-speed AFM with a Light Touch, M. MILES, R. HARNIMAN, D.J. PHILLIPS,
L.M. PICCO, O. PAYTON, M. ANTOGNOZZI, S. SIMPSON, S. HANNA, D.J. ENGLEDEW,
University of Bristol, UK, G. GIBSON, R. BOWMAN, M.J. PADGETT, University of Glasgow,
UK
SS1-ThA8
4:40 pm
Invited talk continued.
5:00 pm
SP+AS+BI+EM+MI+NS+SE+SS-ThA10 Invited
5:20 pm
5:40 pm
Passivation of Metallic Al Surface with Monolayer Organic
Adsorbates, T. YAMADA, R. SATO, RIKEN, Japan, K. WATANABE, Science University of
Tokyo, Japan, M. KAWAI, The University of Tokyo, Japan
New Topologies in Iron Coordination Networks with CyanoContaining Organic Linkers, J.M. GALLEGO, IMDEA-Nanociencia, Spain, J.
Invited talk continued.
SS1-ThA11
Mapping Local Dipole Domains within
Two-Dimensional Plastic Lattices, J.C. THOMAS, J.J. SCHWARTZ, H.S. AULUCK,
G. TRAN, J. GILLES, S. OSHER, University of California at Los Angeles, C.A. MIRKIN,
Northwestern University, P.S. WEISS, University of California at Los Angeles
GOIRI, Donostia International Physics Center (DIPC), Spain, C. ROGERO, MPC, Spain, L.
FLOREANO, CNR-IOM, Lab Nazionale TASC, Italy, D. MOWBRAY, J.L. CABELLOSQUIROZ, DIPC, Spain, Y. WAKAYAMA, International Center for Materials
Nanoarchitectonics (WPI-MANA), Japan, A. RUBIO, Univ. del País Vasco, Spain, J.E.
SS1-ThA9
Morphology
of Submonomolecular
Layers
of PTCDI-C8 on
ORTEGA, Univ.
del Paıs Vasco,
Spain, D.G. DE OTEYZA,
DIPC, Spain
(16x2) Reconstructed Si(110), K. LAMENT, P. MAZUR, S. ZUBER, W. KAMINSKI,
A. CISZEWSKI, University of Wroclaw, Poland
SS1-ThA10
Multimodal and Multispectral Nano-imaging: Accessing the Structure
Underlying the Function of Polymers, organic Photovoltaics, and
Biomaterials, M.B. RASCHKE, University of Colorado at Boulder
SP+AS+BI+EM+MI+NS+SE+SS-ThA12
Donor-to-Acceptor Core-level Shift in Molecular Blend/Metal
Interfaces, P. BORGHETTI, A. EL-SAYED, Material Physics Center (MPC), Spain, E.
RODRÍGUEZ-FERNÁNDEZ, Universidad Autónoma de Madrid, Spain, M.A. HERRANZ,
Universidad Complutense de Madrid, Spain, N. MARTIN, IMDEA-Nanociencia - Universidad
Complutense de Madrid, Spain, R. OTERO, R. MIRANDA, IMDEA-Nanociencia - Universidad
Autónoma de Madrid, Spain
SS1-ThA12 Selenium: The Better Anchor Group for Self-Assembled
Monolayers (SAMs) on Gold?, A. TERFORT, University of Frankfurt, Germany, M.
ZHARNIKOV, University of Heidelberg, Germany, P. CYGANIK, Jagiellonian University,
Poland
190
Thursday Afternoon, October 31, 2013
Surface Science
Room: 202 A - Session SS2-ThA
Thin Film
Room: 104 A - Session TF+EM+NS+SS-ThA
Surface Dynamics and Non-adiabatic Processes
Thin Film: Growth and Characterization II
SS2-ThA1
Angle-Resolved Dissociative Sticking Coefficients of Light
Alkanes on Pt(111) Measured with Effusive Molecular Beams, J.K. NAVIN,
TF+EM+NS+SS-ThA1
S.B. DONALD, I.A. HARRISON, University of Virginia
MATTHEWS, D.A. KESZLER, J.F. CONLEY, Oregon State University
SS2-ThA2
Thermal Non-Equilibrium Desorption of 13CO2 Formed by the
Decomposition of Formate on Cu Surfaces, J. QUAN, T. KONDO, M. SAKURAI,
TF+EM+NS+SS-ThA2
J. NAKAMURA, The University of Tsukuba, Japan
K.A. ARPIN, P.V. BRAUN, G.S. GIROLAMI, J.R. ABELSON, University of Illinois at Urbana
Champaign
Moderator: R.A. Bartynski, Rutgers University
2:00 pm
2:20 pm
SS2-ThA3
3:00 pm
SS2-ThA4
3:40 pm
4:00 pm
Comparison of Al2O3 Deposited via Prompt Inorganic
Condensation vs. Atomic Layer Deposition, S.W. SMITH, W. WANG, D.J.
Static Mode CVD at Low Temperatures: Highly
Conformal and Smooth Films in Deep Structures, A.N. CLOUD, J.L. MALLEK,
RRKM Simulation of Hydrogen Dissociation on Cu(111):
TF+EM+NS+SS-ThA3 Invited
Addressing Dynamical Biases, Surface Temperature, and Tunneling, S.B. Growth of Nanocomposite and Epitaxial Nitride and Oxide Thin Films by
DONALD, I.A. HARRISON, University of Virginia
Magnetron Sputtering for Thermoelectric Applications, B. PAUL, S.
KERDSONGPANYA, P. EKLUND*, Linkoping University, Sweden
2:40 pm
3:20 pm
Moderator: C. Vallee, LTM - MINATEC - CEA/LETI, France
Ultrafast Probing of Chemical Reactions using X-rays from a
Free-Electron Laser, J.L. LARUE, SLAC National Accelerator Lab, M. DELL’ANGELA,
Univ. of Hamburg, Germany, M. BEYE, HZB für Mat. und Energie/Elektronenspeicherring
BESSY II, Germany, R. COFFEE, SLAC National Accelerator Lab, A. FÖHLISCH, HZB für
Mat. und Energie/Elektronenspeicherring BESSY II, Germany, J. GLADH, Stockholm Univ.,
Sweden, T. KATAYAMA, S. KAYA, J.A. SELLBERG, SLAC National Accelerator Lab, A.
MØGELHØJ, Technical Univ. of Denmark, D. NORDLUND, J.K. NØRSKOV, SLAC National
BREAK
Accelerator Lab, H. ÖBERG, Stockholm Univ., Sweden, H. OGASAWARA, SLAC National
Accelerator Laboratory, H. ÖSTRÖM, L.G.M. PETTERSSON, Stockholm Univ., Sweden,
W.F. SCHLOTTER, SLAC National Accelerator Lab., W. WURTH, Univ. of Hamburg,
Germany, M. WOLF, Fritz-Haber-Institut der Max-Planck-Gesellschaft, Germany, A.
NILSSON, SLAC National Accelerator Lab.
SS2-ThA6 Invited
Dynamics of Electron Transfer and Exciton Formation at Interfaces, M.
WOLF, Fritz-Haber-Institut der Max-Planck-Gesellschaft, Germany
Invited talk continued.
BREAK
TF+EM+NS+SS-ThA6 Atomic Layer Deposition of Pb(ZrxTi1-x)O3 Thin Films,
D. CHIEN, T. KIM, J. CHOI, J.P. CHANG, UCLA
Effect of Annealing on the Properties of LowTemperature High-Density Plasma Silicon Nitride Films, Q. XU, Morehead
Invited talk continued.
TF+EM+NS+SS-ThA7
State University
4:20 pm
SS2-ThA8 Invited
TF+EM+NS+SS-ThA8 Invited
University of Tokyo, Japan, Y. KIM, RIKEN, Japan, N. TAKAGI, The University of Tokyo,
Japan
LE BRIZOUAL, J. CAMUS, K. AIT AISSA, Q. SIMON, P.Y. JOUAN, M.A. DJOUADI, Univ. de
Nantes - CNRS-IMN, France, Y. CORDIER, E. FRAYSSINET, M. CHMIELOWSKA, M.
NEMOZ, P. VENNÉGUÈS, S. CHENOT, CRHEA-CNRS, France, N. DEFRANCE, M.
LESECQ, P. ALTUNTAS, A. CUTIVET, A. AGBOTON, J.C. DE JAEGER, Univ. de Lille CNRS-IEMN, France
Invited talk continued.
Single Molecule Spectroscopy and Reactions at Surfaces, M. KAWAI, The
Aluminum Nitride Thin Films Deposition, Properties and Applications, L.
4:40 pm
Invited talk continued.
5:00 pm
SS2-ThA10
The Role of Vibrationally Hot Precursors in Methane
Activation on Ir(111) and Ir(110), A.L. UTZ, E. PETERSON, E. DOMBROWSKI, E.
TF+EM+NS+SS-ThA10
HIGH, Tufts University
Dallas, R.K. KANJOLIA, SAFC Hitech, Y.J. CHABAL, The University of Texas at Dallas
Vibrational Efficacy in Methane Dissociative Chemisorption
Dynamics, S.B. DONALD, I.A. HARRISON, University of Virginia
TF+EM+NS+SS-ThA11
5:20 pm
Atomic Layer Deposition of Tungsten Nitride Thin
Films — Initial Surface Reactions, K. BERNAL RAMOS, The University of Texas at
Chemical and Optical Characterization of AlN
Deposited by N2/H2 Plasma-Enhanced Atomic Layer Deposition, P.
SS2-ThA11
MOTAMEDI, K. CADIEN, University of Alberta, Canada
5:40 pm
SS2-ThA12 NO Formation in Eley-Rideal Reactions with Hyperthermal N
Atoms, T. ZAHARIA, Materials innovation institute (M2i), Netherlands, A.W. KLEYN,
University of Amsterdam, Netherlands, M.A. GLEESON, FOM Institute DIFFER, Netherlands
Metal Oxide Growth, Characterization and Spin
Precession Measurement in CVD Graphene, A. MATSUBAYASHI, University at
TF+EM+NS+SS-ThA12
Albany-SUNY, J. ABEL, Intel Corporation, D. SINHA, J. LEE, V.P. LABELLA, University at
Albany-SUNY
191
* Paul Holloway Award Winner
Thursday Afternoon, October 31, 2013
Thin Film
Room: 102 C - Session TF-ThA
Energetic Thin Films
Moderator: D.P. Adams, Sandia National Laboratories
2:00 pm
Reactive Foil Ignition Threshold Dependence on Laser and Foil
Properties, R.D. MURPHY, Sandia National Laboratories, J.P. MCDONALD, Dow Corning
TF-ThA1
Corporation, D.P. ADAMS, Sandia National Laboratories
2:20 pm
Direct Visualization of Atomic Diffusion Distances after SelfPropagating Reactions in Zr/Al Multilayers, D.P. ADAMS, R.V. REEVES, P.G.
TF-ThA2
KOTULA, Sandia National Laboratories
2:40 pm
Analysis and Modeling of Self-Propagating Reactions in Ni/Al
and Ru/Al Nanoscale Thin Film Multilayers, C. REBHOLZ, University of Cyprus,
TF-ThA3
I.E. GUNDUZ, Northeastern University, K. FADENBERGER, University of Cyprus, K. WOLL,
Johns Hopkins University, C.C. DOUMANIDIS, University of Cyprus
3:00 pm
Combustion Characterization of Blade Cast Magnesium and
Manganese Dioxide, K. MEEKS, M.L. PANTOYA, Texas Tech University, C.A.
TF-ThA4
APBLETT, Sandia National Laboratories
3:20 pm
BREAK
3:40 pm
TF-ThA6 Invited
Reactive Nano Laminates with Tailored Yield, J.-P. MARIA, E.J. MILY, H.
AKYLIDIZ, North Carolina State University
4:00 pm
Invited talk continued.
4:20 pm
TF-ThA8
A Novel Method of Managing Joint Stress, in a Metallic Bond
Made Using Reactive Multilayer Foils, at a User Selected Temperature,
G.J. MATTEAU, Indium Corporation
4:40 pm
5:00 pm
5:20 pm
5:40 pm
192
Anticipated Schedule
Thursday Morning, October 31, 2013
TIME
SESSION
ROOM
8:00 am
_________________________________________________________________________________________________________________________________________________
8:20 am
_________________________________________________________________________________________________________________________________________________
8:40 am
_________________________________________________________________________________________________________________________________________________
9:00 am
_________________________________________________________________________________________________________________________________________________
9:20 am
_________________________________________________________________________________________________________________________________________________
9:40 am
_________________________________________________________________________________________________________________________________________________
10:00 am
_________________________________________________________________________________________________________________________________________________
10:20 am
_________________________________________________________________________________________________________________________________________________
10:40 am
_________________________________________________________________________________________________________________________________________________
11:00 am
_________________________________________________________________________________________________________________________________________________
11:20 am
_________________________________________________________________________________________________________________________________________________
11:40 am
_________________________________________________________________________________________________________________________________________________
12:00 pm
_________________________________________________________________________________________________________________________________________________
Lunch
when
_________________________________________________________________________________________________________________________________________________
with
_________________________________________________________________________________________________________________________________________________
where
_________________________________________________________________________________________________________________________________________________
Anticipated Schedule
Thursday Afternoon, October 31, 2013
TIME
SESSION
ROOM
1:00 pm
_________________________________________________________________________________________________________________________________________________
1:20 pm
_________________________________________________________________________________________________________________________________________________
1:40 pm
_________________________________________________________________________________________________________________________________________________
2:00 pm
_________________________________________________________________________________________________________________________________________________
2:20 pm
_________________________________________________________________________________________________________________________________________________
2:40 pm
_________________________________________________________________________________________________________________________________________________
3:00 pm
_________________________________________________________________________________________________________________________________________________
3:20 pm
_________________________________________________________________________________________________________________________________________________
3:40 pm
_________________________________________________________________________________________________________________________________________________
4:00 pm
_________________________________________________________________________________________________________________________________________________
4:20 pm
_________________________________________________________________________________________________________________________________________________
4:40 pm
_________________________________________________________________________________________________________________________________________________
5:00 pm
_________________________________________________________________________________________________________________________________________________
193
Thursday Afternoon Poster Sessions
Applied Surface Science
Room: Hall B - Session AS-ThP
Spectroscopic Ellipsometry Focus Topic
Room: Hall B - Session EL-ThP
Applied Surface Science Poster Session
6:00 pm
Spectroscopic Ellipsometry Poster Session
6:00 pm
AS-ThP1 Wide-Range Parallel XPS Imaging for Feature
NUNNEY, A.E. WRIGHT, P. MACK, Thermo Fisher Scientific, UK
Identification, T.S.
Uniformity of Plasma Polymer Coatings in Various Types of
Capacitive Reactors, T. AMERINGER, Australian National Nanofabrication Facility Victoria
EL-ThP1
XPS based Methods to Determine the Composition of the Interface
Beneath Thin Films, B. ELSENER, University of Cagliari, Italy and ETH Zurich, Switzerland, M.
AS-ThP2
FANTAUZZI, A. ROSSI, University of Cagliari, Italy
(ANFF-VIC), H.J. ASKEW, Swinburne University of Technology, Australia, J.D. WHITTLE, Mawson
Institute University of South Australia, P. PASIC, CSIRO Materials Science and Engineering,
Australia, S.M. MCARTHUR, Australian National Nanofabrication Facility Victoria (ANFF-VIC)
Electronic and Vibrational Properties of Nickel Oxide using
Spectroscopic Ellipsometry, C.M. NELSON, T. WILLETT-GIES, L.S. ABDALLAH, S.
AS-ThP3
EL-ThP2
ZHANG, Pacific Northwest National Laboratory
ZOLLNER, New Mexico State University
AS-ThP4
Surface Modification of Multiferroic BiFeO3 Ceramic by Argon
Sputtering, P. WANG, M. GUTTAG, Bradley University, C. TU, Fu Jen Catholic University,
EL-ThP3
Taiwan, Republic of China
Mexico State University
Evaluating the Stability of Li-O2 Battery Components on
Cathode/Electrolyte Interface by XPS, E. NASYBUILN, M. ENGELHARD, W. XU, J.
Properties of Sm Doped CeO2 Thin Films Prepared by Liquid Solution
Deposition, K.N. MITCHELL, C.A. RODRIGUEZ, T. WILLETT-GIES, Y. LI, S. ZOLLNER, New
In Situ Plasma Cleaning of Samples Prior to XPS and ToF-SIMS
Analysis, V. SMENTKOWSKI, H. PIAO, General Electric Global Research Center
AS-ThP6 Spectral Chemical State Imaging with High Spatial Resolution
Scanning Auger, D.F. PAUL, Physical Electronics Inc.
AS-ThP7 Laser Induced Breakdown Spectroscopy for Surface Mapping of Thin
Polymer Films, C.Y. CHOU, National Taiwan University, Taiwan, Republic of China, P.R. CHOU,
AS-ThP5
Chinese Culture University, Taiwan, Republic of China, J. LEE, Optimization Solutions Asia
Engineering Co. Ltd., Taiwan, Republic of China, R.B. LIN, Chinese Culture University, Taiwan,
Republic of China, C.C. HSU, National Taiwan University, Taiwan, Republic of China
Variables Affecting Fabric Water-Repellency: Enabling Property
Correlations through the use of Secondary Ion Mapping Coupled with
Multivariate Statistical Analysis, K.G. LLOYD, S. BROWN, L. ZHANG, J.R. MARSH, D.E.
AS-ThP8
DAVIDSON, DuPont Corporate Center for Analytical Sciences, T. MADELEINE, DuPont
AS-ThP9 Enhanced TOF-SIMS Analysis of Polymers and Biological Samples,
R. PRICE, G.L. FISHER, S.R. BRYAN, J.S. HAMMOND, Physical Electronics Inc., I. ISHIZAKI, S.
IIDA, T. MIYAYAMA, ULVAC-PHI, Inc., Japan
Visualization of Ion Beam Spot Size, D.M. WIELICZKA, Honeywell FM&T
The Impact of Surface Analysis Tools on the Laboratory Directed
Research and Development Program at the ORNL, H. MEYER III, F. MEYER, V.
AS-ThP10
AS-ThP11
CIANCIOLO, C. PARISH, Oak Ridge National Laboratory
XPS and ToF-SIMS Sputter Depth Profiling of OLEDs using Ar
Cluster Ion Sources, M. BRUNS, K. PETERS, P. SCHARFER, W. SCHABEL, Karlsruhe
AS-ThP12
Institute of Technology, Germany, H. HUMMEL, Philips Technologie GmbH, Germany, T.S.
NUNNEY, ThermoFisher Scientific, UK, E. TALLAREK, Tascon GmbH, Germany, S. KAYSER, IONTOF GmbH, Germany
AS-ThP13 Depth Profiling of OLED and OPV Materials by Cluster Ion Beams,
K.D. BOMBEN, J.S. HAMMOND, J.F. MOULDER, S.S. ALNABULSI, S.N. RAMAN, Physical
Electronics Inc., N.C. ERICKSON, R.J. HOLMES, University of Minnesota
Selective Chemistry for the Atomic Layer Deposition (ALD) of
Alumina Oxide on Silicon Surfaces, L. GUO, F. ZAERA, University of California, Riverside
AS-ThP16 Analysis of Doped Amorphous Carbon Film for Heat-assisted
Magnetic Recording Application, R.Y. ZHENG, R. JI, L. LU, H.L. SEET, Data Storage
AS-ThP15
Institute, Singapore
Application of Dye-Sensitized Solar Cells using ZnO Nanoparticles
and Nanorods, S.-H. NAM, J.-H. BOO, B. HONG, Y. KIM, Sungkyunkwan University, Republic
AS-ThP18
of Korea
AS-ThP19 Generation of White Light from Sr2SiO4 Doped with Lanthanides, M.A.
TSHABALALA, O.M. NTWAEABORWA, H. SWART, University of the Free State, South Africa
Measurement of Glass Transition Temperatures of Adsorbed
Polymers on Microcantilevers, Y.W. KIM, A. KAR, C. SCHOLZ, M.A. GEORGE, University
AS-ThP20
of Alabama Huntsville
Thermally-Induced Evolution of Hydrogenated Amorphous Carbon
Surfaces, R.W. CARPICK, F. MANGOLINI, J. HILBERT, J.R. LUKES, University of Pennsylvania
AS-ThP22 Contact-free Pyroelectric Measurements using X-ray Photoelectron
Spectroscopy, H. COHEN, D. EHRE, The Weizmann Institute of Science, Israel
AS-ThP21
194
Thursday Afternoon Poster Sessions
Electronic Materials and Processing
Room: Hall B - Session EM-ThP
Graphene and Other 2D Materials Focus Topic
Room: Hall B - Session GR-ThP
Electronic Materials and Processing Poster Session
6:00 pm
Graphene and Other 2D Materials Poster Session
6:00 pm
EM-ThP1
Hot Fire Chemical Vapor Deposited Silicon-rich Oxides: Its Optical
and Compositional Properties, A. BENÍTEZ, J.A.L LUNA, G. GARCÍA, D. VÁZQUEZ, J.
GR-ThP2 Quantumn
UC Riverside
CARRILLO, K. MONFIL, Benemérita Universidad Autónoma de Puebla, Mexico, A. MORALES,
Centro de Investigación en Materiales Avanzados, Mexico
GR-ThP3
Effect of Co-implantation of Nitrogen and Fluorine on the Total Dose
Radiation Response of the Buried Oxide Layer of SOI Materials, Z.S. ZHENG,
EM-ThP2
Institute of Microelectronics of Chinese Academy of Sciences, China
Hall Effect in Single-, Bi- and Tri-Layer Graphene, Z. ZHAO,
Topological Insulator (TI) Ordered Pattern Formation as a Resistive
Switching Effect Possible Explanation, N. SUSHKOVA, Self-employed
GR-ThP4 Characterization of Coatings for Tribological and High Temperature
Applications, S. VIJAYALAKSHMI, V. THIPPESAMY, M.R. SRIDHAR, K.A. HARSHA, R.
ROSHAN, GE Global Research, India, B.A. RECORD, GE
The Effects of Water Uptake on the Mechanical Properties of Low-k
Organosilicate Glass, X. GUO, University of Wisconsin-Madison, J. JAKES, USDA Forest
EM-ThP3
GR-ThP5
Service Forest Products Laboratory, M. NICHOLS, University of Wisconsin-Madison, S. BANNA,
Applied Materials Inc., Y. NISHI, Stanford University, J.L. SHOHET, University of WisconsinMadison
Republic of Korea
Plasma Treatment of Thin Film Coated with Graphene Flakes for
Sheet Resistance Reduction, S.H. KIM, J.S. OH, G.Y. YEOM, Sungkyunkwan University,
Characterisation of Mo Oxidation States in MoOx and MoSx Layer
Materials Using X-ray Photoelectron Spectroscopy, A.J. ROBERTS, Kratos Analytical
GR-ThP6
Study of Phosphorus-doped Polysilicon Films using Si3H8 by Ultrahigh Vacuum Chemical Vapor Deposition, B. KIM, H. JANG, D.-S. BYEON, S. KOO, D.EM-ThP4
H. KO, Yonsei University, Republic of Korea
Electrical Properties of Atomic-Layer-Deposited Al-doped TiO2 Films
on p-type GaAs, Y. AN, Y.-C. BYUN, S. CHOI, H. KIM, Sungkyunkwan University, Republic of
EM-ThP5
Korea
Limited, UK, N.A. FAIRLEY, CasaXPS, UK, B. MENDOZA-SÁNCHEZ, Trinity College Dublin,
Ireland, C. MOFFITT, Kratos Analytical Limited, UK
Development of Field Effect Transistors Based on Graphene using
Dielectrophoretic Deposition and Tantalum Nitride Electrodes, A.M. PASCON, J.A.
GR-ThP7
DINIZ, L.R.C. FONSECA, J.F. DE SOUZA, University of Campinas, Brazil
GR-ThP8 An Infrared Sensor using a Multi-walled Carbon Nanotube Sheet, D.
Surface Deactivation of SiO2 using Octadecyltrichlorosilane Based
JUNG, M. HAN, G.S. LEE, The University of Texas at Dallas
Self-Assembled Monolayers, A. HINCKLEY, A.J. MUSCAT, University of Arizona
GR-ThP9 The Robustness of the Electronic Structures of the Quasi-Free
EM-ThP7 Investigation of Dual-Active-Layered Zinc–Tin–Oxide/Indium–
Standing Graphene Layers Upon Deposition of the Strong Hole-Doping
Gallium–Zinc–Oxide Thin-Film Transistors with the Durability of the Chemical Materials, W. KIM, Korea Research Institute of Standards and Science, Republic of Korea, G.-E.
Damage, C.H. KIM, H.J. KIM, Yonsei University, Republic of Korea
YANG, J. KIM, Y. PARK, Kyung Hee University, Republic of Korea, B.-G. PARK, Pohang
EM-ThP8 First-principles Study of the Electronic Structure and Optical
Accelerator Laboratory, Republic of Korea
Properties of Ce doped ZnO, Y.X. WU, China University of Mining and Technology, Republic GR-ThP10 Large Array of Graphene DNA/FETs for Selective Chemical Vapor
of China
Sensing, E.N. DATTOLI, N.J. KYBERT, A.T. JOHNSON, University of Pennsylvania
EM-ThP9 Comparison of Properties of FTO and ITO Films with Different
GR-ThP11 Computer Simulation Linear Defects in Graphene and
Concentrations, J.A.L LUNA, M. MENESES, J. CARRILLO, F. FLORES, A. MORALES, J.
Nanographene, A. DZHURAKHALOV, University of Antwerp, Belgium, V.G. STELMAKH, I.D.
EM-ThP6
MARTÍNEZ, J. SOSA, E. GÓMEZ, K. MONFIL, A. BENÍTEZ, Benemérita Universidad Autónoma de
Puebla, Mexico
YADGAROV, Institute of Ion-Plasma and Laser Technologies, Uzbekistan
Optical Monitoring of Vapor Induced Phase Separation During Spin
Coating of PVDF, N. DAWSON, K. MALLOY, University of New Mexico
EM-ThP11 Band Offsets at the La2O3/GaN Heterointerface as Measured by
Photoelectron Spectroscopy, M. BRUMBACH, S. ATCITTY, J. IHLEFELD, Sandia National
Tokyo), Japan
EM-ThP10
Structural Stability and Electronic Structure of Boron- or NitrogenDoped Graphene, T. UMEKI, J. NAKAMURA, The University of Electro-Communications (UECGR-ThP12
Laboratories
High-efficiency Semipolar GaN-based Light Emitting Diodes
Fabricated by Wet Chemical Etching, S. JUNG, Chonbuk National University, Republic of
EM-ThP12
Korea, S.-N. LEE, Korea Polytechnique University, Republic of Korea, H. KIM, Chonbuk National
University, Republic of Korea
EM-ThP13 Characterization of Non-Stoichiometric Zinc Tungstate Thin Films,
S.T. KING, E.M. DINAUER, J.S. KRUEGER, B.R. ZINK, Z.C. KOOP, University of Wisconsin - La
Crosse
Formation and Characterization of Triple-Target Co-sputtering
Cu(In,Al)Se2 Thin Films with CuSe2, In and Al Targets, Y. JUN, W. LEE, N. KIM,
EM-ThP14
Chosun University, Republic of Korea
Effects of Proton Irradiation on dc Performance of AlGaN/GaN High
Electron Mobility Transistors, L. LIU, Y.H. HWANG, Y.Y. XI, S.J. PEARTON, University of
EM-ThP15
Florida, H.Y. KIM, J.H. KIM, Korea University, I. KRAVCHENKO, Oak Ridge National Laboratory, F.
REN, University of Florida
Point Defects Interaction with Impurities in the Si-SiO2 System and
its Properties Modification by Laser Irradiation, T. LAAS, Tallinn University, Estonia
EM-ThP17 Development of Chalcogenide Materials for Inline Phase Change
Switches (IPCS) for RF Applications, M.R. KING, B.P. WAGNER, E.B. JONES, N. ELEM-ThP16
HINNAWY, S.R. MCLAUGHLIN, P. BORODULIN, J.S. MASON, JR., R.S. HOWELL, R.M. YOUNG,
M.J. LEE, Northrop Grumman ES
On the Possible Current-Conduction Mechanisms at Low
temperatures in Au/n-GaAs Schottky Barrier Diodes (SBDs), S. ALIALY, S.
EM-ThP18
ALTINDAL, Gazi University of Ankara, Turkey, H. ALTUNTAS, Cankiri Karatekin University of
Turkey
195
Thursday Afternoon Poster Sessions
Helium Ion Microscopy Focus Topic
Room: Hall B - Session HI-ThP
In Situ Spectroscopy and Microscopy Focus Topic
Room: Hall B - Session IS-ThP
Aspects of Helium Ion Microscopy Poster Session
6:00 pm
In Situ Microscopy and Spectroscopy Poster session
6:00 pm
HI-ThP1
Helium Ion Beam Milling of Graphene Devices at Elevated
Temperatures, G. NANDA, S.E. ZHU, TU Delft, Netherlands, E.V. VELDHOVEN, TNO,
IS-ThP1
Netherlands, H.W. ZANDBERGEN, P.F.A. ALKEMADE, TU Delft, Netherlands
National University, Republic of Korea, Y. KUK, Seoul National University, Republic of Korea, J.A.
STROSCIO, Center for Nanoscale Science and Technology, NIST
Scanning Tunneling Microscopy of the Topological Crystalline
Insulator SnTe, D. ZHANG, J. HA, NIST and University of Maryland, H. BAEK, NIST and Seoul
Imaging Nascent Soot Particles: Tiniest Soot Particles are Not
Structurally Homogeneous, M. SCHENK, Bielefeld University, Germany, S. LIEB, University
HI-ThP2
of Southern California, H. VIEKER, A. BEYER, A. GÖLZHÄUSER, Bielefeld University, Germany, H.
WANG, University of Southern California, K. KOHSE-HÖINGHAUS, Bielefeld University, Germany
Helium Ion Microscopy as a Tool to Investigate Thin Layer
Thicknesses, H. VIEKER, K. ROTT, U. WERNER, A. BEYER, G. REISS, A. GÖLZHÄUSER,
In Situ Electrostatic and Thermal Manipulation of Suspended
Graphene Membranes, W. BAO, K. MYHRO, Z. ZHAO, Z. CHEN, W. JANG, L. JING, F.
IS-ThP2
MIAO, H. ZHANG, C. DAMES, C.N. LAU, University of California, Riverside
Slow-Light Biomolecule Self-Trapping Sensor for Point-of-Care
Applications, K. MNAYMNEH, University of Michigan
HI-ThP3
IS-ThP3
Bielefeld University, Germany
HI-ThP4 Helium Ion Microscopy and Ionoluminescence of Defects, G.
HLAWACEK, V. VELIGURA, R. VAN GASTEL, H.J.W. ZANDVLIET, B. POELSEMA, University of
Twente, Netherlands
196
Thursday Afternoon Poster Sessions
Advanced Surface Engineering
Room: Hall B - Session SE-ThP
Scanning Probe Microscopy Focus Topic
Room: Hall B - Session SP+AS+BI+NS-ThP
Poster Session
6:00 pm
Scanning Probe Microscopy Poster Session
Gas Barrier Properties of Hydrogenated Amorphous Carbon Films
Synthesized by Atmospheric Pressure Plasma on Nitrogen-Plasma-Treated
Polyethylene Terephthalate Substrates, Y. FUTAGAMI, T. HIRAKO, M. NOBORISAKA,
SE-ThP1
A. SHIRAKURA, T. SUZUKI, Keio University, Japan
Recycling and Diffusion of Ions in High Power Impulse Magnetron
Sputtering Plasmas, L. MENG, P. RAMAN, H. YU, D.N. RUZIC, University of Illinois at Urbana
SE-ThP2
Champaign
Mechanical Properties and Impact Resistance of CrAlSiN and TiAlSiN
Coatings, Y.Y. CHANG, Y.C. YANG, Y.K. CHOU, J.X. LIU, National Formosa University, Taiwan,
Moderators: S. Allen, The University of Nottingham, UK, A.P. Li, Oak Ridge
National Laboratory
6:00 pm
Vision Sensing Based Drift Measurement and
Compensation in Real Time for Atomic Force Microscope, Y. WANG, Beihang
SP+AS+BI+NS-ThP1
University, China, H. WANG, The Ohio State University, S. BI, Beihang University, China
Rapid Near-Field Infrared Spectroscopy Using an External
Cavity Quantum Cascade Laser, I.M. CRAIG, M.S. TAUBMAN, M.C. PHILLIPS, A.S. LEA,
SP+AS+BI+NS-ThP2
SE-ThP3
Pacific Northwest National Laboratory, M.B. RASCHKE, University of Colorado at Boulder
Republic of China
SP+AS+BI+NS-ThP3 Ferritin-based Magnetic Force Microscopic Probe with Very
High Resolution, N. CHUNG, Korea Research Institute of Standards and Science, Republic of
Korea, D.H. KIM, J.W. PARK, Pohang University of Science and Technology, Republic of Korea
Preferential Growth of Oxide Nanorods on Multicomponent TiAlSiN
Coated Stainless Steels after Thermal Oxidation, Y.Y. CHANG, Y.C. YANG, National
SE-ThP4
Formosa University, Taiwan, Republic of China
Oxidation Resistance and Hardness of CrAlN based Films Deposited
by the Arc Ion Plating Method, T. MORI, T. SUZUKI, Keio University, Japan
SE-ThP6 Tribological Properties and Thermal Stability of TiAlCN Coatings
Deposited by ICP-assisted Sputtering, H.J. CHOE, S.-H. KWON, J.-J. LEE, Seoul
SE-ThP5
National University, Republic of Korea
Structure and Mechanical Properties of Tungsten-Yttrium Based
Coatings, G. MARTINEZ, C.V. RAMANA, University of Texas at El Paso
SE-ThP8 A New Testing Method for Surfaces Subjected to Combined Impact
and Sliding Loads, P. EPAMINONDA, C. REBHOLZ, University of Cyprus
SE-ThP9 Exploring Crater Roughness for Durable Sol-Gel Derived
Superhydrophobic Coatings, B. DYETT, A. WU, R. LAMB, The University of Melbourne,
SE-ThP7
Australia
Abrasion Resistance and Adhesion Promotion for SiOC(-H) /
Polycarbonate System using Nanosilica Contained Acrylic Intermediate
Layers, T. MASUKO, M. NOBORISAKA, T. MORI, A. SHIRAKURA, T. SUZUKI, Keio University,
SE-ThP10
Japan
Highly Conformal and Size-Controlled Nanofabrication of Macroscale Three-Dimensional Biotemplated Inorganic Nanonetworks, H. CEYLAN, C.
SE-ThP11
OZGIT-AKGUN, T.S. ERKAL, I. DONMEZ, R. GARIFULLIN, F. GENISEL, A.B. TEKINAY, A.K.
OKYAY, M.O. GULER, N. BIYIKLI, Bilkent University, Turkey
SE-ThP12 Ion Beam Profile Etching for
LAHSEN, Argonne National Laboratory
X-ray Focusing Mirrors, C. LIU, J. QIAN, A.
197
Thursday Afternoon Poster Sessions
Thin-Film and Crystalline Properties of Silicon Deposited Using a
Novel, Low-Damage, Surface Wave Plasma Source, P.S. ZONOOZ, J. PECK, D.
Thin Film
Room: Hall B - Session TF-ThP
TF-ThP18
CURRELI, D.N. RUZIC, University of Illinois at Urbana Champaign, M. REILLY, B. JURCZYK, R.
STUBBERS, Starfire Industries, LLC
Thin Films Poster Session
6:00 pm
Enhancement of Structural, Optical and Electrical Properties through
Post-Annealing of N-doped ZnO Thin Films Grown by Reactive Magnetron
RF-Sputtering, L.A. HERNÁNDEZ-HERNÁNDEZ, ESFM-IPN, Mexico, A. HERNÁNDEZTF-ThP1
HERNÁNDEZ, CINVESTAV-IPN, Mexico, F. DE MOURE-FLORES, UAQ, Mexico, J.S. ARIASCERÓN, CINVESTAV-IPN, Mexico, J.G. QUIÑONES-GALVÁN, ININ, Mexico, J. AGUILARHERNÁNDEZ, G. CONTRERAS-PUENTE, ESFM-IPN, Mexico, M. MELÉNDEZ-LIRA, CINVESTAVIPN, Mexico
Fabrication of Sub-micron Structure by Thermal Lithography
Technology with GSSO Thin Films, C.M. CHANG, National Taiwan University, Taiwan,
TF-ThP19 Ar+ Ion Sputter Processing of Monolayer MoS2 Films, Q. MA, P.M.
ODENTHAL, J. MANN, C.S. WANG, Y. ZHU, University of California, Riverside, D. SUN, Columbia
University, T. CHEN, K. YAMAGUCHI, T. TRAN, M. WURCH, J.L. MCKINLEY, M. ISARRARAZ, K.
MAGNONE, University of California, Riverside, T.F. HEINZ, Columbia University, R. KAWAKAMI, L.
BARTELS, University of California, Riverside
Atomically Thin Molybdenum Sulphoselenide Films with Tunable
Band Gaps, J. MANN, E. PRECIADO, V. KLEE, K. YAMAGUCHI, S. BOBEK, M. ISARRARAZ,
TF-ThP20
D. BARROSO, A. NGUYEN, E. BONILLA, S. NAGHIBI, M. WURCH, L. BARTELS, University of
California, Riverside
TF-ThP2
TF-ThP21
Republic of China, D. CHIANG, M.H. SHIAO, P.L. CHEN, M.J. HUANG, National Applied Research
Laboratories, Taiwan, Republic of China, W.J. HSUEH, National Taiwan University, Taiwan,
Republic of China
High Energy Accelerator Research Organization, Japan, N. SAKAMOTO, ICS Corporation, Japan
The Properties Study of the ZnO Film Prepared by Magnetron
Sputtering, C. WANG, Z.W. ZHAO, Southeast University, China
TF-ThP4 Titanium-Aluminum Oxynitride (TAON) as New Gate Dielectric for 3D
MOS Technology, J. MIYOSHI, J.A. DINIZ, A.R. DA SILVA, I. DOI, Universidade Estadual de
TF-ThP3
Campinas, Brazil
Influence of Microstructure, Surface Morphology and Optical
Properties of the WO3C Film by DC Reactive Magnetron Sputtering, C.-T. LEE,
TF-ThP5
D. CHIANG, C.-Y. SU, ITRC, NARL, Taiwan, Republic of China, M.-C. LIU, C.-C. JAING, Minghsin
University of Science and Technology, Taiwan, Republic of China
TF-ThP6 Fabrication of Al2O3 Gate pH-ISFET for Continuous Monitoring, S.K.
LEE, W.H. SON, S.H. LEE, Y.S. MOON, T.Y. LEE, S.Y. CHOI, Kyungpook National University,
Republic of Korea
Optimization of Diamond-Like Carbon (DLC) Films as Anti-Reflection
Coatings, R. TAKAHASHI, T. AKUTSU, National Astronomical Observatory of Japan, Y. SAITO,
Fabrication of Distributed C60 Molecules Reinforced Al Nanocomposite Thin Films and Their Mechanical Properties, A.M. MATSUMURO, Aichi
TF-ThP22
Institute of Techonology, Japan
Plasma Polymerization of the Inner Wall of a Long, Narrow Tube
under Atmospheric Pressure, T.H. LIN, Y.J. YANG, C.C. WANG, C.C. HSU, National
TF-ThP23
Taiwan University, Taiwan, Republic of China
TF-ThP24 Vapor Phase Polymerization
GUPTA, University of Southern California
onto Liquid Substrates, L.C. BRADLEY, M.
Performance of WSe2 Thin Film Photovoltaic Devices as Determined
by Numerical Modeling, H. KYUREGHIAN, J.D. BANNINGA, N.J. IANNO, R.J. SOUKUP,
TF-ThP25
University of Nebraska-Lincoln
Co-sputtered Indium Selenide Thin Films with RTA Treatment for
Buffer Layer in CIGS Photovoltaic Applications, M. YOO, G. CHO, N. KIM, Chosun
TF-ThP26
Electrical and Surface Properties of High-k Dielectric Gate Formed by
Al2O3, HfO2, and AlxHfyOz on Silicon Via Atomic Layer Deposition, Y.S. LIN, V.
TF-ThP7
OU, S. FRANZ, R. CANDLER, UCLA
Effect of Tungsten Incorporation on the Structure and Optical
Properties of β-Gallium Oxide Thin Films, E.J. RUBIO, C.V. RAMANA, The University of
TF-ThP8
Texas at El Paso
Effect of Growth Temperature and Post-Deposition Annealing on the
Structure and Optical Properties of Yttrium Oxide Thin Films, C.V. RAMANA, L.
TF-ThP9
SANCHEZ, University of Texas at El Paso, V. ATUCHIN, A.V. Rzhanov Institute of Semiconductor
Physics, Russian Federation, V.N. KRUCHININ, Institute of Semiconductor Physics, Russian
Federation, I.P. PROSVIRIN, Boreskov Institute of Catalysis, Russian Federation
University, Republic of Korea
TF-ThP27 Passivation Effect of MPTMS Monolayer for Ag Thin Films, M.
KAWAMURA, T. HIROSE, Y. ABE, KH. KIM, Kitami Institute of Technology, Japan
Photoluminescence Characterization of Polythiophene Doped with
Metallophthalocyanines whose Central Metals Contain 3d, 4d and 5d
Electrons, H. KOBE, R. SAKAMOTO, H. KATO, S. TAKEMURA, K. SHIMADA, T. HIRAMATSU,
TF-ThP28
K. MATSUI, Kanto Gakuin University, Japan
Improved Surface Properties of PAR Substrate for Flexible
Embedded TFT Applications by Plasma Treatment, Y.H. JOO, J.C. WOO, Y.S.
TF-ThP29
CHUN, C.I. KIM, Chung-Ang University, Republic of Korea
TF-ThP30 Chemical Composition on the Top of a Surface Characterized with
the Evolution of Surface States, D. LUH, National Central University, Taiwan, Republic of
Fabrication and Electrical Properties of Nanocrystalline YttriumDoped Hafnium Oxide Thin Film Capacitors, A. KONGU, University of Texas at El Paso, China
TF-ThP31 In Situ Optical Monitoring and Rate Control of Thin-Film Deposition
S. MCPEAK, S. KOTRU, The University of Alabama, C.V. RAMANA, University of Texas at El Paso
Using Index Dispersion Enhanced Monitoring (IDEM), W.E. RODGERS, L.S. RING,
TF-ThP11 Electrochemical Corrosion of Thin Ferromagnetic Fe-N Films in
Neutral Solution, S.S. MAKLAKOV, S.A. MAKLAKOV, A.S. NABOKO, I.A. RYZHIKOV, Institute Eddy Company
TF-ThP32 Effect of the Local Microstructure of Aluminized Steel on the
for Theoretical and Applied Electromagnetics, Russian Federation
Formation of a Titanium Conversion Layer, I. VANDENDAEL, I. SCHOUKENS, Vrije
TF-ThP12 Chemical Bonding in Silicon Nitride Films Deposited with SiH4/N2 by
Universiteit Brussel, Belgium, J. DE STRYCKER, OCAS, Belgium, H.A. TERRYN, I. DE GRAEVE,
Very High Frequency Plasma-Enhanced Chemical Vapor Deposition, S.
TF-ThP10
KOBAYASHI, Tokyo Polytechnic University, Japan
Vrije Universiteit Brussel, Belgium
TF-ThP13
Optical and Structural Properties of GaN Thin Films as Grown by
Closed-Space Vapor Transport, L.A. HERNÁNDEZ-HERNÁNDEZ, J. AGUILAR-
TF-ThP33
HERNÁNDEZ, F. DE MOURE-FLORES, A. ESCAMILLA-ESQUIVEL, ESFM-IPN, Mexico, M.
LÓPEZ-LÓPEZ, CINVESTAV-IPN, Mexico, G. SANTANA-RODRÍGUEZ, IIM-UNAM, Mexico, M.
MELÉNDEZ-LIRA, A. HERNÁNDEZ-HERNÁNDEZ, CINVESTAV-IPN, Mexico, J.G. QUIÑONESGALVÁN, ININ, Mexico, O. DE MELO-PEREIRA, UH, Cuba, G. CONTRERAS-PUENTE, ESFMIPN, Mexico
Thomas Jefferson National Accelerator Facility, A.A. ELMUSTAFA, H.E. ELSAYED-ALI, Old
Dominion University
TF-ThP14
Structure and Optical Properties of Sputter-Deposited Hafnium
Nitride Thin Films, C. BARRAZA, C.V. RAMANA, University of Texas at El Paso
TF-ThP15 Patterning of Nonwoven Fiber Mats by Atomic Layer Deposition, W.J.
TF-ThP35
SWEET, C.J. OLDHAM, G.N. PARSONS, North Carolina State University
Nebraska Lincoln, D.E. ASPNES, North Carolina State University
TF-ThP16
Low Temperature Plasma-assisted Atomic Layer Deposition of
Copper Studied using In Situ Reflection-Adsorption Infrared Spectroscopy, S.
TF-ThP37
AGARWAL, R.P. CHAUKULKAR, Colorado School of Mines, N.F.W. THISSEN, Eindhoven
University of Technology, Netherlands, V.R. RAI, Colorado School of Mines
SIMKIN, Cobham Technical Services, E.K. WHITE, Thin Film Consulting
Mo/Si Multilayer Film with 4 nm Bandwidth for EUV Mirrors by RF
Magnetron Sputtering, C.-T. LEE, Y.-C. YEH, W.-H. CHO, H.-P. CHEN, P.-K. CHIU, C.-N.
TF-ThP17
HSIAO, ITRC, NARL, Taiwan, Republic of China, S.W. LIN, P.-J. WU, National Synchrotron
Radiation Research Center
Structural and Nanomechanical Properties of Femtosecond Pulsed
Laser Deposition InN on Si(100), M.A. HAFEZ, Cairo University, Egypt, A. MAMUN,
Combinatorial ALD to Accelerate Integration of New Materials for
Nanomanufacturing, F. GREER, W. ZHU, E. ADHIPRAKASHA, R. LIMDULPAIBOON, J.
TF-ThP34
WATANABE, C. LANG, Intermolecular, Inc.
The Effect of BN Coating on the Hydrogen Permeation through
Stainless Steel, M. TAMURA, The University of Electro-Communications, Japan
TF-ThP36 On the Futile Search for the Perfect Lens, M. SCHUBERT, University of
Simulation of Target Erosion and Film Deposition of Planar
Magnetron Sputtering Deposition Systems, S.M. ELLIOTT, Thin Film Consulting, J.
Development and Application of Novel Precursors for Atomic Layer
Deposition, T.M. CHUNG, Korea Research Institute of Chemical Technology, Republic of Korea,
TF-ThP38
B.K. PARK, D.J. DEON, S.S. LEE, K.-S. AN, C.G. KIM, Korea Research Institute of Chemical
Technology, Republic of Korea
Disadvantages of using Grazing Incidence X-ray Diffraction Mode for
Thin Films, G. RAMIREZ, Argonne National Laboratory, S.E. RODIL, J.G. GONZÁLEZ-REYES,
TF-ThP39
Universidad Nacional Autónoma de México
198
Special Events Friday
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Short Courses Friday
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Special or Focus Area Sessions
8:00 am
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Special Session
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Special Session
199
Friday Morning, November 1, 2013
Growth and Characterization of Group III-Nitride Materials
Electronic Materials and Processing
Room: 102 A - Session EM+NS+TF-FrM
Nanoelectronic Interfaces, Materials, and Devices/Crystalline
Oxides on Semiconductors
8:20 am
EM+NS+SS+TF-FrM1 Invited
EM+NS+TF-FrM1 Invited
8:40 am
Invited talk continued.
Invited talk continued.
9:00 am
EM+NS+SS+TF-FrM3 Photoluminescence and Kelvin Probe Studies of
doped GaN, J.D. MCNAMARA, A.A. BASKI, M.A. RESHCHIKOV, Virginia
Commonwealth University
Electronic Materials and Processing
Room: 101 B - Session EM+NS+SS+TF-FrM
Moderators: N. Dietz, Georgia State University, P. Specht, University of
California at Berkeley
9:20 am
Homogeneity, Stability and Defect Population Studies of Group IIInitrides: The Role of Atomic Resolution Transmission Electron
Microscopy, P. SPECHT, University of California at Berkeley
Moderators: A. Demkov, Univ. of Texas at Austin, K. Kavanagh, Simon
Fraser University, Canada, S. Zollner, New Mexico State University
Growth and Properties of MoS2 and MoXy (X=S,Se and alloys thereof,
y=1.5…2) on SiO2 and Cu(111), L. BARTELS, University of California, Riverside
Mg-
Tuning Thermoelectric Power Factor in Pnictogen
Chalcogenides through S and Cl Doping, R.J. MEHTA, F. DEVENDER,
EM+NS+TF-FrM3
Rensselaer Polytechnic Institute, R.P. RAMPRASAD, University of Connecticut, D. PARKER,
D.J. SINGH, Oak Ridge National Laboratory, T. BORCA-TASCIUC, G. RAMANATH,
Rensselaer Polytechnic Institute
Surface Structure, Polarity and Surface Kinetics of
InN Grown by Plasma – Assisted Atomic Layer Epitaxy: A HREELS
Study, A. ACHARYA, Georgia State University, N. NEPAL, C. EDDY, Naval Research
EM+NS+SS+TF-FrM4
EM+NS+TF-FrM4 Invited
From High-k Dielectrics to Functional Oxides on Silicon: Find More than
Moore in More Moore, J. FOMPEYRINE, IBM Research - Zurich
Laboratory, B. THOMS, Georgia State University
9:40 am
A Vertical Superatmospheric Pressure MOCVD
Reactor for InGaN Growth, A.G. MELTON, P. DAVIS, M. UDDIN, E.B. STOKES,
EM+NS+SS+TF-FrM5
Invited talk continued.
University of North Carolina at Charlotte
10:00 am
10:20 am
EM+NS+SS+TF-FrM6 Atomic Layer Epitaxy of III-N Semiconductors, C.R.
EDDY, JR., U.S. Naval Research Laboratory, N. NEPAL, American Association for
Engineering Education, N.A. MAHADIK, U.S. Naval Research Laboratory, L.O. NYAKITI,
American Association for Engineering Education, S.B. QADRI, M.J. MEHL, J.K. HITE, U.S.
Naval Research Laboratory
EM+NS+TF-FrM6
High Performance Infrared Sensing Using Colloidal
Quantum Dots Monolithically Integrated with a Silicon Readout IC, J.S.
EM+NS+SS+TF-FrM7 Invited
EM+NS+TF-FrM7 Invited
LEWIS, E.J.D. KLEM, C.W. GREGORY, G.B. CUNNINGHAM, S. HALL, D.S. TEMPLE, RTI
International, A. D'SOUZA, E. ROBINSON, DRS Sensors and Targeting Systems, N. DHAR,
Darpa, Mto, P.S. WIJEWARNASURIYA, Army Research Laboratories
Advances in Ternary Group III-Nitrides for Advanced Solid State
Lighting, Photovoltaics and Thermoelectric Applications, B. KUCKGOK, B.
Epitaxial Integration of Magnetic Insulators on Silicon, A. POSADAS,
University of Texas at Austin
WANG, M. OROCZ, A.G. MELTON, N. LU, I.T. FERGUSON, University of North Carolina at
Charlotte
10:40 am
Invited talk continued.
Invited talk continued.
11:00 am
EM+NS+SS+TF-FrM9
InGaN Epilayer Growth using Migration-enhanced,
Remote-Plasma MOCV, R.L. SAMARAWEERA, F. GUETH, J.K.S. NANAYAKKARA,
EM+NS+TF-FrM9
M.K.I. SENEVIRATHNA, N. DIETZ, Georgia State University
Understanding the Origin of the Dead-layer at the
La0.66Ca0.33MnO3/SrTiO3 Interface: A Grazing Incidence X-ray Diffraction
and Hard X-ray Photoelectron Spectroscopy Study, J. RUBIO-ZUAZO, SpLine
Spanish CRG beamline at the European Synchrotron Radiation Facility, France, A. DE
ANDRES, Institute Materials Science of Madrid-CSIC, Spain, G.R. CASTRO, SpLine Spanish
CRG beamline at the European Synchrotron Radiation Facility, France
11:20 am
The Growth and Structural Properties Analysis of
Indium-rich InGaN Epilayers, S. GAMAGE, J.K.S. NANAYAKKARA, M.K.I.
EM+NS+SS+TF-FrM10
EM+NS+TF-FrM10 Invited
Improving Dielectric Properties of Epitaxial Lanthanide Oxides on
Silicon, H.J. OSTEN, Leibniz University Hannover, Germany
SENEVIRATHNA, Georgia State University, A.G. MELTON, I.T. FERGUSON, University of
North Carolina at Charlotte, N. DIETZ, Georgia State University
11:40 am
ALD Sidewall Passivation for Dark Current Reduction
in GaN Avalanche Photodiodes, J. HENNESSY, L.D. BELL, S. NIKZAD, Jet
EM+NS+SS+TF-FrM11
Invited talk continued.
Propulsion Laboratory, California Institute of Technology, P. SUVARNA, F. SHAHEDIPOURSANDVIK, College of Nanoscale Science and Engineering, University at Albany
200
Friday Morning, November 1, 2013
Graphene and Other 2D Materials Focus Topic
Room: 101 A - Session GR+EM+MS+NS+SP-FrM
2D Materials: Device Physics & Applications
Moderators: L. Cao, North Carolina State University, E. Riedo, Georgia
Institute of Technology
8:20 am
In Situ Spectroscopy and Microscopy Focus Topic
Room: 203 B - Session IS+AS+SP-FrM
Evolving In Situ Microscopic and Spectroscopic Techniques
and Applications
Moderators: G. Zhou, Binghamton University, K. Artyushkova,
University of New Mexico
GR+EM+MS+NS+SP-FrM1 Invited
IS+AS+SP-FrM1 Invited
University
LUO, L. LI, State University of New York, Binghamton University, J. CISTON, Lawrence
Berkeley National Laboratory, E. STACH, Brookhaven National Laboratory, J. YANG,
University of Pittsburgh
8:40 am
Invited talk continued.
Invited talk continued.
9:00 am
GR+EM+MS+NS+SP-FrM3 Direct Transfer of Graphene Devices on Arbitrary
Substrates, Z. RAZAVI HESABI, C.A. JOINER, T. ROY, E.M. VOGEL, Georgia Institute of
Technology
IS+AS+SP-FrM3 X-ray Analysis of Ultrastructure of Vitrified Biological
Objects, A.R. BUCK, T. GORNIAK, T.M. SENKBEIL, Karlsruhe Institute of Technology,
Germany, V.M. HARAMUS, Helmholtz-Zentrum Geethacht, Germany, K. HILPERT,
University College London, UK, A. ROSENHAHN, Ruhr-Universitat Bochum, Germany
9:20 am
GR+EM+MS+NS+SP-FrM4
1/f Noise in Epitaxial Graphene Field Effect
Transistors using Al2O3 and HfO2 High k -Dielectrics, H.K. CHAN, Newcastle
IS+AS+SP-FrM4 Recent Advances in the Electrochemical Surface Forces
Apparatus, K. KRISTIANSEN, University of California, Santa Barbara, M. VALTINER, Max
Planck Institut fur Eisenforschung GmbH, Germany, X. BANQUY, Universite de Montreal,
Canada, G.W. GREENE, University of Deakon, Australia, J.N. ISRAELACHVILI, University of
California, Santa Barbara
9:40 am
Epitaxial Graphene Electronics, J.A. ROBINSON, The Pennsylvania State
In Situ Atomic-Scale Observations of the Oxidation of Metals, G. ZHOU, L.
Univ., UK, V.D. WHEELER, U.S. Naval Research Laboratory (NRL), V.K. NAGAREDDY,
Newcastle Univ., UK, L.O. NYAKITI, NRL, A. NATH, George Mason Univ., R.L. MYERSWARD, Z. ROBINSON, N.Y. GARCES, NRL, M.V. RAO, George Mason Univ., J.P. GOSS,
N.G. WRIGHT, Newcastle Univ., UK, C.R. EDDY, JR., NRL, A.B. HORSFALL, Newcastle
Univ., UK, D.K. GASKILL, NRL
GR+EM+MS+NS+SP-FrM5 Invited
GHz Electronics on Flexible Substrates with Graphene, K. SHEPARD, N.
PETRONE, I. MERIC, T. CHARI, J.C. HONE, Columbia University
IS+AS+SP-FrM5 Invited
Emerging Mesoscale Phenomena in Energy Conversion/Storage
Characterized by In Situ Soft X-ray Spectroscopy, J.-H. GUO, Lawrence
Berkeley National Laboratory
10:00 am
Invited talk continued.
Invited talk continued.
10:20 am
GR+EM+MS+NS+SP-FrM7 Invited
IS+AS+SP-FrM7
MoS2 MOSFETs: Dielectrics, Metal Contacts and Scaling, P.D. YE, Purdue
University
Changes to the Microstructure of Fibrous Collagen
Hydrogels formed under Different Physicochemical Parameters and
Upon Cross-Linking with Non-Toxic Reagents are Detected with In Situ
Multiphoton Microscopy Imaging, Y.J. HWANG, X. LANG, J.G. LYUBOVITSKY,
University of California, Riverside
10:40 am
In Situ Atomic Scale Observation of Catalyst Surface and
Carbon Nanotube Cap Interplay during the Lift-Off, M. PICHER, PA. LIN,
Invited talk continued.
IS+AS+SP-FrM8
University of Maryland, College park, J. WINTERSTEIN, FEI Co, R. SHARMA, National
Institute of Standards and Technology
11:00 am
11:20 am
11:40 am
GR+EM+MS+NS+SP-FrM9 Broad Band Dielectric Functions of Graphene and
MoS2, W. LI, G. CHENG, National Institute of Standards and Technology (NIST), Y. LIANG,
Peking Univ., China, K. XU, NIST, A. BOOSALIS, Univ. of Nebraska-Lincoln, P.D. YE,
Purdue Univ., A.R. HIGHT WALKER, NIST, X. LIANG, Peking Univ., China, T. HOFMANN,
Univ. of Nebraska-Lincoln, C.A. RICHTER, D.J. GUNDLACH, N.V. NGUYEN, NIST
IS+AS+SP-FrM9
Operando FTIR-MS Studies of Methanol on WO3/SBA-15:
How Stable Are Methanol Species on Oxide?, Y. YANG, Pacific Northwest
GR+EM+MS+NS+SP-FrM10
Measurement of Charge Doping of Graphene in
a Metal/Graphene/Dielectric Sandwich Structure by C-1s Core Level Xray Photoelectron Spectroscopy, A. DAHAL, M. BATZILL, R. ADDOU, H. COY-
IS+AS+SP-FrM10
DIAZ, J. LALLO, University of South Florida
MAZZUCO, R. SHARMA, National Institute of Standards and Technology
National Laboratory, C. MIMS, University of Toronto, Canada, C. PEDEN, Pacific Northwest
National Laboratory, J. KWAK, Ulsan National Institute of Science and Technology, Korea
Coupling Environmental High Resolution Transmission
Electronic Microscopy and Raman Spectroscopy: Toward a More
Comprehensive In Situ Characterization, M. PICHER, R. BLANKENSIHP, S.
New Tools for In Situ Chemical and Structural Analysis:
Raman and Photoluminescence Go Inside the Vacuum Chamber, A.J.
IS+AS+SP-FrM11
KING, Renishaw Inc.
201
Friday Morning, November 1, 2013
Accelerating Materials Discovery for Global Competitiveness
Focus Topic
Room: 202 B - Session MG+AS+EM+NS+SA+SE+SP+SS+TF-FrM
Novel Synthesis Approaches and Innovative Characterization Techniques Coupled with Theory & Computations
8:20 am
8:40 am
Moderators: E.B. Svedberg, The National Academies, M.B. Holcomb,
West Virginia University
MG+AS+EM+NS+SA+SE+SP+SS+TF-FrM1 MWCT and Piezoelectric Thick Film
Composites that Incorporate Graphene Electrodes, K. COOK-CHENNAULT,
Nanoparticle-Liquid Interfaces Focus Topic
Room: 201 B - Session NL+AS+BI+SA-FrM
Emerging Methods to Identify and Measure Nanomaterials in
Biological Environments
Moderator: G. Ceccone, European Commission, Joint Research
Centre, IHCP, Italy
NL+AS+BI+SA-FrM1 Invited
3D Views of Hydrated Biological Cells with Soft X-ray Tomography, C.A.
S. BANERJEE, R. KAPPERA, M. CHHOWALLA, Rutgers University
LARABELL, University of California, San Francisco
Morphological and Structural
Characterization of Size-Selected Pt NPs Supported on TiO2(110) and
SiO2/Si(111) via Polarized Total Reflection Fluorescence XAS in UHV, F.
Invited talk continued.
MG+AS+EM+NS+SA+SE+SP+SS+TF-FrM2
BEHAFARID, L.R. MERTE, University of Central Florida, R. GORDON, Argonne National
Laboratory, B. ROLDAN CUENYA, University of Central Florida
9:00 am
9:20 am
BLANK, MESA+Institute for Nanotechnology, University of Twente
NL+AS+BI+SA-FrM3 Nanoparticles as X-ray Contrast Agents in Biomedical
Imaging, Y. HWU, Academia Sinica, Taiwan, Republic of China, G. MARGARITONDO,
Ecole Polytechnique Fédérale de Lausanne (EPFL), Switzerland
Invited talk continued.
NL+AS+BI+SA-FrM4
MG+AS+EM+NS+SA+SE+SP+SS+TF-FrM3 Invited
Materials Control on a Nanoscale: Artificial Oxide Structures, D.H.A.
Ultrathin Electron Transparent Membranes as a
Platform for Scanning Electron and Photoelectron Imaging and
Spectroscopy of Fully Hydrated Nanoparticles, X.M. MA, J. GEISLER-LEE,
Southern Illinois University Carbondale, M. AMATI, L. GREGORATTI, Sincrotrone Trieste,
Italy, S. GUENTHER, Technical University Muenchen, Germany, M. KISKINOVA, Sincrotrone
Trieste, Italy, A. KOLMAKOV, Southern Illinois University Carbondale
9:40 am
MG+AS+EM+NS+SA+SE+SP+SS+TF-FrM5 Catalytic Micro-/Nano- Motors
Propelled by Bubbles, M.T. MANJARE*, University of Georgia, Athens, B. YANG,
University of Texas, Arlington, Y.P. ZHAO, University of Georgia, Athens
Small-angle X-ray Scattering Investigation of
Functional Materials at Inorganic-Marcromolecular Interfaces, T.W. VAN
NL+AS+BI+SA-FrM5
BUUREN, T.M. WILLEY, J.R.I. LEE, I.C. TRAN, M. BAGGE-HANSEN, Lawrence Livermore
National Laboratory
Erosion Resistant Physical Vapor
Deposition Coatings for High Temperature Polymer Matrix Composites
Applications, S. DIXIT, M. CHIN, R. DIXIT, Plasma Technology Inc.
10:00 am
MG+AS+EM+NS+SA+SE+SP+SS+TF-FrM6
10:20 am
MG+AS+EM+NS+SA+SE+SP+SS+TF-FrM7 Invited
10:40 am
Invited talk continued.
11:00 am
MG+AS+EM+NS+SA+SE+SP+SS+TF-FrM9 Invited
Poking Tips at Surfaces: Mechanical and Electronic Properties of
Atomically Defined Interfaces, P. GRUTTER, McGill University, Canada
Functionalized Shape Memory Polyester Biomaterials, V. SHEARES ASHBY,
University of North Carolina at Chapel Hill
11:20 am
Invited talk continued.
11:40 am
202
* TFD James Harper Award Finalist
Friday Morning, November 1, 2013
Advanced Surface Engineering
Room: 203 C - Session SE+EN-FrM
Scanning Probe Microscopy Focus Topic
Room: 202 C - Session SP+AS+EM+GR+MI+NS+SS-FrM
Surface Engineering for Energy Conversion and Harvesting
Moderators: A.A. Voevodin, Air Force Research Laboratory, M. Stüber,
Karlsruhe Institute of Technology, Germany
8:20 am
SE+EN-FrM1 Invited
Probing Electronic and Transport Properties
Moderator: A.P. Li, Oak Ridge National Laboratory
STM Mapping of Thermoelectric Power on
Graphene across Defects and Boundaries, J. PARK, Oak Ridge National
SP+AS+EM+GR+MI+NS+SS-FrM1
Nanoscale Thermal Transport, G. MAHAN, Penn State University
Laboratory, G. HE, R.M. FEENSTRA, Carnegie Mellon University, A.P. LI, Oak Ridge
National Laboratory
8:40 am
New Milestones in Scanning Probe
Microscopy: Graphene on Rh(111) Studied by DFT, STM and NC-AFM,
Invited talk continued.
SP+AS+EM+GR+MI+NS+SS-FrM2
A. THISSEN, SPECS Surface Nano Analysis GmbH, Germany
SE+EN-FrM3
Electrical and Thermal Properties and Understanding
Interface Chemistry and Structure of Metal-Pnictogen Chalcogenide
Interfaces, F. DEVENDER, T. BORCA-TASCIUC, G. RAMANATH, Rensselaer
SP+AS+EM+GR+MI+NS+SS-FrM3 Invited
Polytechnic Institute
Technology
9:20 am
SE+EN-FrM4 Imaging of Electron-Phonon Interaction on the Atomic Scale,
A.A. VOEVODIN, I. ALTFEDER, Air Force Research Laboratory, K.A. MATVEEV, Argonne
National Laboratory
Invited talk continued.
9:40 am
SE+EN-FrM5
9:00 am
10:00 am
Electric Field Tuning of 2-dimensional Electrons in Graphene and
Topological Insulators, J.A. STROSCIO, J. HA, National Institute of Standards and
Generation of Cu2S Nanoparticles via Cluster Beam
SP+AS+EM+GR+MI+NS+SS-FrM5 Invited
Deposition for Bulk Heterojunction Photovoltaics, M.W. MAJESKI, I. BOLOTIN, SPM: Manipulating Spin to Operating Molecular Nanomachines, S.-W.
L. HANLEY, University of Illinois at Chicago
HLA, Argonne National Laboratory
Fabrication of Water-Splitting Photocatalytic Electrodes by
"Particle-Transfer" Processing, T. MINEGISHI, T. YAMADA, N. NISHIMURA, J.
Invited talk continued.
SE+EN-FrM6
KUBOTA, K. DOMEN, The University of Tokyo, Japan
10:20 am
10:40 am
11:00 am
SE+EN-FrM7 Invited
Microorganisms: Self-assembling, Self-wiring, Engineerable Electrode
Catalysts, L. TENDER, Naval Research Laboratory
Invited talk continued.
New Experiments and Applications Made
Possible by a Low Temperature 4-Tip STM with UHV-SEM Navigation, A.
SP+AS+EM+GR+MI+NS+SS-FrM7
BETTAC, B. GUENTHER, J. CHROST, J. HILTON, J. KOEBLE, A. FELTZ, Omicron
NanoScience, Germany
SP+AS+EM+GR+MI+NS+SS-FrM8 Electrical Characterization of GaAs
Nanowires with a 4-tip STM, B. VOIGTLAENDER, S. KORTE, V. CHEREPANOV,
Peter Grünberg Institut (PGI-3), Forschungszentrum Jülich, Germany, M. STEIDL, W. ZHAO,
P. KLEINSCHMIDT, T. HANNAPPEL, TU Ilmenau, Germany, W. PROST, University of
Duisburg-Essen, Germany
Atomic and Electronic Structure of an
Alloyed Topological Insulator Bi1.5Sb0.5Te1.7Se1.3, W. KO, I. JEON, H.W. KIM, H.
SP+AS+EM+GR+MI+NS+SS-FrM9
KWON, Samsung Advanced Institute of Technology, Republic of Korea, S.-J. KAHNG, Korea
University, Republic of Korea, J. PARK, J.S. KIM, Pohang University of Science and
Technology, Republic of Korea, S.W. HWANG, H. SUH, Samsung Advanced Institute of
Technology, Republic of Korea
11:20 am
Schottky Barrier Height Measurements of
Cu/Si(001), Ag/Si(001), and Au/Si(001) Interfaces Utilizing Ballistic
Electron Emission Microscopy and Ballistic Hole Emission Microscopy, R.
SP+AS+EM+GR+MI+NS+SS-FrM10
BALSANO, V.P. LABELLA, College of Nanoscale Science and Engineering
11:40 am
SP+AS+EM+GR+MI+NS+SS-FrM11 A STM Study of a Self Assembled Cu-Si
Nanoisland on Si(110), P.K. NG, University of Illinois at Chicago, B. FISHER, N.P.
GUISINGER, Argonne National Laboratory, C.M. LILLEY, University of Illinois at Chicago
203
Friday Morning, November 1, 2013
Surface Science
Room: 201 A - Session SS-FrM
Thin Film
Room: 104 A - Session TF+EM+NS+SS-FrM
Oxides and Semiconductors: Structure and Reactivity
Thin Film: Growth and Characterization III
Oxidation of Pd Supported on Au(111) and Single Crystal ZnO
Supports, J. LALLO, M. BATZILL, University of South Florida
TF+EM+NS+SS-FrM1
Moderator: G.A. Kimmel, Pacific Northwest National Laboratory
8:20 am
Moderator: M.R. Davidson, University of Florida
Atomically Controlled, Self-Limiting Procedures for
Growth of Aluminum Oxide on SiC-on-Si to Yield an Atomically Sharp
Interface, P. MORGEN, R. DHIMAN, J. HVAM, University of Southern Denmark, A.
SS-FrM1
GOMES SILVA, Universidade Nova de Lisboa, Portugal, K. PEDERSEN, Aalborg University,
Denmark, Z. LI, Aarhus University, Denmark
8:40 am
SS-FrM2
Lowell
Zinc Oxide Surface Chemistry, J. WHITTEN, University of Massachusetts
Diffusion Energy of Xenon Implanted in Amorphous
Carbon Determined by Thermal Desorption Spectroscopy, G.A. VIANA, F.C.
TF+EM+NS+SS-FrM2
MARQUES, Universidade Estadual de Campinas, Brazil
9:00 am
9:20 am
Variations in the Orientation and Thermal Stability of the
Carbonate Reaction Intermediate with the Surface Structure and
Stoichiometry of Cerium Oxide Thin Films, P.M. ALBRECHT, D.R. MULLINS,
Understanding Growth Mechanisms of Pyrolytic
Graphite by Chemical Vapor Deposition, K. YU, C. HAYMAN, Case Western
SS-FrM3
TF+EM+NS+SS-FrM3
Oak Ridge National Laboratory
Reserve University, W. FAN, Momentive Performance Materials, Inc., I.T. MARTIN, H.
MARTIN, R.M. SANKARAN, Case Western Reserve University
SS-FrM4 Atomic Structure of the Anatase TiO2(001) Surface, Y. XIA, K. ZHU,
Baylor University, T.C. KASPAR, Pacific Northwest National Laboratory, B. BIRMINGHAM,
K.T. PARK, Z. ZHANG, Baylor University
Characterization of the Thin Films in the
Microfabrication of Carbon-Nanotube Templated Thin-Layer
Chromatography Plates, S. KANYAL, A. DIWAN, Brigham Young University, D.S.
TF+EM+NS+SS-FrM4
JENSEN, A. DADSON, M. VAIL, Diamond Analytics, M.R. LINFORD, Brigham Young
University
9:40 am
Study of Low Density Sites on Planar Silicon Dioxide Surfaces
using Fluorescent Probes, J.M. MCCRATE, J.G. EKERDT, University of Texas at
A Carbon/Ternary Alloy/Carbon Optical Stack on
Mylar as an Optical Data Storage Medium to Potentially Replace
Magnetic Tape, H. WANG, R. GATES, B. LUNT, M. ASPLUND, Brigham Young
SS-FrM5
TF+EM+NS+SS-FrM5
Austin
University, S. VAITHIYALINGAM, Pacific Northwest National Laboratory, R.C. DAVIS, M.R.
LINFORD, Brigham Young University
10:00 am
10:20 am
SS-FrM6
Functionalization of Vicinal Silicon Surfaces: Insight into Si
Nanoparticle Reactivity, W.J.I. DEBENEDETTI, University of Texas at Dallas, M.D.
TF+EM+NS+SS-FrM6
Toughness Enhancement in Hard Single-crystal
V0.5Mo0.5N/MgO(001) Thin Films, H. KINDLUND, J. LU, Linköping University,
HALLS, Schrodinger Inc., Y.J. CHABAL, University of Texas at Dallas
Sweden, I.G. PETROV, J.E. GREENE, University of Illinois at Urbana Champaign, L.
HULTMAN, Linköping University, Sweden
Gallium Nitride Surface Preparation for ALD Deposition of
Aluminum Oxide, A.J. KERR, S. GU, T. KAUFMAN-OSBORN, E. CHAGAROV,
TF+EM+NS+SS-FrM7 Manganese-based Thin Films Growth on Silicon
Oxide Substrates, H. SUN, X. QIN, F. ZAERA, University of California, Riverside
SS-FrM7
University of California, San Diego, S. MADISETTI, University at Albany-SUNY, P. ASBECK,
University of California, San Diego, S. OKTYABRSKY, University at Albany-SUNY, A.C.
KUMMEL, University of California, San Diego
10:40 am
11:00 am
11:20 am
SS-FrM8
Monolayer-induced Electronic Structure of Crystalline
Semiconductor Surfaces, A.J. MAKINEN, C.-S. KIM, G.P. KUSHTO, Naval Research
TF+EM+NS+SS-FrM8
Laboratory
MEI, University of Illinois at Urbana Champaign, D.G. SANGIOVANNI, H. KINDLUND,
Linköping University, Sweden, B. HOWE, Air Force Research Laboratory, E. BROITMAN, V.
CHIRITA, L. HULTMAN, Linköping University, Sweden, A. ROCKETT, J.E. GREENE, I.G.
PETROV, University of Illinois at Urbana Champaign
SS-FrM9 Probing Shallow Trapped Electrons in TiO2 with UHV-IRRAS, H.
SEZEN, M. BUCHHOLZ, A. NEFEDOV, C. NATZECK, S. HEISSLER, Karlsruhe Institute of
Technology, Germany, C. DI VALENTIN, Università di Milano-Bicocca, Italy, C. WÖLL,
Karlsruhe Institute of Technology, Germany
TF+EM+NS+SS-FrM9
Sandwiched Antibacterial Layers Topped by Thin
Polymeric Coatings and Deposited in Thin Capillaries, G.F. FRANZ, F.S.
SCHAMBERGER, Munich University of Applied Scienes, Germany
Dependence on Experimental Ambient of Surface Photovoltage TF+EM+NS+SS-FrM10 Wurtzite Phase Stable MgxZn1-xO Epilayers with High
Transients in Nanostructured Oxide Surfaces and Interfaces, Y.M.
Mg Compositions for High Performance Ultraviolet Photodetectors, M.
SS-FrM10
STRZHEMECHNY, P.R. CHAPAGAIN, A. NEMASHKALO, S. PANT, E.S. DAVIS, Texas
Christian University
11:40 am
Properties of Epitaxial VNx/MgO(001) (0.70 < x <
1.36) Layers Grown by Reactive Magnetron Sputter Deposition, A.R.B.
WEI, R.C. BOUTWELL, University of Central Florida, N. FALEEV, Arizona State University,
A. OSINSKY, R. MILLER, Agnitron Technology Inc., W.V. SCHOENFELD, University of
Central Florida
TF+EM+NS+SS-FrM11 Self-assembling Monolayers on Oxides:
HAUFFMAN, A. HUBIN, H.A. TERRYN, Vrije Universiteit Brussel, Belgium
204
Utopia?, T.
Anticipated Schedule
Friday Morning, November 1, 2013
TIME
SESSION
ROOM
8:00 am
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8:20 am
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8:40 am
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9:00 am
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9:20 am
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9:40 am
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10:00 am
_________________________________________________________________________________________________________________________________________________
10:20 am
_________________________________________________________________________________________________________________________________________________
10:40 am
_________________________________________________________________________________________________________________________________________________
11:00 am
_________________________________________________________________________________________________________________________________________________
11:20 am
_________________________________________________________________________________________________________________________________________________
11:40 am
_________________________________________________________________________________________________________________________________________________
12:00 pm
_________________________________________________________________________________________________________________________________________________
Lunch
when
_________________________________________________________________________________________________________________________________________________
with
_________________________________________________________________________________________________________________________________________________
where
_________________________________________________________________________________________________________________________________________________
Anticipated Schedule
Friday Afternoon, November 1, 2013
TIME
SESSION
ROOM
1:00 pm
_________________________________________________________________________________________________________________________________________________
1:20 pm
_________________________________________________________________________________________________________________________________________________
1:40 pm
_________________________________________________________________________________________________________________________________________________
2:00 pm
_________________________________________________________________________________________________________________________________________________
2:20 pm
_________________________________________________________________________________________________________________________________________________
2:40 pm
_________________________________________________________________________________________________________________________________________________
3:00 pm
_________________________________________________________________________________________________________________________________________________
3:20 pm
_________________________________________________________________________________________________________________________________________________
3:40 pm
_________________________________________________________________________________________________________________________________________________
4:00 pm
_________________________________________________________________________________________________________________________________________________
4:20 pm
_________________________________________________________________________________________________________________________________________________
4:40 pm
_________________________________________________________________________________________________________________________________________________
5:00 pm
_________________________________________________________________________________________________________________________________________________
205
Authors Index
Bold page numbers indicate the presenter
—A—
Abbas, G.: EM+AS+EN+TF-ThM10, 175
Abbott, J.: TF+VT-WeM11, 158
Abbott, P.J.: VT-MoM1, 106
Abdallah, J.: MS+AS+EL+EM+PS+TFTuA4, 136
Abdallah, L.S.: EL+AS+EM+SS+TF-WeA11,
163; EL-ThP2, 194
Abe, Y.: TF-ThP27, 198
Abel, J.: TF+EM+NS+SS-ThA12, 191
Abelson, J.R.: EM+MI+NS+SS+TF-TuA10,
132; TF+EM+NS+SS-ThA2, 191
Ablett, J.: SA+AS+MG+SS-TuA9, 138
Abraha, P.: TR-TuP9, 148
Abrahamson, J.T.: EN+PS+TF-MoM4, 100
Abrigo, M.: BI-TuP4, 142
Abrikosov, I.A.: SE+NS+TF-ThA3, 189
Acharya, A.: EM+NS+SS+TF-FrM4, 200
Acharya, D.: SP+AS+BI+MI+NS+SS-ThM3,
180; SS-MoA6, 114
Acharya, R.: TF+MI-WeM1, 157
Achkar, A.: IA+BA-TuA12, 135
Acomb, P.: VT-TuP3, 148
Adamovski, S.: SS+NS-WeM2, 156
Adams, B.: EM-WeA10, 164
Adams, D.P.: TF-ThA1, 192; TF-ThA2, 192
Adamska, L.: GR+EM+NS+PS+SS+TFMoM9, 101
Addou, R.: GR+EM+MS+NS+SP-FrM10,
201
Adelmann, C.: EM+PS-TuM10, 121;
SA+AS+MG+SS-TuA9, 138;
TF+AS+SE+SS-MoA9, 115
Adhiprakasha, E.: TF-ThP34, 198
Adiga, V.: BI+AS+BA+NS+SS-ThA12, 184
Agarwal, A.: PS-ThM5, 179
Agarwal, S.: GR+AS+BI+PS+SS-ThA1, 186;
PS+AS+NS+SS-ThM3, 178; TF-ThP16,
198
Agboton, A.: TF+EM+NS+SS-ThA8, 191
Aguilar-Hernández, J.: TF-ThP1, 198; TFThP13, 198
Ahmadi, M.: SS-TuP29, 147
Ahn, J.-R.: GR+EM+NS+SS+TF-ThA12, 186
Ahn, S.J.: GR+EM+NS+SS+TF-ThA12, 186;
HI-ThA12, 187
Ahsen, A.S.: SS-TuP12, 146
Ai, C.F.: PS-TuP16, 145
Ai, Z.K.: HI-ThA3, 187
Ait Aissa, K.: TF+EM+NS+SS-ThA8, 191
Aita, M.: PS-ThM9, 179
Aiyar, A.: PS2-TuM11, 126
Akarvardar, K.: PS2-TuM9, 126
Akbir, S.: AS-TuM6, 120
Akdogan, N.: MI-TuP2, 143
Akutsu, T.: TF-ThP21, 198
Akylidiz, H.: TF-ThA6, 192
Al Salik, Y.: AC+AS+EN-TuA8, 131
Al Shankiti, I.: AC+AS+EN-TuA8, 131
Alamgir, F.: NS+AS+EN+SS-TuA11, 136
Alayashi, W.: TF+AS+NS+SE-WeA4, 169
Albers, R.C.: AC+MI+SA+TF-MoA9, 108
Albrecht, P.M.: SS-FrM3, 204; SS-MoA10,
114
Alcami, M.: GR+AS+EM+MI+MN-TuM1,
123; NS+AS+EN+SS-TuA7, 136
Alcamí, M.: SS1-ThA3, 190
Aldinger, J.: AS+BI+EM+NL+NS+SS-ThA1,
184
Aldous, J.D.: EM2-ThA10, 185
Alexander, C.: BI+AS+IS+NL-MoM2, 99
Alexander, M.R.: AS+BI+IS-WeM5, 150;
BI+AS+IS+NL-MoM10, 99;
BI+AS+IS+NL-MoM2, 99;
Author Index
BI+AS+IS+NL-MoM8, 99; BI-WeM1,
151; BI-WeM11, 151; EW-TuA6, 134
Alialy, S.: EM-ThP18, 195
Alimardani, N.: EM+PS-WeM10, 151
Alkemade, P.F.A.: HI-ThM12, 177; HI-ThP1,
196
Allen, G.C.: AC+AS+SS-TuM1, 120
Alles, M.: BI-TuP7, 142
Allred, D.D.: AC-TuP4, 141; MN+AS+SSMoM4, 102; MN+AS+SS-MoM5, 102;
TF+PS-ThM2, 182; TF+PS-ThM6, 182
Al-Mahboob, A.: GR+AS+EM+NS+SSWeA10, 165
Alnabulsi, S.S.: AS+BI+EM+NL+NS+SSThA9, 184; AS+BI-MoM2, 98; ASThP13, 194
Aloni, S.: AS+BI+EM+NL+NS+SS-ThA10,
184
Alrashid, E.: TF+AS+NS+SE-WeA9, 169
Al-Saidi, W.A.: SS+AS-TuM5, 126
Altfeder, I.: SE+EN-FrM4, 203
Altindal, S.: EM-ThP18, 195
Altman, E.I.: SS+AS+NS+SP-WeA7, 167
Altoe, M.V.P.: AS+BI+EM+NL+NS+SSThA10, 184
Altuntas, H.: EM-ThP18, 195
Altuntas, P.: TF+EM+NS+SS-ThA8, 191
Alves, S.M.: AC-TuP3, 141
Amagai, M.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA1,
163
Amasaki, S.: PS2-TuA11, 137
Amati, M.: IS+AS+SS-ThM5, 177;
NL+AS+BI+SA-FrM4, 202
Amato-Wierda, C.: SE+PS-WeA11, 167
Amelichev, V.A.: TF+MI-WeM4, 157
Ameringer, T.: EL-ThP1, 194
Amstrong, S.: SE+PS-ThM3, 179
An, K.-S.: TF-ThP38, 198
An, Y.: EM1-WeM12, 152; EM-ThP5, 195
Ande, C.K.: TF+AS+SE+SS-MoA3, 115
Anders, A.: PS1-TuM11, 125
Andersen, A.S.: BI-TuP2, 142
Anderson, A.: VT-WeM11, 158
Anderson, C.: PS-MoM3, 104
Anderson, D.G.: BI+AS+IS+NL-MoM10, 99;
BI+AS+IS+NL-MoM8, 99; BI-WeM1,
151; BI-WeM11, 151
Anderson, E.H.: MI+AS+NS+SP-TuA11, 135
Anderson, J.K.: TF+PS-ThM6, 182
Anderson, K.: EN+SE+SS+TF-WeM9, 152
Anderson, S.L.: SS+NS-WeM3, 156
Ando, T.: SP+AS+BI+EM+MI+NS+SE+SSThA1, 190
Andrade, E.: TR-TuP6, 148
Andreaus, B.: VT-MoM11, 106
Andreev, A.V.: AC+AS+EN-TuA7, 131
Andrieu, S.: MI+EM-TuM1, 123
Angelova, A.: GR+EM+NS+PS+SS+TFMoM8, 101
Ansari, N.: PS-TuP7, 145
Antognozzi, M.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA8,
190
Antonov, P.V.: TR+AS+NS+SS-MoA9, 115
Antony, A.: SS-MoA3, 114
Antosiewicz, T.: BI+NL+NS+SS-ThM6, 174
Anwar, S.: EM-MoA3, 109
Aoki, T.: AS-MoA10, 108
Apblett, C.A.: TF-ThA4, 192
Appy, D.: SS+AS+NS-MoM11, 104
Arakawa, I.: SS-TuP5, 146
Arena, D.: NS+AS+EM-MoA1, 113;
NS+AS+EM-MoA2, 113
Aresta, G.: TF+VT-WeM6, 158
206
Arey, B.: AP+AS+MI+NS+SS-WeA12, 162
Arias-Cerón, J.S.: TF-ThP1, 198
Arjad, A.B.: SS+AS+NS-MoM1, 104
Arkill, K.: SS+EN-ThM12, 180
Armbrust, N.: GR-WeM2, 153
Armstrong, C.T.: TF-TuA9, 139
Armstrong, N.R.: EM+AS+EN+TF-ThM11,
175
Arnadottir, L.: SS-TuA1, 138
Arnold, J.C.: MS+AS+EL+EM+PS+TFTuA9, 136
Arnold, P.C.: VT-MoM8, 106
Arnoult, G.: PS-TuP29, 145; SE+PS-ThM9,
179
Arpin, K.A.: TF+EM+NS+SS-ThA2, 191
Arrhen, F.: VT-MoA1, 116
Artyushkova, K.: AS-TuM6, 120
Aruta, C.: GR+AS+BI+PS+SS-ThA10, 186
Asbeck, P.: EM+TF-MoM11, 100; SS-FrM7,
204
Asensio, M.C.: SA+AS+MI+SS-WeM6, 155
Ashtiani, K.: EM-ThA6, 185
Askew, H.J.: BI-TuP5, 142; EL-ThP1, 194
Asner, D.M.: HI-ThA9, 187
Asplund, M.: TF+EM+NS+SS-FrM5, 204
Aspnes, D.E.: EL+AS+EM+SS+TF-WeA3,
163; TF-ThP36, 198
Assender, H.: EM+AS+EN+TF-ThM10, 175
Ast, Chr.R.: MI-MoM8, 101
Asthagiri, A.: SS-MoA3, 114
Astier: MS+AS+BA+BI+PS+TF-TuM3, 124
Atcitty, S.: EM-ThP11, 195
Atsuro, I.: NS-TuP1, 144
Atuchin, V.: TF-ThP9, 198
Atwater, H.: SS-FrM9, 204
Auciello, O.: MN+NS-TuM1, 124
Auluck, H.S.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA12,
190
Avasarala, B.: PS2-TuA8, 137
Awschalom, D.: MI+EM-TuM3, 123
Axnanda, S.: IS+AS+SS-ThM9, 177
Aydil, E.S.: EN+PS+TF-MoM11, 100;
EN+PS+TF-MoM4, 100; EN+PS+TFMoM9, 100
Ayers, J.E.: EM+AS+NS+SS-WeA3, 164;
EM+AS+NS+SS-WeA4, 164
Ayuela, A.: MI-TuP3, 143
Azcatl, A.: EM+TF-MoM5, 100;
GR+EM+NS+SS+TF-ThA1, 186
—B—
Baben, M.: SE+NS+TF-ThA4, 189
Baber, A.: IS+AS+SS-ThM6, 177
Babor, P.: GR+AS+NS+SP+SS-TuA9, 134
Babson, D.: BI+AI+BA+IS-MoA3, 109
Bacescu, D.M.: VT-TuP7, 148
Backus, E.H.G.: IA+AI+BI+IS+NL+SSMoA3, 111
Bae, D.: MS+AS+EL+EM+PS+TF-TuA9,
136
Baek, H.: IS-ThP1, 196
Baer, D.R.: AS-WeA7, 162
Bagal, A.: SS+NS-WeM10, 156
Bagge-Hansen, M.: NL+AS+BI+SA-FrM5,
202; SA-TuP3, 146; SS+NS-WeM11, 156
Baglin, V.: VT-WeM10, 158
Bagnall, M.: HI-ThA8, 187
Bagot, P.A.J.: AP+AS+MI+NS+SS-WeA4,
162; AP+AS+MI+NS+SS-WeA7, 162
Bagus, P.S.: AC+AS+SS-TuM3, 120;
SS+AS-TuM12, 126
Bahr, S.: IS+AS+SS-ThM11, 177
Bai, J.: MS+AS+BA+BI+PS+TF-TuM3, 124
Bai, Q.: MS+AS+BA+BI+PS+TF-TuM1, 124
Baik, S.: TF-TuM5, 127
Bailey, S.: MS+AS+BA+BI+PS+TF-TuM11,
124
Baimpos, T.: IA+AI+BI+IS+NL+SS-MoA11,
111
Baio, J.E.: BA+AI+AS+BI+IS+NL-MoM5,
99
Bak, S.-M.: IS+EN+SP+SS-ThA3, 187
Baker, L.: TF+EN-MoM11, 105; TF-TuM9,
127
Bakker, H.J.: IA+AI+BI+IS+NL+SS-MoA3,
111
Baklanov, M.: PS-MoA9, 114; PS-ThA4, 189
Balachander, N.: NS+EM+EN-TuM11, 125
Balakrishna, A.: PS-ThM5, 179
Balandin, A.A.: GR+AS+EM+MI+MNTuM2, 123; GR+EM+NS+SP+TF-MoA7,
110
Balasubramanian, T.: MI-MoM11, 101
Balchandran, P.: MI+EM+MG-MoA10, 111
Balsano, R.: SP+AS+EM+GR+MI+NS+SSFrM10, 203
Ban, C.: EN+SE+SS+TF-WeM4, 152
Banerjee, S.: AS+BI+EM+NL+NS+SSThA1, 184;
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM1, 202
Banik, A.: MS+AS+EL+EM+PS+TF-TuA9,
136; PS2-TuM11, 126
Banna, S.: EM+AS+PS+TF-ThM1, 176;
EM+AS+PS+TF-ThM12, 176; EM-ThP3,
195; PS1-TuA7, 137; PS1-TuM6, 125;
PS-TuP13, 145; PS-TuP17, 145; PSTuP23, 145
Banninga, J.D.: TF-ThP25, 198
Banquy, X.: IS+AS+SP-FrM4, 201
Bao, P.: BI-TuP10, 142; BP+AS-SuA5, 94
Bao, W.: GR+EM+NS+SP+TF-MoA1, 110;
IS-ThP2, 196
Baraket, M.: EM+AS+EN+TF-ThM5, 175
Baran, N.: BI+AS+IS+NL-MoM3, 99
Baránková, H.: SE+PS-ThM10, 179
Barback, C.: BI-TuP3, 142
Barcaro, G.: SS+AS-TuM9, 126
Bardos, L.: SE+PS-ThM10, 179
Barja, S.: GR+AS+EM+MI+MN-TuM1, 123
Barlow, A.: AS+BI-MoM1, 98; AS-MoA9,
108; AS-TuM5, 120
Barlow, D.E.: BI+AI+BA+IS-MoA3, 109;
BI-WeM3, 151
Barnes, T.M.: TC+EM+EN+TF-WeA9, 168
Baroch, P.: TF+AS+EM+NS+SS-ThM9, 181
Barraza, C.: TF-ThP14, 198
Barrett, D.A.: AS+BI+IS-WeM5, 150; BIWeM1, 151
Barrett, L.: MN+AS+SS-MoM5, 102
Barrett, N.: SA+AS+MG+SS-TuA3, 138;
SA+AS+MI+SS-WeM4, 155
Barroo, C.: AP+AS+MI+NS+SS-WeA11, 162
Barroso, D.: TF-ThP20, 198
Barry, S.T.: TF+AS+SE+SS-MoA4, 115
Bartels, L.: EM+NS+TF-FrM1, 200; GRWeM9, 153; TF-ThP19, 198; TF-ThP20,
198
Bartelt, N.C.: GR-WeM12, 153
Bartis, E.J.: PS+AS+BI+SE-MoM11, 103
Bartnik, A.: VT+AS+SS+TF-WeA7, 170
Barton, D.: MN+AS+SS-MoM5, 102
Bartynski, R.A.: EN+AS+NS+SS-MoA10,
110; EN-TuP7, 142; IS+EN+SP+SSThA9, 187; VT+EN+TF-TuA7, 139
Baryshev, S.: EN+PS+TF-MoM11, 100
Baski, A.A.: EM+NS+SS+TF-FrM3, 200
Basov, D.N.: GR+AS+EM+MI+MN-TuM9,
123
Batarseh, A.: EN+AS+NS+SS-MoA10, 110
Bates, R.L.: PS2-TuA9, 137
Batista, E.: AC+AS+EN-TuA10, 131
Batzill, M.: GR+EM+MS+NS+SP-FrM10,
201; GR+EM+NS+PS+SS+TF-MoM9,
101; SS-FrM1, 204
Bauer, E.D.: AC+MI+SA+TF-MoA9, 108
Bauer, G.E.W.: MI+EM-TuM11, 123
Bauer, K.: SP+AS+BI+MI+NS+SS-ThM5,
180
Bauer, S.: BI+AI+BA+IS-MoA2, 109;
NS+EM+EN-TuM9, 125
Baum, J.C.: SS+AS+NS+SP-WeA12, 167
Bäumer, M.: SS+AS-TuM11, 126; SS+NSWeM11, 156
Baxter, J.B.: EN+AS+NS+SS-MoA4, 110
Baykara, M.Z.: SS+AS+NS+SP-WeA7, 167;
TR+AS+NS+SS-MoA11, 115
Bazarov, I.: VT+AS+SS+TF-WeA7, 170
Beach, J.: EN+PS+TF-MoM5, 100
Beard, M.: PS-MoA3, 114
Beckhoff, B.: SA-TuP4, 146
Behafarid, F.: AS+BI+EM+NL+NS+SSThA3, 184;
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM2, 202; SS-TuP29, 147
Béland, A.E.: EN+PS+TF-MoM9, 100
Belchik, S.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA2,
163
Belfort, G.: BI+AS+BA+NL-TuM10, 121
Belkin, M.: NS+AS+BI+SP-WeM4, 154
Bell, A.: EN-TuM5, 122
Bell, J.: AC-TuP4, 141
Bell, L.D.: EM+NS+SS+TF-FrM11, 200
Bell, N.C.: AS+BI+EM+NL+NS+SS-ThM5,
174
Belmonte, A.: EM+PS-TuM5, 121
Belu, A.: AS+BI-TuA3, 132
Bender, J.: SS-TuP3, 146
Benítez, A.: EM-ThP1, 195; EM-ThP9, 195;
SS-TuP22, 147
Benitez, J.: BI+AS+BA+NS+SS-ThA12, 184
Beniwal, S.: SS-TuP34, 147;
TF+AS+BI+EM+SE+SS-WeA9, 169
Bennett, B.: PS-ThA7, 189
Bennett, C.: GR+AS+BI+PS+SS-ThA6, 186
Bennewitz, R.: TR+SE-TuM9, 127
Bent, S.F.: EM+AS+PS+TF-ThM10, 176;
SS+EM-WeA1, 168; TF-TuM6, 127
Benter, Th.: AS+BI+IS-WeM9, 150
Bentley, S.: MS+AS+EL+EM+PS+TF-TuA9,
136
Béral, C.B.: PS-WeM12, 155
Berg, Ch.: VT-MoA6, 116
Berger, C.: GR+AS+BI+PS+SS-ThA10, 186
Bergersen, H.: EW-TuL5, 129
Berman, D.: TR+SE-TuM11, 127
Bernal Ramos, K.: TF+EM+NS+SS-ThA10,
191
Bernal-Ramos, K.: EM+TF-MoM10, 100
Bernard, L.: AS+BI-MoM6, 98
Bernstein, H.C.: AS+BI+IS-WeM12, 150
Berry, I.: PS-MoM6, 104
Bersuker, G.: EM+MI+NS+SS+TF-TuA3,
132
Bertran, F.: MI+EM-TuM1, 123
Bertrand, P.: PS+AS+BI+SE-MoM5, 103
Besbes, R.: AC-TuP2, 141
Besenbacher, F.: NS+AS+BI+SP-WeM9, 154
Bettac, A.: SP+AS+EM+GR+MI+NS+SSFrM7, 203
Beye, M.: SS2-ThA4, 191
Beyer, A.: HI-ThA1, 187; HI-ThA7, 187; HIThP2, 196; HI-ThP3, 196
Bez, R.: MS+AS+EM+NS+PS+TF-MoA8,
112
Bezares, F.: GR+AS+BI+PS+SS-ThA6, 186
Bhardwaj, C.: AS+BI+IS-WeM12, 150; ASMoA3, 108
Bhargava, N.: EM+AS+PS+TF-ThM2, 176
Bhattacharya, A.: MI+EM+MG-MoA10, 111
207
Bi, S.: SP+AS+BI+NS-ThP1, 197
Bieber, T.: PS-TuP29, 145
Biedermann, L.B.: SS+AS-TuM1, 126
Biegalski, M.: TF+MI-WeM6, 157
Bielefeld, J.D.: EM+AS+PS+TF-ThM9, 176;
GR+AS+EM+NS+SS-WeA9, 165;
TF+VT-WeM9, 158
Biener, J.: SS+NS-WeM11, 156
Biener, M.: SS+NS-WeM11, 156
Bierber, T.: SE+PS-ThM9, 179
Biffinger, J.C.: BI+AI+BA+IS-MoA3, 109
Bignardi, L.: GR-WeM4, 153
Binek, C.: MI+EM-TuM9, 123
Bingaman, D.: EW-TuA5, 134
Biolsi, P.: EM-ThA2, 185; PS1-TuM5, 125;
PS2-TuA8, 137; PS2-TuM12, 126; PSMoA1, 114; PS-MoM11, 104
Birmingham, B.: SS-FrM4, 204
Bischoff, F.R.: BI+NL+NS+SS-ThM11, 174
Bittencourt, C.: NS+AS+EM-MoA4, 113
Biyikli, N.: SE-ThP11, 197; TF+AS+NS+SEWeA3, 169
Blaas, D.: SP+AS+BI+EM+MI+NS+SE+SSThA1, 190
Blackledge, R.: AS+BI-TuA4, 132
Blackmond, D.G.: SS+AS-WeM1, 156
Blackwell, J.M.: EM+AS+PS+TF-ThM5, 176
Blair, S.L.: BI-TuP3, 142; BI-WeM9, 151
Blakeston, A.: BP+AS-SuA5, 94
Blanc, R.: PS1-TuA7, 137; SE+PS-ThM6,
179
Blanco-Rey, M.: MI-TuP3, 143
Blank, D.H.A.:
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM3, 202
Blankensihp, R.: IS+AS+SP-FrM10, 201
Blanton, E.: EM2-ThA11, 185
Blechle, J.M.: PS-WeM4, 155
Blomfield, C.J.: AS+BI-MoM4, 98; ASMoA6, 108; AS-WeA3, 162; EW-TuL3,
129
Blomqvist, K.I.: SA+AS+MI+SS-WeM5, 155
Bluhm, H.: IA+AI+BI+IS+NL+SS-MoA10,
111; SS+EN-ThM9, 180; TC+EM+TFWeM3, 157
Blum, I.: AP+AS+SS-TuA10, 131;
AP+AS+SS-TuA12, 131
Bo, T.C.: PS-MoA11, 114
Bobadilla, A.: GR+AS+BI+PS+SS-ThA3,
186
Bobek, S.: GR-WeM9, 153; TF-ThP20, 198
Bocek, D.: SP+AS+BI+MI+NS+SS-ThM10,
180
Bochmann, J.: MN+NS-MoA6, 112
Bockstaller, M.R.: TC+EM+EN+TF-WeA3,
168
Bodart, P.B.: PS-WeM12, 155
Boden, S.A.: HI-ThA8, 187
Boffard, J.B.: PS1-TuA11, 137; PS-TuP14,
145
Böker, A.: TF+AS+BI+EM+SE+SS-WeA11,
169
Bokka, R.: PS-ThA12, 189
Bol, A.A.: EN+AS+NS+SS-MoA9, 110;
TF+EN-MoM10, 105; TF-TuM12, 127
Boland, K.: AC+AS+EN-TuA10, 131
Bolotin, I.: SE+EN-FrM5, 203
Bolvardi, H.: SE+NS+TF-ThA8, 189
Bomben, K.D.: AS-ThP13, 194
Bondaz, A.: EM+AS+PS+TF-ThM6, 176
Bonecutter, A.: NS+AS+EN+SS-TuA11, 136
Bonell, F.: MI+EM-TuM1, 123
Bongers, W.: EN+AS+PS-TuA12, 133
Bongiorno, A.: GR+AS+BI+PS+SS-ThA10,
186
Bongiorno, G.: VT-WeM3, 158
Bonilla, E.: TF-ThP20, 198
Bonilla, J.: SS-TuP15, 146
Author Index
Bonn, M.: BA+AI+AS+BI+IS+NL-MoM10,
99; BA+AI+AS+BI+IS+NL-MoM5, 99;
IA+AI+BI+IS+NL+SS-MoA3, 111
Bonnell, D.A.: IS+EN+SP+SS-ThA1, 187;
NS+BI+EM-MoM9, 103; NS+EM+ENTuM3, 125; SS+AS-TuM5, 126
Bonucci, A.: VT-WeM3, 158
Boo, J.-H.: AS-ThP18, 194
Boosalis, A.: EL+AS+EM+SS+TF-WeA2,
163; GR+EM+MS+NS+SP-FrM9, 201
Booth, J.-P.: PS+TF-MoA1, 113; PS1-TuA2,
137
Borca-Tasciuc, T.: EM+NS+TF-FrM3, 200;
NS+EM+EN-TuM11, 125; SE+EN-FrM3,
203
Bordia, R.K.: EN+SE+SS+TF-WeM5, 152
Borg, A.: SS-MoA9, 114
Borghetti, P.: SS1-ThA8, 190
Boris, D.R.: PS-ThA11, 189
Borner, K.: EM+AS+EN+TF-ThM6, 175
Borodulin, P.: EM-ThP17, 195
Borukhin, S.: NS+BI+EM-WeA12, 166
Bosman, M.: HI-ThA3, 187
Bossert, J.: SE+PS-WeA7, 167
Bostwick, A.: MI+AS+NS+SP-TuA7, 135
Boswell, R.: AS-MoA1, 108
Boufnichel, M.: PS2-TuA3, 137; PS-TuP1,
145
Boutaud, B.: PS2-TuA4, 137
Boutwell, R.C.: TF+EM+NS+SS-FrM10, 204
Bowden, M.E.: SS+AS-TuM6, 126
Bower, S.: MS+AS+BA+BI+PS+TF-TuM11,
124
Bowfield, A.: AS+BI+IS-WeM5, 150
Bowman, R.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA8,
190
Boxford, W.: AS+BI-MoM4, 98
Bozzini, B.: IS+AS+SS-ThM5, 177
Brachmann, A.: VT+AS+SS+TF-WeA9, 170;
VT-TuP6, 148
Bradley, J.: AC+AS+EN-TuA10, 131
Bradley, J.W.: AS+BI+IS-WeM5, 150
Bradley, L.C.: TF-ThP24, 198
Braithwaite, N.St.J.: PS1-TuA7, 137; PSWeA9, 166
Brameshuber, M.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA1,
190
Brar, V.W.: GR+AS+EM+NS+SS-WeA11,
165
Bratescu, M.A.: PS+AS+NS+SS-ThM6, 178
Braun, P.V.: TF+EM+NS+SS-ThA2, 191
Bray, J.: PS-TuP23, 145
Bray, K.R.: AS+BI+EM+NL+NS+SSThM12, 174
Bregliozzi, G.: VT-WeM10, 158
Brehmer, F.: EN+AS+PS-TuA11, 133; PS1TuA12, 137
Breit, S.: PS-MoA7, 114
Breitling, F.: BI+NL+NS+SS-ThM11, 174
Breitung, E.: TF+VT-WeM10, 158
Breitwieser, R.: GR-WeM10, 153
Breneman, C.: SS-TuP35, 147
Brennan, B.: EM+TF-MoM10, 100; EM+TFMoM5, 100
Brennen, R.: MS+AS+BA+BI+PS+TFTuM1, 124
Brenner, D.: TR+AS-MoM6, 105
Breslau, M.S.: TC+EM+EN+TF-WeA10, 168
Brett, M.: TF+AS+NS+SE-WeA1, 169
Brewer, T.: AS+BI+IS-WeM6, 150
Brichon, P.D.: PS-ThM2, 179
Brierley, M.: AC+AS+EN-TuA11, 131
Brigg, W.J.: PS-TuP21, 145
Briggs, E.: MN+AS+SS-MoM10, 102
Brihoum, M.: PS1-TuA7, 137; PS2-TuM3,
126
Author Index
Brink, M.: MS+AS+BA+BI+PS+TF-TuM3,
124; PS-MoA6, 114
Brizzi, S.: EM+PS-TuM10, 121
Broadbridge, C.C.: MG+EN+MS-WeA1, 165
Broch, K.: SS1-ThA2, 190
Broderick, S.R.: AP+AS+MI+NS+SS-WeA4,
162
Brodsky, M.J.: PS2-TuM11, 126
Broitman, E.: TF+EM+NS+SS-FrM8, 204;
TR+SE-TuM4, 127
Brongersma, H.: GR+AS+NS+SP+SS-TuA9,
134
Brown, C.: AC-TuP4, 141; TF+PS-ThM6,
182
Brown, S.: AS-ThP8, 194
Brown, T.M.: TF+EN-MoM6, 105
Bruce, R.L.: MS+AS+BA+BI+PS+TF-TuM3,
124; PS-MoA8, 114; PS-MoM2, 104; PSWeM1, 155
Brucker, G.A.: VT-MoM10, 106; VT-MoM9,
106; VT-TuP3, 148
Bruemmer, S.M.: AP+AS+SS-TuA9, 131
Bruener, P.: GR+AS+NS+SP+SS-TuA9, 134
Brumbach, M.: EM-ThP11, 195
Bruneau, B.: PS+TF-MoA1, 113
Bruns, M.: AS-ThP12, 194
Bryan, S.R.: AS+BI-MoM5, 98; AS-ThP9,
194
Buchholz, M.: SS-FrM11, 204
Buck, A.R.: IS+AS+SP-FrM3, 201
Budinska, Z.: SS+AS+NS-MoM9, 104
Buffière, M.: NS+AS+EM-MoA4, 113
Buie, C.: EM-MoA3, 109;
GR+EM+NS+SS+TF-ThA1, 186
Buja, F.: MN+NS-TuM11, 124
Bukhtiyarov, V.: NS+AS+EN+SS-TuA8, 136
Bultman, J.E.: SE+PS-ThM5, 179
Bulusu, A.: TF+VT-WeM3, 158
Burand, A.: AS+BI-TuA3, 132
Burden, F.R.: NL+AS+BI-ThA3, 188
Burkett, S.L.: MN-TuP6, 143
Burkhardt, C.J.: HI-ThA10, 187
Burnham, N.A.: NS+AS+BI+SP-WeM1, 154
Burns, S.: PS2-TuM11, 126
Burrell, M.C.: AS-WeA10, 162
Burst, J.M.: TC+EM+EN+TF-WeA9, 168
Bushby, R.J.: BI-TuP10, 142
Bushell, A.: AS-WeA11, 162
Bussmann, K.: GR+EM+NS+PS+SS+TFMoM3, 101
Butler, J.: MS+AS+BA+BI+PS+TF-TuM11,
124
Buttery, L.: BI+AS+IS+NL-MoM2, 99
Byeon, D.-S.: EM-ThP4, 195
Byun, Y.-C.: EM1-WeM12, 152; EM-ThP5,
195
—C—
Cabellos-Quiroz, J.L.: SS1-ThA8, 190
Cabral, C.: PS-MoA6, 114
Cabrera, W.: EM+TF-MoM10, 100; SS+EMWeA11, 168
Cadien, K.: TF+EM+NS+SS-ThA11, 191
Cahill, D.G.: EN-TuM3, 122
Cai, X.: BA+AI+AS+BI+IS+NL-MoM8, 99
Caillard, L.: TF+AS+BI+EM+SE+SS-WeA3,
169
Calaza, F.: SS-MoA11, 114
Caldwell, J.: GR+AS+BI+PS+SS-ThA6, 186
Calleja, F.: GR+AS+EM+MI+MN-TuM1,
123
Callow, J.A.: BI+AI+BA+IS-MoA2, 109
Callow, M.E.: BI+AI+BA+IS-MoA2, 109;
BI-TuP7, 142
Calusine, G.: MI+EM-TuM3, 123
Calzolai, L.: AS+BI+EM+NL+NS+SSThM10, 174
Cammarata, A.: MI+EM+MG-MoA10, 111
208
Campbell, C.T.: AS+BI+EM+NL+NS+SSThA6, 184; SS-MoA2, 114; SS-TuA3,
138; SS-TuA8, 138
Campbell, P.: TF+AS+BI+EM+SE+SSWeA3, 169
Campbell, S.A.: EN+PS+TF-MoM4, 100
Camus, J.: TF+EM+NS+SS-ThA8, 191
Canavan, H.E.: BI-WeM10, 151; BI-WeM2,
151
Candler, R.: TF+AS+EM+NS+SS-ThM11,
181; TF-ThP7, 198
Cano, D.: TR-TuP7, 148
Cansizoglu, H.: TF+AS+NS+SE-WeA3, 169
Cansizoglu, M.F.: TF+AS+NS+SE-WeA3,
169
Canto, C.E.: TR-TuP6, 148
Cantone, J.: PS2-TuM9, 126
Cantoni, C.: TF+MI-WeM6, 157
Cao, G.X.: MI-MoM10, 101; MI-MoM9, 101;
NS+EM+EN-TuM4, 125; TF+MI-WeM6,
157
Cao, J.: PS-TuP11, 145
Cao, L.: GR+EM+NS+SS+TF-ThA6, 186;
TF+AS+NS+SE-WeA11, 169
Cao, W.: EM-TuA7, 133
Cao, Y.: BI-TuP9, 142; MG-ThA1, 188;
MI+EM-TuM9, 123
Carlin, J.A.: EM+AS+NS+SS-WeA7, 164
Carlson, R.P.: AS+BI+IS-WeM12, 150
Carmo, M.: NS+BI+EM-WeA7, 166
Carpick, R.W.: AS-ThP21, 194; TR+ASMoM10, 105; TR+AS-MoM11, 105;
TR+AS-MoM5, 105; TR+AS-MoM8, 105
Carr, L.: MS+AS+BA+BI+PS+TF-TuM1,
124
Carraro, C.: MN+AS+SS-MoM8, 102
Carrillo, J.: EM-ThP1, 195; EM-ThP9, 195;
SS-TuP22, 147
Cartas, W.: SS+AS-TuM11, 126
Caruso, A.N.: GR+AS+EM+NS+SS-WeA9,
165
Caruso, L.: VT-WeM3, 158
Castner, D.G.: AS+BI+EM+NL+NS+SSThM6, 174;
BI+AI+AS+BA+IA+NL+NS+SP-WeA8,
163
Castro, G.R.: EM+NS+TF-FrM9, 200;
SA+AS+MG+SS-TuA4, 138
Caubet, P.: EM+PS-TuM2, 121; PS+TFMoA8, 113
Caudillo, R.: GR+AS+EM+NS+SS-WeA9,
165
Cavallo, F.: GR+EM+NS+SP+TF-MoA2, 110
Cavanagh, A.S.: TF+EN-MoM11, 105; TFTuM9, 127
Caymax, M.: EM+TF-MoM2, 100
Ceccone, G.: AS+BI+EM+NL+NS+SSThM10, 174
Ceder, G.: MG+EM+MI+MS-WeM9, 154
Celina, M.C.: AS-WeA9, 162
Celiz, A.D.: BI-WeM1, 151
Cerstvy, R.: SE+NS+TF-ThA6, 189
Certain, A.G.: AP+AS+SS-TuA2, 131
Ceylan, H.: SE-ThP11, 197
Cha, S.: TF+EN-MoM1, 105
Chaabane, N.: AS+BI+EM+NL+NS+SSThA4, 184
Chabal, Y.J.: EM+TF-MoM10, 100;
GR+AS+BI+PS+SS-ThA10, 186;
SS+EM-WeA10, 168; SS+EM-WeA11,
168; SS+EM-WeA9, 168; SS-FrM6, 204;
TF+AS+BI+EM+SE+SS-WeA3, 169;
TF+EM+NS+SS-ThA10, 191
Chabert, P.: PS1-TuA2, 137
Chae, S.: EM+TF-MoM8, 100
Chagarov, E.: EM+TF-MoM11, 100;
SS+EM-WeA8, 168; SS-FrM7, 204
Chait, B.T.: BI+AS+BA+NL-TuM10, 121
Chaker, M.: PS-MoM8, 104
Chakrapani, V.: PS2-TuA8, 137
Chamberlin, S.E.: SS+AS-TuM10, 126;
SS+AS-TuM6, 126
Chambers, S.A.: MI+EM+MG-MoA2, 111;
SS+AS-TuM10, 126; SS+AS-TuM2, 126;
SS+AS-TuM6, 126
Chan, B.T.: MS+AS+EM+NS+PS+TFMoA6, 112
Chan, C.K.: SS+AS-TuM1, 126
Chan, H.K.: GR+EM+MS+NS+SP-FrM4,
201
Chandhok, M.: EM+AS+PS+TF-ThM9, 176
Chang, C.: BI+AS+IS+NL-MoM8, 99; BIWeM11, 151
Chang, C.-H.: SS+NS-WeM10, 156
Chang, C.M.: PS-TuP26, 145; TF-ThP2, 198
Chang, C.S.: GR+AS+NS+SS-ThM12, 176
Chang, H.-Y.: EM-WeA10, 164
Chang, J.P.: PS2-TuA7, 137; PS-MoM10,
104; TF+EM+NS+SS-ThA6, 191;
TF+EN-MoM4, 105; TF+MI-WeM9, 157
Chang, N.: EM+MI+NS+SS+TF-TuA10, 132
Chang, R.: IS+AS+SS-ThM9, 177
Chang, W.: IS+EN+SP+SS-ThA3, 187
Chang, Y.Y.: SE-ThP3, 197; SE-ThP4, 197
Change, I.: TF+EN-MoM1, 105
Chao, W.: MI+AS+NS+SP-TuA11, 135
Chao, Y.C.: GR-WeM10, 153
Chapagain, P.R.: SS-FrM10, 204
Chari, T.: GR+EM+MS+NS+SP-FrM5, 201
Chaukulkar, R.P.: PS+AS+NS+SS-ThM3,
178; TF-ThP16, 198
Chawla, J.S.: EM-ThA7, 185
Cheetham, M.: BI-TuP10, 142; BP+ASSuA5, 94
Chen, C.: EM+TF-MoM8, 100
Chen, C.-C.: SS+EN-ThM9, 180
Chen, C.W.: GR-WeM10, 153; VT-TuP2,
148
Chen, D.: SA+AS+MG+SS-TuA10, 138
Chen, D.A.: SS-TuA11, 138; SS-TuP12, 146;
SS-TuP16, 146
Chen, F.Z.: VT-TuP1, 148; VT-TuP2, 148
Chen, H.H.: PS2-TuM10, 126
Chen, H.-P.: TF-ThP17, 198
Chen, H.Y.: PS+AS+BI+SE-MoM4, 103
Chen, H.-Y.: EM+MI+NS+SS+TF-TuA11,
132
Chen, J.: EL+AS+EN+PS+SS+TF-ThM4,
175
Chen, J.-B.: NS+AS+EM-MoA3, 113
Chen, J.H.: PS-MoA3, 114
Chen, J.Z.: SE+PS-WeA12, 167; SS-TuP8,
146
Chen, K.: PS2-TuA7, 137; PS-MoM10, 104
Chen, L.: PS1-TuM1, 125; PS-TuP19, 145;
PS-TuP20, 145; SS-MoA6, 114
Chen, M.: GR+AS+EM+NS+SS-WeA2, 165
Chen, P.L.: MN-TuP1, 143; PS-TuP26, 145;
TF-ThP2, 198
Chen, P.-L.: MN-TuP2, 143
Chen, P.-L.: MN-TuP3, 143
Chen, S.: AS+BI+EM+NL+NS+SS-ThM11,
174; BI+NL+NS+SS-ThM6, 174;
SA+AS+MI+SS-WeM5, 155
Chen, T.: TF-ThP19, 198
Chen, X.: GR+AS+NS+SS-ThM11, 176;
NS+BI+EM-MoM9, 103; TF+EN-MoM3,
105
Chen, Y.Y.: EM+PS-TuM5, 121
Chen, Z.: IS-ThP2, 196;
MS+AS+EL+EM+PS+TF-TuA8, 136
Chen, Z.Y.: PS1-TuM1, 125
Cheng, C.: PS+TF-MoA3, 113
Cheng, D.L.: AC+AS+EN-TuA12, 131
Cheng, G.: GR+EM+MS+NS+SP-FrM9, 201
Cheng, I.C.: SE+PS-WeA12, 167; SS-TuP8,
146
Cheng, Y.L.: PS-MoA11, 114
Chenot, S.: TF+EM+NS+SS-ThA8, 191
Cheong, S-W.: MI+AS+NS+SP-TuA12, 135
Cherepanov, V.:
SP+AS+EM+GR+MI+NS+SS-FrM8, 203
Chernomordik, B.D.: EN+PS+TF-MoM9,
100
Cheshmekhani, A.: NS+BI+EM-WeA11, 166
Cheung, D.: PS-MoM6, 104
Chew, A.D.: VT-WeM1, 158
Chew, S.A.: EM+PS-TuM10, 121
Chhowalla, M.:
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM1, 202
Chi, M.: NS+AS+EM-MoA8, 113
Chiang, D.: TF-ThP2, 198; TF-ThP5, 198
Chiang, S.: NS+BI+EM-WeA3, 166
Chiappe, D.: EM-MoA1, 109
Chiba, Y.: EM-ThA2, 185; PS2-TuA8, 137;
PS-MoA1, 114; PS-MoA4, 114
Chien, D.: TF+EM+NS+SS-ThA6, 191
Chien, P.-Y.: EM-WeA10, 164
Chikyow, T.: TC+EM+EN+TF-WeA11, 168
Chilkoti, A.: BI+AS+BA+NS+SS-ThA11,
184; BI+NL+NS+SS-ThM9, 174
Chin, M.:
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM6, 202
Chiou, P.W.: PS-TuP8, 145
Chirita, V.: TF+EM+NS+SS-FrM8, 204;
TF+PS-ThM11, 182
Chitre, K.P.: EN+AS+NS+SS-MoA10, 110
Chiu, P.-K.: TF-ThP17, 198
Chiu, S.Y.: MN-TuP4, 143
Chmielewski, D.: EM+AS+NS+SS-WeA7,
164
Chmielowska, M.: TF+EM+NS+SS-ThA8,
191
Cho, B.: HI-ThA12, 187
Cho, G.: TF+EN-MoM1, 105; TF-ThP26, 198
Cho, J.: TF+EN-MoM4, 105
Cho, M.R.: NS+BI+EM-MoM3, 103
Cho, S.I.: PS-TuP6, 145
Cho, T.: PS-ThA12, 189
Cho, T.S.: SE+PS-WeA9, 167
Cho, W.-H.: MI-TuP1, 143; TF-ThP17, 198
Cho, Y.-J.: TF-TuM5, 127
Cho, Y.R.: TR-TuP3, 148; TR-TuP5, 148
Chobpattana, V.: EM1-WeM11, 152
Choe, H.: PS-TuP22, 145
Choe, H.J.: SE-ThP6, 197
Choe, Y.: MN+NS-TuM5, 124
Choi, C.H.: NS+AS+EM-MoA4, 113
Choi, D.: MS+AS+EL+EM+PS+TF-TuA8,
136
Choi, E.C.: EN-TuP3, 142; EN-TuP4, 142
Choi, G.: TF+VT-WeM12, 158
Choi, J.: TF+EM+NS+SS-ThA6, 191
Choi, K.R.: TC+EM+EN+TF-WeA4, 168
Choi, S.: EL+AS+EN+PS+SS+TF-ThM3,
175; EM1-WeM12, 152; EM-ThP5, 195;
EN+PS+TF-MoM3, 100;
GR+AS+EM+NS+SS-WeA11, 165
Choi, S.Y.: SS-TuP14, 146; TF-ThP6, 198
Choi, U.H.: TC+EM+TF-WeM2, 157;
TC+EM+TF-WeM4, 157
Choi, Y.B.: TF+VT-WeM12, 158
Chou, C.C.: PS-TuP8, 145
Chou, C.Y.: AS-ThP7, 194
Chou, H.: GR-WeM3, 153
Chou, L.-W.: NS+BI+EM-MoM8, 103;
SS+AS+NS-MoM2, 104
Chou, P.R.: AS-ThP7, 194
Chou, Y.K.: SE-ThP3, 197
Choudhary, S.: EN-TuP6, 142
Chowdhury, N.A.: MN+NS-TuM12, 124
Christie, J.A.: TF+AS+BI+EM+SE+SSWeA10, 169
Christie, K.: EM+AS+NS+SS-WeA11, 164
209
Christophis, C.: BI+AS+IS+NL-MoM3, 99;
BI-TuP7, 142
Chrost, J.: SP+AS+EM+GR+MI+NS+SSFrM7, 203
Chu, N.: MS-TuP2, 144; NS-TuP14, 144
Chu, Y.-H.: SA+AS+MG+SS-TuA10, 138
Chun, Y.S.: TC+EM+EN+TF-WeA4, 168;
TF-ThP29, 198
Chung, K.-Y.: IS+EN+SP+SS-ThA3, 187
Chung, N.: SP+AS+BI+NS-ThP3, 197
Chung, S.: VT-TuP4, 148
Chung, T.M.: TF-ThP38, 198
Chung, T.-Y.: PS+AS+BI+SE-MoM11, 103
Church, J.: AS-WeA12, 162
Cianciolo, V.: AS-ThP11, 194
Cinquanta, E.: EM-MoA1, 109
Ciobanu, C.V.: EN+SE+SS+TF-WeM4, 152;
GR+AS+BI+PS+SS-ThA1, 186;
GR+AS+NS+SS-ThM1, 176; GRWeM12, 153
Cirigliano, N.: TF+EN-MoM4, 105
Ciston, J.: IS+AS+SP-FrM1, 201
Ciszewski, A.: SS1-ThA9, 190
Clancey, J.: TF+EN-MoM11, 105; TF-TuM9,
127
Clarke, J.S.: EM+AS+PS+TF-ThM5, 176;
EM+AS+PS+TF-ThM9, 176; EM-ThA7,
185
Cleland, A.N.: MN+NS-MoA6, 112
Cleveland, E.: PS-ThA7, 189
Cleveland, J.: SP+AS+BI+MI+NS+SSThM10, 180
Clifton, P.: AP+AS+EM+MI+TF-WeM10,
150
Clima, S.: EM+PS-TuM5, 121
Cloud, A.N.: TF+EM+NS+SS-ThA2, 191
Cobas, E.: MI+EM-TuM5, 123
Coffee, R.: SS2-ThA4, 191
Coffey, G.: NS-TuP12, 144
Cohen, B.E.: AS+BI+EM+NL+NS+SSThA10, 184
Cohen, H.: AS-ThP22, 194
Cohen, P.I.: GR+EM+NS+PS+SS+TFMoM1, 101
Cohen, S.R.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA9,
163
Cohn, A.W.: SS+AS-TuM6, 126
Colburn, M.E.: MS+AS+EL+EM+PS+TFTuA4, 136
Colby, R.J.: AP+AS+MI+NS+SS-WeA12,
162; AP+AS+MI+NS+SS-WeA2, 162;
AP-TuP1, 141; MI+EM+MG-MoA2, 111
Cole, C.: MS+AS+EL+EM+PS+TF-TuA9,
136
Cole, J.: PS-TuP18, 145
Colinjivadi, K.: EM-ThA6, 185
Collings, M.P.: SS+AS-WeM12, 156
Collins, K.: PS-ThM5, 179
Collins, R.W.: EL+AS+EN+PS+SS+TFThM4, 175
Colombo, L.: MS+AS+EM+NS+PS+TFMoA1, 112
Colvin, B.: TF+VT-WeM9, 158
Comes, R.B.: MI+EM+MG-MoA11, 111
Conard, T.: SA+AS+MG+SS-TuA9, 138
Conboy, J.: IA+BA-TuA7, 135
Conklin, D.: NS+BI+EM-MoM9, 103
Conley, J.F.: TF+EM+NS+SS-ThA1, 191
Conley, Jr., J.F.: EM+PS-WeM10, 151
Connell, S.D.:
BI+AI+AS+BA+IA+NL+NS+SPWeA10, 163
Conrad, E.H.: GR+EM+NS+PS+SS+TFMoM1, 101
Conrads, L.: SE+NS+TF-ThA8, 189
Conte, A.: VT-WeM3, 158
Contreras, M.: EN+PS+TF-MoM3, 100
Author Index
Contreras-Puente, G.: TF-ThP1, 198; TFThP13, 198
Conway, J.V.: VT-WeM12, 158
Cook-Chennault, K.:
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM1, 202
Cooperstein, M.A.: BI-WeM10, 151
Corbett, J.: VT+AS+SS+TF-WeA9, 170
Corcelli, S.A.: TF+AS+BI+EM+SE+SSWeA10, 169
Cordier, Y.: TF+EM+NS+SS-ThA8, 191
Corely, S.D.: TR+AS-MoM6, 105
Corkery, R.: IA+AI+BI+IS+NL+SS-MoA7,
111
Correa, A.: MI-TuP3, 143
Cosandey, F.: IS+EN+SP+SS-ThA9, 187
Cossement, D.: SE+NS+TF-ThA9, 189
Cotte, J.: MS+AS+BA+BI+PS+TF-TuM3,
124
Coultas, S.J.: AS-MoA6, 108; AS-WeA3, 162
Counsell, J.D.P.: AS+BI-MoM4, 98; ASMoA6, 108; AS-WeA3, 162
Coy-Diaz, H.: GR+EM+MS+NS+SP-FrM10,
201
Coyle, J.: TF+AS+SE+SS-MoA4, 115
Crabtree, G.: MS+AS+EM+EN+NS+TFMoM1, 102
Craig, I.M.: SP+AS+BI+NS-ThP2, 197
Craighead, H.G.: BI+AS+BA+NS+SSThA12, 184
Creatore, M.: EN+AS+NS+SS-MoA9, 110;
SE+PS-WeA8, 167; TF+EN-MoM6, 105;
TF+VT-WeM1, 158; TF+VT-WeM6, 158
Cremer, P.S.: IA+BA-TuA3, 135
Creyghton, Y.L.M.: SE+PS-WeA10, 167
Crommie, M.F.: GR+AS+EM+NS+SSWeA11, 165
Crookes-Goodson, W.J.: BI+AI+BA+ISMoA3, 109
Crowcombe, W.E.: VT+EN+TF-TuA9, 139
Crowell, P.: EM+AS+NS+SS-WeA11, 164
Crum, J.: NS+AS+BI+SP-WeM2, 154
Crumlin, E.J.: IS+AS+SS-ThM9, 177
Cruz, J.: PS-TuP34, 145
Cuddy, M.: SS+EN-ThM12, 180
Cuddy, M.F.: BI+AS+BA+NL-TuM9, 121;
PS-WeM4, 155
Cui, C.: SS-TuP29, 147
Cui, D.: EN+AS+NS+SS-MoA8, 110
Cui, Y.: AS+BI+IS-WeM12, 150; AS-MoA3,
108
Cullen, P.J.: SE+PS-WeA4, 167
Cullen, W.G.: GR+AS+NS+SS-ThM3, 176
Cultrera, L.: VT+AS+SS+TF-WeA7, 170
Culver, C.L.: PS1-TuA11, 137
Cumpson, P.: AS+BI-MoM1, 98; AS-MoA9,
108; AS-TuM5, 120
Cunge, G.: PS1-TuA7, 137; PS-ThM2, 179;
PS-WeM6, 155; SE+PS-ThM6, 179
Cunningham, G.B.: EM+NS+TF-FrM6, 200
Curreli, D.: PS-TuP12, 145; TF+PS-ThM10,
182; TF-ThP18, 198
Currie, M.: GR+EM+NS+PS+SS+TF-MoM3,
101
Cutivet, A.: TF+EM+NS+SS-ThA8, 191
Cyganik, P.: SS+AS+NS+SP-WeA10, 167;
SS1-ThA12, 190;
TF+AS+BI+EM+SE+SS-WeA7, 169
Czap, G.: SP+AS+BI+MI+NS+SS-ThM4,
180; SS+EN-ThM11, 180
Czaplewski, D.A.: MN+NS-TuM11, 124;
MN+NS-TuM9, 124
Czerwinski, A.: AP-TuP2, 141
—D—
da Silva, A.M.: SA-TuP2, 146
da Silva, A.R.: TF-ThP4, 198
Dadson, A.: EL+AS+EM+SS+TF-WeA8,
163; TF+EM+NS+SS-FrM4, 204
Author Index
Dagdeviren, O.E.: SS+AS+NS+SP-WeA7,
167
Dahal, A.: GR+EM+MS+NS+SP-FrM10, 201
Dahint, R.: BI+NL+NS+SS-ThM11, 174
Dahlin, A.B.: BI+NL+NS+SS-ThM1, 174
Dai, S.X.: VT-MoA8, 116
Dalmiglio, M.: GR-WeM11, 153
Daly, S.: AC+AS+EN-TuA10, 131
Damascelli, A.: SA+AS+MI+SS-WeM5, 155
Dames, C.: IS-ThP2, 196
Dandeneau, C.S.: EN+SE+SS+TF-WeM5,
152
Daniels, S.: PS1-TuA1, 137
Danner, D.: PS2-TuA10, 137
Darakchieva, V.: EL+AS+EM+SS+TFWeA1, 163; EL+AS+EM+SS+TF-WeA2,
163
Darnon, M.: PS1-TuA7, 137; PS-ThM2, 179;
SE+PS-ThM6, 179
Dass, S.: EN-TuP6, 142
Dattoli, E.N.: GR-ThP10, 195
Dauksta, E.: SS-TuP32, 147
Davidson, D.E.: AS-ThP8, 194
Davies, M.C.: BI+AS+IS+NL-MoM10, 99;
BI+AS+IS+NL-MoM8, 99; BI-WeM1,
151; BI-WeM11, 151
Davies, S.: VT-MoA9, 116
Davis, E.S.: SS-FrM10, 204
Davis, H.: SA+AS+MI+SS-WeM5, 155
Davis, J.: AS+BI-MoM8, 98
Davis, P.: EM+NS+SS+TF-FrM5, 200
Davis, R.C.: EL+AS+EM+SS+TF-WeA8,
163; MN+AS+SS-MoM4, 102;
MN+AS+SS-MoM5, 102;
TF+EM+NS+SS-FrM5, 204; TF+PSThM2, 182; TF+PS-ThM6, 182; TF+PSThM9, 182; TF+VT-WeM11, 158
Davisson, M.L.: AS+BI-TuA1, 132
Davydova, A.: PS1-TuA7, 137; PS-WeM6,
155
Dawson, K.: NL+AS+BI-ThA1, 188
Dawson, N.: EM-ThP10, 195
de Andres, A.: EM+NS+TF-FrM9, 200
De Battice, L.: BI+AS+BA+NL-TuM5, 121
De Benedetti, W.J.: SS+EM-WeA10, 168
De Boer, J.: BI-WeM4, 151
de Brito, A.N.: SA-TuP2, 146
De Decker, Y.: AP+AS+MI+NS+SS-WeA11,
162
De Geyter, N.: AS+BI-MoM2, 98
De Graeve, I.: TF-ThP32, 198
De Jaeger, J.C.: TF+EM+NS+SS-ThA8, 191
De Keyser, P.: PS-TuP29, 145
De Keyzer, P.: SE+PS-ThM9, 179
de Leeuw, N.H.: MG-ThA3, 188
De Marneffe, J.-F.: PS-MoA9, 114
De Melo-Pereira, O.: TF-ThP13, 198
De Moure-Flores, F.: NS-TuP3, 144; NSTuP4, 144; TF-ThP1, 198; TF-ThP13, 198
de Oliveira, A.N.: SA-TuP2, 146
De Oteyza, D.G.: SS1-ThA8, 190
de Pablo, J.J.: MG+EM+MI+MS-WeM3, 154
de Peuter, K.: PS+AS+NS+SS-ThM3, 178
de Souza, J.F.: GR-ThP7, 195
De Strycker, J.: TF-ThP32, 198
de Vries, H.: TF+VT-WeM1, 158
de Weerd, M-C.: AS+BI-TuA9, 132
Dean, C.: NS+EM+EN-TuM1, 125
DeBenedetti, W.J.I.: SS-FrM6, 204
DeBoer, W.: VT-WeM11, 158
DeCerbo, J.N.: AS+BI+EM+NL+NS+SSThM12, 174
Deconihout, B.: AP+AS+SS-TuA10, 131;
AP+AS+SS-TuA12, 131
Deeks, C.: AS+BI-TuA4, 132
Defrance, N.: TF+EM+NS+SS-ThA8, 191
Degraeve, R.: EM+PS-TuM5, 121
Delabie, A.: TF+AS+SE+SS-MoA9, 115
Delattre, P.A.: PS+TF-MoA1, 113
210
Delcorte, A.: PS+AS+BI+SE-MoM5, 103
Delfour, L.: PS-WeM6, 155
Deligiannis, D.: EN+AS+NS+SS-MoA9, 110
Dell’Angela, M.: SS2-ThA4, 191
Dellinger, A.: BI+AS+BA+NS+SS-ThA10,
184
DeLong, E.: EL+AS+EN+PS+SS+TFThM12, 175
Delongchamp, D.: EM+AS+EN+TF-ThM5,
175
Demidov, V.: PS-WeM5, 155
Demirci, E.: MI-TuP2, 143
Deng, D.D.: EN+PS+TF-MoM9, 100
Denning, C.: BI+AS+IS+NL-MoM10, 99; BIWeM1, 151
Dennis, R.: AS+BI+EM+NL+NS+SS-ThA1,
184
Deon, D.J.: TF-ThP38, 198
Derouin, J.: SS-TuP3, 146
Desai, M.: TF+MI-WeM1, 157
Deschamps, F.: PS+AS+NS+SS-ThM9, 178
Deskins, N.A.: SS+EN-ThM1, 180
Despiau-Pujo, E.: PS1-TuA7, 137; PS-ThM2,
179; PS-WeM6, 155
Devant, L.: PS+AS+NS+SS-ThM9, 178
Devaraj, A.: AP+AS+MI+NS+SS-WeA1,
162; AP+AS+MI+NS+SS-WeA2, 162;
AP-TuP1, 141; AP-TuP3, 141; HI-ThA9,
187; NS-TuP12, 144
Devashayam, A.: PS-TuP12, 145
Devender, F.: EM+NS+TF-FrM3, 200;
SE+EN-FrM3, 203
Devereaux, T.: SS+EN-ThM9, 180
Devred, F.: AP+AS+MI+NS+SS-WeA11,
162
Dhar, N.: EM+NS+TF-FrM6, 200
Dhiman, R.: TF+EM+NS+SS-FrM1, 204
Di Valentin, C.: SS-FrM11, 204
Dianoux, R.: AS+BI-MoM6, 98
Diao, Z.: MN+NS-MoA3, 112; MN+NSMoA4, 112
Diaz, C.: GR+AS+EM+MI+MN-TuM1, 123
Díaz-Tendero, S.: SS1-ThA3, 190
Dickey, E.R.: TF-TuA7, 139
Diebold, A.C.: EL+AS+EM+SS+TF-WeA9,
163
Diercks, D.: AP+AS+EM+MI+TF-WeM11,
150
Dieterle, J.: SS1-ThA2, 190
Dietz, N.: EM+NS+SS+TF-FrM10, 200;
EM+NS+SS+TF-FrM9, 200
Dietzel, D.: TR+SE-TuM12, 127
Dillon, A.C.: EN+SE+SS+TF-WeM4, 152
Dillon, E.: NS+AS+BI+SP-WeM4, 154;
NS+AS+BI+SP-WeM5, 154
DiLullo, A.: SP+AS+BI+MI+NS+SS-ThM3,
180
DiMeglio, J.: EN+AS+PS-TuA3, 133
Dinauer, E.M.: EM-ThP13, 195
Ding, F.: GR+AS+NS+SS-ThM5, 176
Ding, Z.: EM+AS+EN+TF-ThM10, 175
Diniz, J.A.: GR-ThP7, 195; TF-ThP4, 198
Diño, W.A.: SS-TuP6, 146
DiStefano, S.: VT-WeM11, 158
Dittman, R.: EM+PS-WeM1, 151
Diwan, A.: EL+AS+EM+SS+TF-WeA8, 163;
TF+EM+NS+SS-FrM4, 204
Dixit, R.:
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM6, 202
Dixit, S.:
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM6, 202
Dixon, M.P.:
BI+AI+AS+BA+IA+NL+NS+SPWeA11, 163
Djouadi, M.A.: TF+EM+NS+SS-ThA8, 191
Dobrovitski, V.V.: MI+EM-TuM3, 123
Dobson, M.P.: EW-WeL2, 160
Dohnalek, Z.: SS-MoA6, 114
Doi, I.: TF-ThP4, 198
Doi, K.: NS-TuP7, 144
Dolan, G.F.: SS+AS-WeM3, 156
Dolocan, A.: EN+SE+SS+TF-WeM10, 152
Domagala, J.Z.: AP-TuP2, 141
Dombrowski, E.: SS2-ThA10, 191
Domen, K.: SE+EN-FrM6, 203
Donald, D.R.: AS+BI+EM+NL+NS+SSThM11, 174
Donald, S.B.: SS2-ThA1, 191; SS2-ThA11,
191; SS2-ThA3, 191
Donaldson, S.H.: IS+EN+SP+SS-ThA6, 187
Donath, M.: MI-MoM1, 101; MI-MoM8, 101
Donegan, M.: SE+PS-WeA4, 167
Dong, H.: EM+TF-MoM10, 100; EM+TFMoM5, 100
Dong, Y.: SS-ThM12, 181; TR+AS-MoM11,
105
Donmez, I.: SE-ThP11, 197
Donnelly, V.M.: PS1-TuA9, 137; PS1-TuM3,
125; PS1-TuM4, 125
Dorfmüller, J.: HI-ThA3, 187
Doris, B.: PS2-TuM9, 126
Dorman, J.: EN+SE+SS+TF-WeM6, 152
Dorrestein, P.C.: BP+AS-SuA1, 94
Dorris, S.E.: AS+BI+EM+NL+NS+SSThA10, 184
Doubek, G.: NS+BI+EM-WeA7, 166
Doudin, B.: SS-TuP34, 147
Dougherty, D.B.: EM+AS+EN+TF-ThM2,
175; GR+AS+EM+NS+SS-WeA10, 165;
SS-TuP18, 146
Doughty, B.: BA+AI+AS+BI+IS+NL-MoM1,
99
Douglas, R.: TF+MI-WeM5, 157
Doumanidis, C.C.: TF-ThA3, 192
Dowben, P.A.: MI+EM-TuM9, 123; SSTuP34, 147; TF+AS+BI+EM+SE+SSWeA9, 169
Dowell, D.H.: VT+AS+SS+TF-WeA11, 170
Dowling, D.P.: SE+PS-WeA4, 167
Dowsett, D.: HI-ThA11, 187
Drake, C.N.: BI+AI+BA+IS-MoA3, 109
Drayman-Weisser, T.: TF+VT-WeM10, 158
Droopad, R.: EM+PS-TuM3, 121; EM+PSTuM9, 121; SS+EM-WeA8, 168
D'Souza, A.: EM+NS+TF-FrM6, 200
Du, K.: NS+AS+EM-MoA4, 113
Du, Y.: MI+EM+MG-MoA2, 111
Dubois, G.: EM+AS+PS+TF-ThM3, 176
Dubois, J.-M.: AS+BI-TuA7, 132
Dubrovinskaia, N.: SE+NS+TF-ThA3, 189
Dubrovinsky, L.S.: SE+NS+TF-ThA3, 189
Duenow, J.N.: EN+PS+TF-MoM3, 100
Dufour, T.: PS+AS+BI+SE-MoM5, 103;
PS+AS+NS+SS-ThM9, 178
Dufresne, C.: BI+AS+IS+NL-MoM4, 99;
EW-TuA6, 134
Duke, A.S.: SS-TuA11, 138
Dukovic, G.: EN+AS+NS+SS-MoA6, 110
Dulkin, A.: EM-ThA6, 185
Dumpala, S.: AP+AS+MI+NS+SS-WeA4,
162
Dunham, B.: VT+AS+SS+TF-WeA7, 170
Dunn, B.: TF+EN-MoM4, 105
Dunn, M.: BI+AI+BA+IS-MoA11, 109
Dupuy, E.: PS2-TuM3, 126
Durand, C.: AP+AS+SS-TuA12, 131
Durbin, S.: EM2-ThA10, 185
Dussart, R.: PS2-TuA1, 137; PS2-TuA4, 137;
PS-TuP1, 145
Dutta, D.: EM+AS+PS+TF-ThM2, 176;
TF+VT-WeM9, 158
Duty, C.: TC+EM+TF-WeM12, 157
Dyett, B.: SE-ThP9, 197
Dylla, A.G.: SS+AS-TuM1, 126
Dylla, H.F.: PS-WeA1, 166; VT-TuM11, 128
Dzarasova, A.: PS-TuP21, 145
Dzhurakhalov, A.: GR-ThP11, 195
—E—
Easton, C.: BI+AS+BA+NS+SS-ThA2, 184
Ebert, H.: MI+AS+NS+SP-TuA7, 135
Ebner, A.: SP+AS+BI+EM+MI+NS+SE+SSThA1, 190
Ebnonnasir, A.: GR-WeM12, 153
Economou, D.J.: PS1-TuA9, 137; PS1-TuM3,
125; PS1-TuM4, 125
Eddy, C.: EL+AS+EM+SS+TF-WeA2, 163;
EM+NS+SS+TF-FrM4, 200;
GR+EM+NS+PS+SS+TF-MoM3, 101
Eddy, Jr., C.R.: EL+AS+EM+SS+TF-WeA1,
163; EM+NS+SS+TF-FrM6, 200;
GR+EM+MS+NS+SP-FrM4, 201
Ediger, M.D.: MG+EM+MI+MS-WeM3, 154
Edley, M.E.: EN+AS+NS+SS-MoA4, 110
Edmonds, M.: EM+PS-TuM9, 121; SS+EMWeA8, 168
Edström, D.: TF+PS-ThM11, 182
Egan, P.: VT-MoM3, 106
Egberts, P.: TR+AS-MoM11, 105
Ehre, D.: AS-ThP22, 194
Eichhorn, R.G.: VT-WeM12, 158
Einstein, T.L.: GR+AS+NS+SS-ThM3, 176;
SS+AS+NS-MoM3, 104
Eisenthal, K.B.: BA+AI+AS+BI+IS+NLMoM1, 99
Eizenberg, M.: EM+TF-MoM2, 100
Ekerdt, J.G.: SS-FrM5, 204
Eklund, P.: TF+EM+NS+SS-ThA3, 191
El Kasmi, A.: HI-ThA7, 187
El Mel, A.: NS+AS+EM-MoA4, 113
El-Hinnawy, N.: EM-ThP17, 195
El-Khoury, P.: NS-TuP12, 144
Eller, B.S.: EM-WeA3, 164
Ellies, L.G.: BI-TuP3, 142
Ellinger, C.R.: TF-TuA3, 139
Ellingsworth, E.: EN+SE+SS+TF-WeM9,
152
Elliott, S.D.: TF+AS+SE+SS-MoA3, 115
Elliott, S.M.: TF-ThP37, 198
Ellsworth, A.: EM+AS+EN+TF-ThM6, 175
Elmquist, R.: EL+AS+EM+SS+TF-WeA2,
163
Elmustafa, A.A.: TF-ThP33, 198; VT-WeM4,
158
El-Sayed, A.: SS1-ThA8, 190
Elsayed-Ali, H.E.: TF-ThP33, 198
Elsener, B.: AS-ThP2, 194; AS-TuM12, 120
Elswick, D.: EW-WeL6, 160
Emori, M.: SS+EN-ThM10, 180
Enderes, R.: VT-MoM11, 106
Enders, A.: SS-TuP34, 147;
TF+AS+BI+EM+SE+SS-WeA9, 169
Engel, L.: MN+AS+SS-MoM6, 102
Engelhard, M.: AS+BI+EM+NL+NS+SSThM11, 174; AS-ThP3, 194; SS+ASTuM2, 126
Engelmann, S.U.: PS-MoA8, 114; PS-MoM2,
104; PS-WeM1, 155
Engeln, R.: EN+AS+PS-TuA11, 133; PS1TuA12, 137
Engledew, D.J.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA8,
190
Engstrom, J.R.: EM+AS+EN+TF-ThM1, 175
Engtrakul, C.: EN+SE+SS+TF-WeM4, 152;
TF+PS-ThM5, 182
Enochson, L.: BI+AS+BA+NL-TuM6, 121
Eom, C.: MG+EM+MI+MS-WeM11, 154
Eom, D.: SS+EM-WeA2, 168
Epa, V.C.: BI+AS+IS+NL-MoM8, 99;
NL+AS+BI-ThA3, 188
Epaminonda, P.: SE-ThP8, 197
Epuri, S.R.: SS+AS-TuM11, 126
Ercolano, G.: TF-TuA9, 139
Erdemir, A.: TR+SE-TuM11, 127
Erdemir, O.: MI-TuP2, 143
211
Erickson, N.C.: AS-ThP13, 194
Eriguchi, K.: PS-MoM1, 104; PS-ThM1, 179
Erkal, T.S.: SE-ThP11, 197
Erkovan, M.: MI-TuP2, 143
Erler, R.G.: AC+AS+SS-TuM12, 120
Ertekin, E.: SS+EM-WeA12, 168
Erten, A.: MN+AS+SS-MoM10, 102
Escamilla, R.: SS-TuP4, 146
Escamilla-Esquivel, A.: TF-ThP13, 198
Escher, M.: SA+AS+MI+SS-WeM4, 155
Esteve, J.: TR-TuP7, 148
Estrada-Raygoza, I.C.:
MS+AS+EL+EM+PS+TF-TuA4, 136;
PS2-TuM9, 126
Eun, C.: PS+AS+BI+SE-MoM3, 103
Evans, J.E.: AP-TuP1, 141
Evans, J.W.: AS+BI-TuA10, 132; SS-TuA2,
138
Evans, P.A.: HI-ThA8, 187
Evans, S.D.:
BI+AI+AS+BA+IA+NL+NS+SPWeA10, 163; BI-TuP10, 142; BP+ASSuA5, 94
Eymery, J.: AP+AS+SS-TuA12, 131
—F—
Fadenberger, K.: TF-ThA3, 192
Fadida, S.: EM+TF-MoM2, 100
Fadley, C.S.: MI+AS+NS+SP-TuA7, 135
Faingold, A.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA9,
163
Fairley, N.A.: GR-ThP6, 195
Faken, D.: PS-MoA7, 114
Faleev, N.: TF+EM+NS+SS-FrM10, 204
Falk, A.L.: MI+EM-TuM3, 123
Fallahazad, B.: EM-WeA7, 164
Fan, W.: TF+EM+NS+SS-FrM3, 204
Fanciulli, M.: EM-MoA1, 109
Fantauzzi, M.: AS-ThP2, 194; AS-TuM12,
120
Fantini, A.: EM+PS-TuM5, 121
Faradzhev, N.S.: VT+EN+TF-TuA7, 139
Farah, S.: MS+AS+BA+BI+PS+TF-TuM11,
124
Farber, D.: PS-WeM3, 155
Farmer, M.: SS-TuP3, 146
Farrar, P.: MS+AS+EM+NS+PS+TF-MoA10,
112
Farstad, M.H.: SS-MoA9, 114
Faubel, M.: IA+AI+BI+IS+NL+SS-MoA10,
111
Fay, P.J.: EM+TF-MoM8, 100; EM-ThA10,
185
Fazio, W.: TF+PS-ThM2, 182
Fears, K.P.: BI-WeM3, 151
Fedchak, J.A.: VT-MoM5, 106
Feenstra, R.M.: GR-WeM3, 153;
SP+AS+EM+GR+MI+NS+SS-FrM1, 203
Feldberg, N.: EM2-ThA10, 185
Feldman, L.C.: GR+EM+NS+PS+SS+TFMoM1, 101
Feldmann, M.: TR+SE-TuM12, 127
Felmy, A.: AP+AS+MI+NS+SS-WeA12, 162
Feltz, A.: SP+AS+EM+GR+MI+NS+SSFrM7, 203
Feng, J.: VT+AS+SS+TF-WeA11, 170
Feng, P. X.-L.: MN+NS-MoA8, 112;
MN+NS-TuM6, 124; PS+AS+NS+SSThM12, 178
Feng, X.: GR+AS+EM+NS+SS-WeA7, 165
Feng, X.F.: EM+AS+EN+TF-ThM9, 175;
EN+SE+SS+TF-WeM11, 152
Feng, Z.: VT+AS+SS+TF-WeA9, 170
Fennie, C.J.: MI+AS+NS+SP-TuA12, 135
Ferguson, I.T.: EM+NS+SS+TF-FrM10, 200;
EM+NS+SS+TF-FrM7, 200
Fernández, F.: AS+BI+IS-WeM4, 150
Fernández, L.: MI-TuP3, 143
Fernandez, M.C.: PS2-TuA3, 137
Author Index
Fernsler, R.F.: PS-ThA11, 189
Ferranti, D.: TF+AS+NS+SE-WeA10, 169
Ferreira, M.J.: VT+AS+SS+TF-WeA9, 170;
VT-MoM6, 106; VT-TuP7, 148
Ferris, R.: GR+AS+EM+NS+SS-WeA1, 165
Fetterolf, S.F.: PS-WeM12, 155
Feurprier, Y.P.: EM-ThA2, 185; PS-MoA1,
114
Fields, J.: TC+EM+EN+TF-WeA7, 168
Filler, M.A.: NS+AS+EM-MoA8, 113;
NS+BI+EM-MoM8, 103; SS+AS+NSMoM2, 104
Finlay, J.: BI+AI+BA+IS-MoA2, 109
Finotello, D.: MG+EM+MI+MS-WeM1, 154
Fischer, D.: SA+AS+MI+SS-WeM3, 155
Fischer, P.: MI+AS+NS+SP-TuA11, 135
Fischer-Wolfarth, J.-H.: SS+NS-WeM2, 156
Fisher, B.: GR+EM+NS+PS+SS+TF-MoM6,
101; SP+AS+EM+GR+MI+NS+SSFrM11, 203
Fisher, D.A.: EM+AS+EN+TF-ThM5, 175
Fisher, E.R.: BI-WeM12, 151; NS+AS+EMMoA10, 113; PS+AS+BI+SE-MoM10,
103; PS-WeM4, 155; TF+PS-ThM1, 182
Fisher, G.L.: AS+BI-MoM5, 98; AS-ThP9,
194
Fitz-Gerald, J.M.: MI+EM+MG-MoA11, 111
Flatt, J.: MS+AS+BA+BI+PS+TF-TuM11,
124
Fleischmann, C.: SA+AS+MG+SS-TuA9,
138; SA-TuP4, 146
Floreano, L.: SS1-ThA8, 190
Flores Gracia, F.J.: EN-TuP8, 142
Flores, F.: EM-ThP9, 195
Flores, M.: SS-TuP4, 146; TR-TuP6, 148
Flores-Camacho, J.M.: SS+NS-WeM2, 156
Floro, J.A.: MI+EM+MG-MoA11, 111
Flynn, B.: SS+AS-TuM2, 126; TC+EM+TFWeM3, 157
Föhlisch, A.: SS2-ThA4, 191
Fompeyrine, J.: EM+NS+TF-FrM4, 200
Fonseca, L.R.C.: GR-ThP7, 195
Forbes, T.: AS+BI+IS-WeM6, 150
Forrest, R.P.: TF+AS+BI+EM+SE+SSWeA10, 169
Fortunelli, A.: SS+AS-TuM9, 126
Foucher, M.: PS1-TuA2, 137
Fouchier, M.: PS2-TuM3, 126
Fournée, V.: AS+BI-TuA9, 132
Fox-Lyon, N.A.: PS-WeM3, 155; PS-WeM5,
155
Frahm, R.: SA+AS+MI+SS-WeM11, 155
Francois-Saint-Cyr, H.G.:
AP+AS+EM+MI+TF-WeM10, 150
Franek, J.: PS-WeM5, 155
Frank, C.W.: BI+AS+BA+NL-TuM11, 121
Franz, G.F.: TF+EM+NS+SS-FrM9, 204
Franz, S.: TF+AS+EM+NS+SS-ThM11, 181;
TF-ThP7, 198
Frayssinet, E.: TF+EM+NS+SS-ThA8, 191
Fredricks, Z.: TR+AS+NS+SS-MoA4, 115
Freeman, M.R.: MN+NS-MoA3, 112;
MN+NS-MoA4, 112
Freeze, C.R.: TR-TuP4, 148
French, B.: EM+MI+NS+SS+TF-TuA2, 132;
GR+AS+EM+NS+SS-WeA9, 165
French, M.: GR+AS+EM+NS+SS-WeA9,
165
French, R.H.: TC+EM+EN+TF-WeA10, 168
Frenken, J.W.M.: TR+AS+NS+SS-MoA9,
115
Freund, H.-J.: SS+AS-TuM12, 126; SS+NSWeM2, 156
Friddle, P.: PS2-TuM9, 126; PS-MoA3, 114
Friebel, D.: IS+AS+SS-ThM3, 177
Fried, D.: PS-MoA7, 114
Fried, M.: EL+AS+EN+PS+SS+TF-ThM5,
175
Friedman, A.L.: MI+EM-TuM5, 123
Author Index
Friend, C.M.: NS+AS+EN+SS-TuA3, 136;
NS+AS+EN+SS-TuA4, 136
Fritz, E.C.: VT+EN+TF-TuA9, 139
Fritz, G.: PS-MoA6, 114
Fröhlich, J.: BA+AI+AS+BI+IS+NLMoM10, 99
Frontini, P.M.: TR+SE-TuM4, 127
Frost, R.: BI+AS+BA+NL-TuM5, 121
Fu, D.: TR+AS+NS+SS-MoA10, 115
Fu, Z.: SA+AS+MI+SS-WeM3, 155
Fuchs, H.: TR+SE-TuM12, 127
Fuhrer, M.S.: GR+AS+NS+SS-ThM3, 176
Fujii, M.: AS-MoA10, 108
Fujikawa, K.: SS+EN-ThM10, 180
Fujimori, S.: AC+AS+EN-TuA3, 131
Fujita, D.: HI-ThA6, 187
Fujitani, T.: SS-TuP2, 146
Fujiwara, H.: EL+AS+EN+PS+SS+TFThM1, 175
Fukasawa, M.: PS-MoM1, 104; PS-TuP30,
145
Fukiage, N.: TF+PS-ThM12, 182
Fukidome, H.: GR+EM+NS+PS+SS+TFMoM4, 101
Fukutani, K.: SS-TuP7, 146
Fuller, N.: PS-MoA8, 114
Fulmer, P.A.: BI-WeM3, 151
Funk, M.: PS1-TuM1, 125
Furuta, H.: NS-TuP9, 144
Futagami, Y.: SE-ThP1, 197
—G—
Gaddam, S.: MI+EM-TuM9, 123; PSWeM11, 155
Gaddy, B.E.: TR-TuP4, 148
Gahan, D.: PS1-TuA3, 137; PS1-TuA7, 137
Gai, Z.: MI-MoM10, 101; MI-MoM9, 101;
TF+MI-WeM6, 157
Gaikwad, A.M.: TC+EM+TF-WeM9, 157
Gaillard, A.: AP+AS+SS-TuA10, 131
Galatage, R.: EM-WeA9, 164
Galhenage, R.P.: SS-TuA11, 138; SS-TuP12,
146; SS-TuP16, 146
Gallego, J.M.: NS+AS+EN+SS-TuA7, 136;
SS1-ThA11, 190; SS1-ThA3, 190
Galoppini, E.: EN+AS+NS+SS-MoA10, 110
Galtayries, A.: BI+AS+BA+NS+SS-ThA10,
184
Gamage, S.: EM+NS+SS+TF-FrM10, 200
Gaman, C.: PS1-TuA1, 137
Gamble, L.J.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA7,
163; BI+AI+AS+BA+IA+NL+NS+SPWeA8, 163
Gamelin, D.R.: SS+AS-TuM6, 126
Ganesh, K.J.: EM-ThA7, 185
Gangwar, R.K.: SE+PS-ThM11, 179
Gann, R.D.: AS+BI+IS-WeM4, 150; SS+ASWeM6, 156
Gao, J.H.: HI-ThA6, 187
Gao, Q.: GR-WeM3, 153
Gao, Y.: NS+EM+EN-TuM4, 125
Garces, N.Y.: GR+EM+MS+NS+SP-FrM4,
201
Garcia, G.: SS-TuP22, 147
García, G.: EM-ThP1, 195
Garcia, R.: NS+AS+EN+SS-TuA7, 136
Garcia-Alonso, D.: TF+EN-MoM6, 105; TFTuM12, 127
Garifullin, R.: SE-ThP11, 197
Garnica, M.: GR+AS+EM+MI+MN-TuM1,
123
Gaskill, D.K.: EL+AS+EM+SS+TF-WeA1,
163; EL+AS+EM+SS+TF-WeA2, 163;
GR+EM+MS+NS+SP-FrM4, 201;
GR+EM+NS+PS+SS+TF-MoM3, 101
Gassilloud, R.: PS+TF-MoA8, 113
Gates, G.: TF+VT-WeM10, 158
Gates, R.: TF+EM+NS+SS-FrM5, 204
Gaudry, E.: AS+BI-TuA9, 132
212
Gebbie, M.A.: IS+EN+SP+SS-ThA6, 187
Gedvilas, L.M.: EN+PS+TF-MoM3, 100
Geeson, D.A.: AC+AS+SS-TuM4, 120
Geiger, F.: BA+AI+AS+BI+IS+NL-MoM3,
99
Geiser, B.P.: AP+AS+EM+MI+TF-WeM1,
150
Geisler-Lee, J.: NL+AS+BI+SA-FrM4, 202
Gellman, A.J.: AS+BI+EM+NL+NS+SSThM9, 174; SS-ThM11, 181; SS-ThM3,
181; SS-ThM4, 181
Geng, Y.: MI+AS+NS+SP-TuA12, 135
Genisel, F.: SE-ThP11, 197
George, M.A.: AS-ThP20, 194
George, S.M.: TF+AS+SE+SS-MoA8, 115;
TF+EN-MoM11, 105; TF+EN-MoM5,
105; TF-TuM9, 127
Geppert, C.: EM+AS+NS+SS-WeA11, 164
Gerlach, A.: SS1-ThA2, 190
Gerou, H.: MN+AS+SS-MoM3, 102
Gerson, Y.: MN+AS+SS-MoM3, 102
Gerty, D.: VT-MoM3, 106
Gessert, T.A.: TC+EM+EN+TF-WeA9, 168
Gettel, D.: BI+NL+NS+SS-ThM3, 174
Gherardi, N.: PS+AS+NS+SS-ThM10, 178;
SE+PS-ThM11, 179
Ghibaudo, G.: EM+PS-TuM2, 121
Ghosh, S.: EM-MoA8, 109; PS+AS+NS+SSThM12, 178; SS-TuP15, 146
Gianchandani, Y.: PS+AS+BI+SE-MoM3,
103
Giannuzzi, L.A.: IS+EN+SP+SS-ThA2, 187
Gibbs-Davis, J.M.: IA+AI+BI+IS+NL+SSMoA6, 111
Gibson, B.A.: MN-TuP4, 143
Gibson, D.: MS+AS+BA+BI+PS+TFTuM11, 124
Gibson, G.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA8,
190
Giddings, A.: AP+AS+EM+MI+TF-WeM10,
150
Gidley, D.: EM+AS+PS+TF-ThM2, 176;
TF+VT-WeM9, 158
Giesen, D.J.: MG-ThA1, 188
Giessen, H.: HI-ThA3, 187
Gignac: MS+AS+BA+BI+PS+TF-TuM3, 124
Gilevich, S.: VT+AS+SS+TF-WeA9, 170
Gillen, G.: AS+BI+IS-WeM6, 150
Gilles, J.: SP+AS+BI+EM+MI+NS+SE+SSThA12, 190
Gilliland, D.: AS+BI+EM+NL+NS+SSThM10, 174
Gilmore, I.S.: AS+BI+IS-WeM5, 150;
AS+BI-MoM9, 98; AS-MoA7, 108
Gilmore, K.: AS+BI+EM+NL+NS+SSThA10, 184
Gin, S.: AP+AS+EM+MI+TF-WeM9, 150
Giner, I.: BI-TuP12, 142
Ginley, D.: MG+EM+MI+MS-WeM6, 154;
TC+EM+EN+TF-WeA7, 168
Giri, K.: NL+AS+BI-ThA7, 188
Girolami, G.S.: EM+MI+NS+SS+TF-TuA10,
132; TF+EM+NS+SS-ThA2, 191
Gittleson, F.: NS+BI+EM-WeA7, 166
Gladh, J.: SS2-ThA4, 191
Gleeson, M.A.: SS2-ThA12, 191
Glinsek, S.: TC+EM+TF-WeM11, 157
Go, D.B.: PS+AS+BI+SE-MoM1, 103;
PS+AS+BI+SE-MoM6, 103
Goeckner, M.J.: PS-TuP27, 145
Goede, A.P.H.: EN+AS+PS-TuA12, 133
Goehler, B.: SS-ThM9, 181
Goeke, R.S.: VT-MoA8, 116
Goetzen, J.: SS+AS+NS+SP-WeA7, 167
Goiri, E.: SS1-ThA8, 190
Golaszewska, K.: AP-TuP2, 141
Gold, J.: BI+AS+BA+NL-TuM6, 121
Goldberg, A.: MG-ThA1, 188
Goldblatt: MS+AS+BA+BI+PS+TF-TuM3,
124
Goldfarb, S.R.: VT-TuM9, 128
Goli, P.: GR+AS+EM+MI+MN-TuM2, 123
Gölzhäuser, A.: GR+EM+NS+PS+SS+TFMoM8, 101; HI-ThA7, 187; HI-ThP2,
196; HI-ThP3, 196
Gomes Silva, A.: TF+EM+NS+SS-FrM1, 204
Gómez, E.: EM-ThP9, 195
Gonchar, A.: GR+AS+NS+SS-ThM4, 176
Gong, B.: TF+AS+SE+SS-MoA6, 115
Gonzalez, D.L.: SS+AS+NS-MoM3, 104
González-Reyes, J.G.: TF-ThP39, 198
Goodall, J.: MG-ThA3, 188
Gopalakrishnan, K.A.: PS2-TuA10, 137
Gorai, P.: SS+EM-WeA12, 168
Gordon, L.: AP+AS+EM+MI+TF-WeM10,
150
Gordon, R.: AS-MoA3, 108;
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM2, 202
Gorman, B.: AP+AS+EM+MI+TF-WeM11,
150
Gorniak, T.: IS+AS+SP-FrM3, 201
Gorovikov, S.: SA+AS+MI+SS-WeM5, 155
Goss, J.P.: GR+EM+MS+NS+SP-FrM4, 201
Goss, M.: PS2-TuM9, 126
Gosset, N.: PS-TuP1, 145
Goto, M.: TR-TuP2, 148
Gottscho, R.A.: PS-WeA11, 166
Goubert, G.: SS-ThM12, 181
Gougousi, T.: TF+AS+EM+NS+SS-ThM12,
181; TF+AS+SE+SS-MoA7, 115
Gouma, P.: MS+AS+EL+EM+PS+TFTuA10, 136
Goux, L.: EM+PS-TuM5, 121
Govoreanu, B.: EM+PS-TuM5, 121
Graetzel, M.: EN+AS+NS+SS-MoA11, 110
Graham, D.J.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA8,
163
Graham, S.: TF+VT-WeM3, 158
Graham, W.S.: PS-MoM2, 104
Grainger, D.W.: AS+BI+EM+NL+NS+SSThM1, 174
Grande, P.L.: AS-MoA4, 108
Grant, W.K.: AC+AS+SS-TuM12, 120
Granzer, T.: SE+PS-ThM12, 179
Grassman, T.J.: EM+AS+NS+SS-WeA7, 164
Graswinkel, M.: EN+AS+PS-TuA12, 133
Graves, D.B.: PS+AS+BI+SE-MoM11, 103;
PS-WeM6, 155
Gray, A.X.: MI+AS+NS+SP-TuA7, 135
Grazianetti, C.: EM-MoA1, 109
Green, I.X.: SS-MoA2, 114
Green, R.: IA+BA-TuA12, 135
Greene, G.W.: IS+AS+SP-FrM4, 201
Greene, J.E.: SE+NS+TF-ThA1, 189;
TF+AS+EM+NS+SS-ThM3, 181;
TF+EM+NS+SS-FrM6, 204;
TF+EM+NS+SS-FrM8, 204; TF+PSThM11, 182
Greene, J.N.: VT+EN+TF-TuA11, 139
Greene, R.: VT-TuP7, 148
Greer, F.: TF-ThP34, 198
Gregoratti, L.: IS+AS+SS-ThM5, 177;
NL+AS+BI+SA-FrM4, 202
Gregorczyk, K.: TF+AS+SE+SS-MoA11,
115; TF+EN-MoM3, 105
Gregory, C.W.: EM+NS+TF-FrM6, 200
Grehl, T.: GR+AS+NS+SP+SS-TuA9, 134
Greiner, K.: PS-MoA7, 114
Grierson, D.S.: TR+AS-MoM10, 105;
TR+AS-MoM5, 105
Griesser, H.J.: BI+AI+BA+IS-MoA8, 109
Griffin, T.: PS-TuP23, 145
Gronheid, R.: MS+AS+EM+NS+PS+TFMoA6, 112; PS-MoA9, 114;
TF+AS+SE+SS-MoA9, 115
Groves, J.: BP+AS-SuA3, 94
Grubbs, R.K.: VT-MoA8, 116
Gruber, H.J.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA1,
190
Grundmeier, G.: BI-TuP12, 142; SE+NS+TFThA4, 189
Grunze, M.H.: BI-TuP7, 142
Grutter, P.:
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM7, 202
Gu, M.: TF+AS+EM+NS+SS-ThM5, 181
Gu, S.: EM+TF-MoM11, 100; SS-FrM7, 204
Gudmundsson, J.T.: PS+TF-MoA9, 113
Guedde, J.: GR-WeM2, 153
Guenther, B.: SP+AS+EM+GR+MI+NS+SSFrM7, 203
Guenther, S.: IS+AS+SS-ThM5, 177;
NL+AS+BI+SA-FrM4, 202
Gueth, F.: EM+NS+SS+TF-FrM9, 200
Guglietta II, G.W.: EN+AS+NS+SS-MoA4,
110
Guillorn, M.: MS+AS+BA+BI+PS+TFTuM3, 124
Guisinger, N.P.: GR+EM+NS+PS+SS+TFMoM6, 101; GR+EM+NS+SS+TFThA11, 186; NS+AS+BI+SP-WeM6,
154; SP+AS+EM+GR+MI+NS+SSFrM11, 203
Guler, M.O.: SE-ThP11, 197
Gunawan, A.A.: EN+PS+TF-MoM4, 100;
EN+PS+TF-MoM9, 100
Gundersen, M.: EN+AS+PS-TuA9, 133
Gundlach, D.J.: GR+EM+MS+NS+SP-FrM9,
201
Gunduz, I.E.: TF-ThA3, 192
Gunlycke, D.: GR+EM+NS+SP+TF-MoA8,
110
Guo, D.: GR+AS+EM+NS+SS-WeA8, 165
Guo, F.: TF+MI-WeM6, 157
Guo, H.X.: HI-ThA6, 187
Guo, J.-H.: IS+AS+SP-FrM5, 201
Guo, L.: AS-ThP15, 194
Guo, X.: EM-ThP3, 195
Gupta, M.: TF+PS-ThM3, 182; TF-ThP24,
198
Gupta, R.: PS-MoM3, 104
Gupta, S.: BI+AS+IS+NL-MoM11, 99; EMMoA6, 109; TF+MI-WeM3, 157; TF+MIWeM5, 157
Gusak, V.: EN+AS+NS+SS-MoA11, 110
Gutierrez, A.P.: EN+SE+SS+TF-WeM3, 152
Guttag, M.: AS-ThP4, 194
Guvenc, H.O.: BI+NL+NS+SS-ThM11, 174
Guziewicz, M.: AP-TuP2, 141
—H—
Ha, J.: IS-ThP1, 196
Ha, T.: VT-TuP4, 148; VT-TuP5, 148
Haack, L.P.: SE+PS-WeA3, 167
Haass, M.: PS1-TuA7, 137
Habas, S.: TC+EM+EN+TF-WeA7, 168
Habenicht, B.: SS+AS+NS-MoM10, 104;
SS+NS-WeM12, 156
Habermeier, H.U.: NS+EM+EN-TuM4, 125
Hacker, C.A.: TF+AS+BI+EM+SE+SSWeA4, 169
Haensch, W.: MS+AS+EM+NS+PS+TFMoA3, 112
Hafez, M.A.: TF-ThP33, 198
Haga, H.: PS2-TuA8, 137
Haga, T.: PS-TuP24, 145
Hagarman, J.: BI+AS+BA+NS+SS-ThA12,
184
Hahn, J.: EM-ThA6, 185
Haider, A.: TF+AS+NS+SE-WeA3, 169
Hakanoglu, C.: SS-MoA3, 114
Halbur, J.C.: TF-TuM10, 127
Hall, S.: EM+NS+TF-FrM6, 200
Hallin, E.: SA+AS+MI+SS-WeM5, 155
213
Halls, M.D.: MG-ThA1, 188; SS-FrM6, 204
Hamaguchi, S.: PS+TF-MoA10, 113; PS2TuM5, 126; PS-ThA3, 189; PS-TuP30,
145; PS-WeM9, 155
Hammack, A.T.: AS+BI+EM+NL+NS+SSThA10, 184
Hammad, M.: EW-TuA6, 134
Hammond, J.S.: AS+BI+EM+NL+NS+SSThA9, 184; AS+BI-MoM5, 98; ASThP13, 194; AS-ThP9, 194;
BI+AI+AS+BA+IA+NL+NS+SP-WeA1,
163
Han, C.: HI-ThA12, 187
Han, J.: EM+AS+NS+SS-WeA1, 164
Han, M.: GR-ThP8, 195
Han, S.M.: EM-MoA8, 109; SS-TuP15, 146
Han, S.W.: TR-TuP8, 148
Han, T.: PS2-TuA12, 137; PS-MoA4, 114;
PS-TuP4, 145
Han, W.: BI+AS+BA+NS+SS-ThA11, 184
Han, Y.: EN+SE+SS+TF-WeM11, 152
Hanke, M.: BI+AS+IS+NL-MoM3, 99
Hanley, L.: AS+BI+IS-WeM12, 150; ASMoA3, 108; SE+EN-FrM5, 203
Hanna, S.: SP+AS+BI+EM+MI+NS+SE+SSThA8, 190
Hannappel, T.:
SP+AS+EM+GR+MI+NS+SS-FrM8, 203
Hannon, J.: GR+AS+NS+SP+SS-TuA1, 134;
GR+EM+NS+PS+SS+TF-MoM3, 101;
MS+AS+BA+BI+PS+TF-TuM11, 124
Hanselmann, H.: VT-MoA6, 116
Hansen, R.S.: TF+PS-ThM6, 182
Hao, H.F.: HI-ThA3, 187
Haramus, V.M.: IS+AS+SP-FrM3, 201
Haran, B.: MS+AS+EL+EM+PS+TF-TuA9,
136
Hardesty-Dyck, N.: NS+BI+EM-WeA7, 166
Harker, M.: TF+VT-WeM11, 158
Harmer, M.P.: IS+EN+SP+SS-ThA2, 187
Harniman, R.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA8,
190
Harrell, W.R.: SS-TuP28, 147
Harris, J.: BI+AS+BA+NS+SS-ThA11, 184
Harris, S.: MS+AS+EM+EN+NS+TFMoM10, 102
Harrison, I.A.: SS2-ThA1, 191; SS2-ThA11,
191; SS2-ThA3, 191
Harrison, J.A.: TR+AS+NS+SS-MoA3, 115;
TR+AS-MoM10, 105; TR+AS-MoM5,
105
Harrison, R.: TC+EM+TF-WeM1, 157
Harriss, J.E.: SS-TuP28, 147
Harsha, K.A.: GR-ThP4, 195
Hart, C.: PS+AS+BI+SE-MoM11, 103
Hartley, P.: BI+AS+BA+NS+SS-ThA2, 184
Hartnett, J.F.: VT-TuM3, 128
Hartung, W.H.: HI-ThA9, 187
Hatta, A.: NS-TuP9, 144
Hauet, T.: MI+EM-TuM1, 123
Hauffman, T.: SS+AS+NS+SP-WeA1, 167;
TF+EM+NS+SS-FrM11, 204
Haule, K.: AC+MI+SA+TF-MoA9, 108
Havela, L.: AC+AS+EN-TuA7, 131
Havercroft, N.: AS+BI-MoM6, 98
Hawker, M.: PS+AS+BI+SE-MoM10, 103
Hawley, C.J.: NS+AS+EM-MoA11, 113
Hawthorn, D.: IA+BA-TuA12, 135
Hayama, R.: BI+AS+BA+NL-TuM10, 121
Hayashi, H.: PS2-TuA11, 137; PS-MoM4,
104
Hayashida, M.: HI-ThM9, 177
Hayes, A.V.: PS-TuP12, 145
Hayman, C.: TF+EM+NS+SS-FrM3, 204
Hazeghi, A.: PS1-TuM6, 125
He, G.: SP+AS+EM+GR+MI+NS+SS-FrM1,
203
He, H.: PS2-TuM9, 126
Author Index
He, H.Y.: SS+EN-ThM11, 180
He, K.: MN+NS-TuM6, 124
He, T.: MN+NS-MoA8, 112
He, X.: GR+EM+NS+SS+TF-ThA10, 186
He, Y.: VT-WeM12, 158
Head, A.: EM+TF-MoM6, 100
Heath, G.R.:
BI+AI+AS+BA+IA+NL+NS+SPWeA10, 163; BI-TuP10, 142; BP+ASSuA5, 94
Hedjran, F.: BI-WeM9, 151
Heiman, D.: NS+AS+EM-MoA1, 113
Heinbuch, S.: VT-MoM10, 106
Heiniger, LP.: EN+AS+NS+SS-MoA11, 110
Heinz, T.F.: GR+EM+NS+SS+TF-ThA8,
186; TF-ThP19, 198
Heissl, M.: SE+PS-ThM12, 179
Heissler, S.: SS-FrM11, 204
Heller, G.: BI+AS+BA+NL-TuM4, 121
Helms, BA.: AS+BI+EM+NL+NS+SSThA10, 184
Hemminger, J.C.: IA+AI+BI+IS+NL+SSMoA10, 111; SS+AS-WeM11, 156;
SS+EN-ThM9, 180
Hemmingson, S.L.:
AS+BI+EM+NL+NS+SS-ThA6, 184; SSTuA8, 138
Henager, C.: AP-TuP3, 141
Henderson, C.: MS+AS+EL+EM+PS+TFTuA3, 136; NS+BI+EM-WeA11, 166
Henderson, K.W.: TF+AS+BI+EM+SE+SSWeA10, 169
Henderson, M.A.: SS+AS-TuM2, 126;
SS+EN-ThM1, 180; SS+EN-ThM3, 180
Henderson, S.: AS+BI+EM+NL+NS+SSThA1, 184
Hendricks, J.H.: VT-MoM3, 106; VT-MoM4,
106
Henegar, A.: TF+AS+EM+NS+SS-ThM12,
181
Henk, J.: MI-MoM8, 101
Hennessy, J.: EM+NS+SS+TF-FrM11, 200
Heremans, F.J.: MI+EM-TuM3, 123
Herman, G.S.: SS+AS-TuM2, 126;
TC+EM+TF-WeM3, 157
Hermann, P.: SA-TuP4, 146
Hermansson, K.: SS+EN-ThM6, 180
Hernandez Maldonado, D.: AP+AS+SSTuA12, 131
Hernández, S.: GR+AS+BI+PS+SS-ThA6,
186
Hernandez, S.C.: EM+AS+EN+TF-ThM5,
175
Hernández-Calderón, I.: SS+AS+NS-MoM8,
104
Hernández-Hernández, A.: NS-TuP3, 144;
NS-TuP4, 144; TF-ThP1, 198; TF-ThP13,
198
Hernández-Hernández, L.A.: NS-TuP3, 144;
NS-TuP4, 144; TF-ThP1, 198; TF-ThP13,
198
Herranz, M.A.: NS+AS+EN+SS-TuA7, 136;
SS1-ThA11, 190
Herrera, V.: BI-WeM9, 151
Herrera-Gomez, A.: AS-TuM4, 120
Herrick, M.: PS-TuP4, 145
Hersam, M.C.: GR+AS+BI+PS+SS-ThA9,
186; GR+AS+NS+SP+SS-TuA2, 134;
GR+EM+NS+PS+SS+TF-MoM6, 101;
GR+EM+NS+SS+TF-ThA11, 186;
NS+AS+BI+SP-WeM6, 154;
SS+AS+NS+SP-WeA2, 167
Herz, A.: SE+NS+TF-ThA10, 189
Herzinger, C.M.: EL+AS+EM+SS+TFWeA1, 163
Heske, C.: EN+PS+TF-MoM1, 100
Heslop, S.: SS-TuP3, 146
Hess, W.P.: NS-TuP12, 144
Hetzel, C.: VT-WeM11, 158
Author Index
Hewitt, A.S.: SS-TuP18, 146
Heyde, M.: TR+AS+NS+SS-MoA11, 115
Heyne, M.H.: PS-MoA9, 114
Hiebert, W.K.: MN+NS-MoA3, 112;
MN+NS-MoA4, 112
Higaki, Y.: TR+SE-TuM2, 127
High, E.: SS2-ThA10, 191
Highsmith, A.: TF+MI-WeM5, 157
Hight Walker, A.R.: GR+EM+MS+NS+SPFrM9, 201
Higo, A.: PS-ThA8, 189
Hilbert, J.: AS-ThP21, 194
Hill, E.: BI+AI+AS+BA+IA+NL+NS+SPWeA2, 163
Hill, S.B.: VT+EN+TF-TuA7, 139
Hilpert, K.: IS+AS+SP-FrM3, 201
Hilton, J.: SP+AS+EM+GR+MI+NS+SSFrM7, 203
Hinckley, A.: EM-ThP6, 195
Hinderhofer, A.: SS1-ThA2, 190
Hines, M.A.: SS+EM-WeA10, 168; SS+ENThM2, 180; SS-MoA7, 114
Hinkle, C.L.: EM-MoA3, 109; EM-WeA9,
164; GR+EM+NS+SS+TF-ThA1, 186
Hinterdorfer, P.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA1,
190
Hirako, T.: SE-ThP1, 197
Hiramatsu, T.: NS-TuP1, 144; NS-TuP6, 144;
NS-TuP7, 144; NS-TuP8, 144; TF-ThP28,
198
Hiramoto, M.: PS-TuP33, 145
Hirose, T.: TF-ThP27, 198
Hirshy, H.: NS+BI+EM-WeA9, 166
Hite, J.K.: EM+NS+SS+TF-FrM6, 200
Hitt, T.: EM+MI+NS+SS+TF-TuA10, 132
Hjort, M.: EM+TF-MoM6, 100; MI-MoM11,
101
Hla, S.-W.: SP+AS+BI+MI+NS+SS-ThM3,
180; SP+AS+BI+MI+NS+SS-ThM6, 180;
SP+AS+EM+GR+MI+NS+SS-FrM5, 203
Hlaing, M.M.: BI+AI+BA+IS-MoA11, 109
Hlawacek, G.: HI-ThP4, 196
Ho, A.D.: BI+AS+IS+NL-MoM3, 99
Ho, W.: SP+AS+BI+MI+NS+SS-ThM1, 180;
SP+AS+BI+MI+NS+SS-ThM4, 180;
SS+AS+NS+SP-WeA3, 167; SS+ENThM11, 180
Hobara, R.: SS+EN-ThM10, 180
Hochberg, M.: MN+NS-MoA1, 112
Hockenbery, D.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA7,
163
Hoefer, U.: GR-WeM2, 153
Hoffbauer, M.A.: TF+AS+NS+SE-WeA7,
169
Hoffman, J.: MI+EM+MG-MoA10, 111
Hofmann, T.: EL+AS+EM+SS+TF-WeA1,
163; EL+AS+EM+SS+TF-WeA2, 163;
EL+AS+EN+PS+SS+TF-ThM9, 175;
GR+EM+MS+NS+SP-FrM9, 201
Hogan, C.J.: PS+AS+NS+SS-ThM5, 178
Hohle, C.: PS2-TuM1, 126
Hoinkis, M.: PS-MoA6, 114
Holcomb, M.B.: SA+AS+MG+SS-TuA10,
138
Hollingsworth, N.: MG-ThA3, 188
Holloway, P.: EM-TuA7, 133
Holmes, R.J.: AS-ThP13, 194
Holohan, A.M.: PS1-TuA1, 137
Holsclaw, B.S.: SS-ThM11, 181; SS-ThM4,
181
Honda, H.: TR-TuP2, 148
Honda, M.: PS2-TuM2, 126
Hone, J.C.: GR+AS+EM+MI+MN-TuM5,
123; GR+EM+MS+NS+SP-FrM5, 201
Hong, B.: AS-ThP18, 194; EN-TuP3, 142;
EN-TuP4, 142
Hong, J.: SE+PS-WeA9, 167
214
Hong, J.W.: TF+VT-WeM12, 158; TR-TuP8,
148
Hönicke, P.: SA-TuP4, 146
Honkanen, S.: NS+BI+EM-MoM6, 103
Hono, K.: AP+AS+EM+MI+TF-WeM4, 150
Hoogenboom, B.W.:
SP+AS+BI+MI+NS+SS-ThM11, 180
Hook, A.L.: BI+AS+IS+NL-MoM8, 99; BIWeM11, 151
Hook, D.J.: BI-TuP14, 142
Hopkins, M.B.: PS1-TuA3, 137
Hori, M.: PS1-TuA10, 137; PS2-TuA11, 137;
PS-ThA6, 189; PS-TuP11, 145; PSWeM2, 155
Horiba, K.: GR+EM+NS+PS+SS+TF-MoM4,
101
Horiguchi, N.: EM+PS-TuM10, 121
Horsfall, A.B.: GR+EM+MS+NS+SP-FrM4,
201
Hoshiya, R.: NS-TuP1, 144
Hossain, M.Z.: GR+AS+BI+PS+SS-ThA9,
186
Hosseinpour, P.M.: NS+AS+EM-MoA1, 113;
NS+AS+EM-MoA2, 113
Hou, J.: NS+EM+EN-TuM3, 125
Hou, T.H.: EM+PS-TuM11, 121
Houard, J.: AP+AS+SS-TuA10, 131;
AP+AS+SS-TuA12, 131
Houska, J.: TF+AS+EM+NS+SS-ThM9, 181
Houssiau, L.: AS+BI-MoM10, 98;
PS+AS+NS+SS-ThM9, 178
Howe, B.: TF+EM+NS+SS-FrM8, 204
Howe, J.: MI-MoM10, 101
Howell, R.S.: EM-ThP17, 195
Hoye, R.L.Z.: TF-TuA9, 139
Hseuh, H.-C.: VT-WeM11, 158
Hsiao, C.-N.: MN-TuP1, 143; MN-TuP2,
143; MN-TuP3, 143; NS-TuP14, 144; NSTuP15, 144; PS-TuP26, 145; TF-ThP17,
198; VT-TuP1, 148
Hsieh, C.C.: PS-TuP16, 145
Hsieh, C.H.: PS-TuP16, 145
Hsieh, C-J.: PS2-TuM10, 126
Hsieh, F.C.: MS-TuP2, 144; VT-TuP2, 148
Hsieh, J.H.: PS+TF-MoA2, 113; TR-TuP3,
148; TR-TuP5, 148
Hsu, C.C.: AS-ThP7, 194; PS+AS+BI+SEMoM4, 103; PS-TuP8, 145; SE+PSWeA12, 167; SS-TuP8, 146; TF-ThP23,
198
Hsu, C.M.: SS-TuP8, 146
Hsu, C.W.: EM+PS-TuM11, 121
Hsu, W.: MN-TuP2, 143
Hsueh, W.J.: TF-ThP2, 198
Hu, E.: IS+EN+SP+SS-ThA3, 187
Hu, J.: NS+AS+EN+SS-TuA2, 136
Hu, J.-P.: VT-TuP7, 148
Hu, Q.: NS+AS+BI+SP-WeM5, 154
Hu, S.: SE+PS-WeA11, 167; SS+EN-ThM6,
180
Hu, X.: PS-TuP4, 145; PS-TuP9, 145
Hu, Y.: PS-TuP5, 145
Hu, Y.C.: GR-WeM10, 153
Huang, C.Y.: MS-TuP2, 144
Huang, J.: GR+AS+NS+SS-ThM3, 176
Huang, J.F.: PS-MoA11, 114
Huang, K.: TR+AS+NS+SS-MoA6, 115
Huang, L.W.: GR+AS+NS+SS-ThM12, 176
Huang, M.J.: TF-ThP2, 198
Hubert, J.: PS+AS+BI+SE-MoM5, 103
Hubin, A.: TF+EM+NS+SS-FrM11, 204
Huerta, L.: SS-TuP4, 146
Hug, H.-J.: AS+BI-MoM6, 98
Hughes, T.F.: MG-ThA1, 188
Hultman, L.: SE+NS+TF-ThA1, 189;
SE+NS+TF-ThA7, 189; TF+EM+NS+SSFrM6, 204; TF+EM+NS+SS-FrM8, 204;
TF+PS-ThM11, 182; TR+SE-TuM4, 127
Hummel, H.: AS-ThP12, 194
Hunter, C.A.: TR+AS+NS+SS-MoA8, 115
Hussain, Z.: IS+AS+SS-ThM9, 177
Hutton, S.J.: AS+BI-MoM4, 98; AS-MoA6,
108; AS-WeA3, 162
Hvam, J.: TF+EM+NS+SS-FrM1, 204
Hwang, C.-S.: TC-TuP1, 147
Hwang, H.: MI+EM+MG-MoA8, 111
Hwang, H.S.: EM+MI+NS+SS+TF-TuA7,
132
Hwang, J.H.: SS-TuP21, 147
Hwang, S.: IS+EN+SP+SS-ThA3, 187
Hwang, S.W.: SP+AS+EM+GR+MI+NS+SSFrM9, 203
Hwang, W.: EM-ThA2, 185; PS-TuP2, 145
Hwang, W.S.: EM+TF-MoM8, 100
Hwang, Y.H.: EM-ThP15, 195
Hwang, Y.J.: IS+AS+SP-FrM7, 201
Hwu, Y.: NL+AS+BI+SA-FrM3, 202
Hyvonen, J.: EM-TuA7, 133
—I—
Ianno, N.J.: TF-ThP25, 198
Ibrahim, M.: EW-WeM8, 153
Ichida, D.: EN+AS+NS+SS-MoA3, 110; ENTuP2, 142
Ide, T.: GR+EM+NS+PS+SS+TF-MoM4,
101
Idriss, H.: AC+AS+EN-TuA8, 131
Igarashi, K.: GR+AS+BI+PS+SS-ThA4, 186
Ihlefeld, J.: EM-ThP11, 195
Iida, S.: AS+BI-MoM5, 98; AS-ThP9, 194
Iijima, T.: GR+AS+BI+PS+SS-ThA8, 186;
HI-ThM9, 177
Ilavsky, J.: SA-TuP1, 146
Ilk, N.: SP+AS+BI+EM+MI+NS+SE+SSThA1, 190
Ilton, E.S.: AC+AS+SS-TuM3, 120
Ilyn, M.: MI-TuP3, 143
Im, M.-Y.: MI+AS+NS+SP-TuA11, 135
Im, O.: BI+AS+BA+NS+SS-ThA11, 184
Imada, H.: SS+AS+NS+SP-WeA4, 167; SS1ThA1, 190
Imai, M.: SS+AS+NS+SP-WeA4, 167
Imamura, T.: PS-MoM4, 104
Imashuku, S.: SA+AS+MI+SS-WeM12, 155
Inui, N.: AS-MoA11, 108
Iovine, R.: TR+SE-TuM6, 127
Iqbal, D.: AS+BI+EM+NL+NS+SS-ThA11,
184
Iriye, Y.: PS-ThA10, 189
Irving, D.L.: TR-TuP4, 148
Isa, L.: BI+NL+NS+SS-ThM1, 174
Isarraraz, M.: TF-ThP19, 198; TF-ThP20, 198
Ishibashi, K.: PS-ThM9, 179
Ishii, K.: TC-TuP4, 147
Ishikawa, K.: PS1-TuA10, 137; PS2-TuA11,
137; PS-ThA6, 189; PS-TuP11, 145; PSWeM2, 155
Ishizaki, I.: AS-ThP9, 194;
BI+AI+AS+BA+IA+NL+NS+SP-WeA1,
163
Iski, E.: GR+EM+NS+PS+SS+TF-MoM6,
101; NS+AS+BI+SP-WeM6, 154
Ismach, A.: GR-WeM3, 153
Isobe, M.: PS-ThA3, 189; PS-TuP30, 145
Israelachvili, J.N.: IS+AS+SP-FrM4, 201;
IS+EN+SP+SS-ThA6, 187
Itagaki, N.: EN+AS+NS+SS-MoA3, 110;
EN-TuP2, 142; PS+TF-MoA11, 113
Ito, K.: MS+AS+EL+EM+PS+TF-TuA9, 136
Ito, M.: PS1-TuA10, 137
Ito, T.: PS2-TuM5, 126; PS-TuP30, 145
Itou, A.: PS-MoA8, 114; PS-MoM2, 104
Iwao, T.: PS-ThM9, 179
Iwasaki, T.: PS-ThA10, 189; PS-ThM12, 179
—J—
Jacob, A.: PS2-TuM9, 126
Jacob, D.: TF+VT-WeM9, 158
Jacobs, B.: PS-MoM6, 104
Jacobs, T.D.B.: TR+AS-MoM10, 105;
TR+AS-MoM5, 105
Jaehnig, M.: GR+AS+EM+NS+SS-WeA9,
165
Jahnes, C.: MS+AS+BA+BI+PS+TF-TuM3,
124
Jaing, C.-C.: TF-ThP5, 198
Jakes, J.: EM-ThP3, 195
Jakob, P.: GR-WeM2, 153
James, T.E.: AS+BI+EM+NL+NS+SS-ThA6,
184; SS-TuA8, 138
Jandhyala, S.: GR+AS+BI+PS+SS-ThA7,
186
Jang, H.: EM-ThP4, 195
Jang, H.-J.: TF+AS+BI+EM+SE+SS-WeA4,
169
Jang, J.S.: TF-TuM5, 127
Jang, L.: MS+AS+EL+EM+PS+TF-TuA9,
136
Jang, W.: IS-ThP2, 196
Janotti, A.: EM2-ThA3, 185
Jansson, U.: MI+EM+MG-MoA1, 111
Jariwala, B.N.: GR+AS+BI+PS+SS-ThA1,
186
Jariwala, D.: GR+AS+NS+SP+SS-TuA2, 134
Jasieniak, M.: BI+AI+BA+IS-MoA8, 109
Jassen, Y.: AP+AS+EM+MI+TF-WeM6, 150
Javed, M.A.: BI+AI+BA+IS-MoA1, 109
Javey, A.: EM-MoA10, 109; EN-TuM9, 122
Jayanthinarasimham, A.: NS-TuP17, 144
Jaye, C.: EM+AS+EN+TF-ThM5, 175;
SA+AS+MI+SS-WeM3, 155
Jenkins, C.: SA+AS+MG+SS-TuA10, 138
Jenny, C.J.: PS-WeM12, 155
Jensen, B.D.: MN+AS+SS-MoM4, 102;
TF+PS-ThM2, 182; TF+PS-ThM9, 182
Jensen, D.S.: TF+EM+NS+SS-FrM4, 204
Jeon, I.: SP+AS+EM+GR+MI+NS+SS-FrM9,
203
Jeon, J.H.: PS-TuP22, 145
Jeon, M.H.: PS-TuP10, 145
Jeon, S.: SS-FrM9, 204
Jeon, Y.: SS-TuP13, 146
Jernigan, G.G.: GR+EM+NS+PS+SS+TFMoM3, 101
Jeyachandran, Y.L.:
TF+AS+BI+EM+SE+SS-WeA8, 169
Jezewski, C.J.: EM+AS+PS+TF-ThM9, 176
Jhang, J.-H.: SS+AS-TuM11, 126
Ji, R.: AS-ThP16, 194
Ji, X.: TR-TuP4, 148
Jia, J.: MI-MoM2, 101
Jiang, C.: SS+AS+NS+SP-WeA3, 167
Jiang, F.: NS+BI+EM-WeA4, 166
Jiang, N.: SS+AS+NS+SP-WeA2, 167
Jiang, Z.: EM+MI+NS+SS+TF-TuA11, 132
Jiao, C.Q.: AS+BI+EM+NL+NS+SS-ThM12,
174
Jimenez, J.M.: VT-WeM10, 158
Jimenez, O.: TR-TuP6, 148
Jing, D.: SS+EN-ThM2, 180; SS-MoA7, 114
Jing, L.: GR+EM+NS+SP+TF-MoA1, 110;
IS-ThP2, 196
Job, N.: PS+AS+NS+SS-ThM9, 178
Joester, D.: AP+AS+EM+MI+TF-WeM10,
150
Johal, M.S.:
BI+AI+AS+BA+IA+NL+NS+SPWeA11, 163; BI+AS+BA+NL-TuM4,
121; BI-TuP16, 142
Johansson, B.: AC+MI+SA+TF-MoA1, 108
Johansson, L.M.: MI-MoM11, 101
Johansson-Jõesaar, M.P.: SE+NS+TF-ThA3,
189
Johnson, A.T.: GR-ThP10, 195
Johnson, B.: BI-TuP10, 142; BP+AS-SuA5,
94
Johnson, D.: MS+AS+EM+EN+NS+TFMoM8, 102
215
Johnson, E.V.: PS+TF-MoA1, 113
Johnson, L.E.:
BI+AI+AS+BA+IA+NL+NS+SPWeA11, 163
Johnson, M.: EN+PS+TF-MoM11, 100
Johnson, M.D.: AS-TuM10, 120
Joiner, C.A.: GR+EM+MS+NS+SP-FrM3,
201
Joly, A.: NS-TuP12, 144
Jones, B.A.: MG-ThA10, 188
Jones, E.B.: EM-ThP17, 195
Jongewaard, E.N.: VT+AS+SS+TF-WeA9,
170
Jonker, B.T.: MI+EM-TuM5, 123
Joo, Y.H.: TC+EM+EN+TF-WeA4, 168; TFThP29, 198
Joselevich, E.: NS+BI+EM-WeA1, 166
Joseph, E.A.: MS+AS+BA+BI+PS+TFTuM3, 124; PS-MoA6, 114; PS-MoA8,
114; PS-MoM2, 104; PS-WeM1, 155
Joshi, P.: TC+EM+TF-WeM12, 157
Jouan, P.Y.: TF+EM+NS+SS-ThA8, 191
Joubert, O.: PS1-TuA7, 137; PS-ThM2, 179;
SE+PS-ThM6, 179
Jourlin, Y.: NS+BI+EM-WeA9, 166
Joyce, J.J.: AC+AS+SS-TuM10, 120
Ju, H.X.: EM+AS+EN+TF-ThM9, 175;
EN+SE+SS+TF-WeM11, 152
Juhel, M.: EM+PS-TuM2, 121
Jumaily, A.A.: MN+NS-TuM12, 124
Jun, Y.: EM-ThP14, 195
Jung, D.: GR-ThP8, 195
Jung, E.S.: TF+VT-WeM12, 158
Jung, H.: TF-TuM1, 127
Jung, J.: EM+PS-WeM4, 151;
SS+AS+NS+SP-WeA11, 167; SS1-ThA1,
190; SS-MoA1, 114
Jung, K.: AS-MoA4, 108
Jung, K.H.: TC-TuP3, 147
Jung, R.: MS+AS+EL+EM+PS+TF-TuA9,
136
Jung, S.: EM-ThP12, 195
Jung, S.B.: SS-TuP9, 146; TC-TuP3, 147
Junkermeier, C.: GR+AS+BI+PS+SS-ThA6,
186
Jupille, J.: AS+BI+EM+NL+NS+SS-ThA4,
184
Jur, J.S.: TF+AS+SE+SS-MoA10, 115; TFTuM10, 127
Jurczak, M.: EM+PS-TuM5, 121
Jurczyk, B.: TF+PS-ThM10, 182; TF-ThP18,
198
Jussot, J.: PS2-TuM3, 126
—K—
Kaemmer, S.: EW-WeL4, 160
Kaganovich, I.D.: PS-TuP19, 145; PS-TuP20,
145
Kahng, S.-J.: SP+AS+EM+GR+MI+NS+SSFrM9, 203
Kaindl, G.: AC+MI+SA+TF-MoM5, 98
Kaiser, D.: SS-TuP15, 146
Kaiser, U.: GR+AS+NS+SP+SS-TuA11, 134;
GR+EM+NS+PS+SS+TF-MoM8, 101
Kakaroglou, A.: SE+PS-WeA7, 167
Kalanyan, B.: TF-TuM11, 127
Kalifah, P.: AP+AS+EM+MI+TF-WeM6,
150
Käll, M.: BI+NL+NS+SS-ThM6, 174
Kalpyris, I.: SA+AS+MG+SS-TuA9, 138
Kaltenbrunner, M.: NS+EM+EN-TuM9, 125
Kalutarage, L.C.: TF+AS+SE+SS-MoA1, 115
Kalyanaraman, V.: SS+AS-WeM5, 156
Kamat, P.: EN-TuM1, 122
Kamataki, K.: EN+AS+NS+SS-MoA3, 110;
EN-TuP2, 142; PS+TF-MoA11, 113
Kaminski, M.: GR+AS+BI+PS+SS-ThA3,
186
Kaminski, W.: SS1-ThA9, 190
Kamon, M.: PS-MoA7, 114
Author Index
Kamra, T.: NS+EM+EN-TuM12, 125
Kanakasabapathy, S.:
MS+AS+EL+EM+PS+TF-TuA9, 136;
PS2-TuA8, 137; PS2-TuM11, 126
Kanan, M.: EN+AS+PS-TuA1, 133
Kanarik, K.J.: PS-WeA11, 166
Kandel, S.A.: TF+AS+BI+EM+SE+SSWeA10, 169
Kang, H.: MS+AS+EL+EM+PS+TF-TuA9,
136
Kang, H.-K.: TF+VT-WeM12, 158
Kang, S.: PS+AS+NS+SS-ThM5, 178
Kang, S.H.: PS-TuP3, 145; PS-TuP6, 145
Kang, S.Y.: TF+PS-ThM12, 182
Kanjolia, R.K.: TF+EM+NS+SS-ThA10, 191
Kant, C.: BI-TuP11, 142; BI-TuP8, 142
Kanyal, S.: EL+AS+EM+SS+TF-WeA8, 163;
TF+EM+NS+SS-FrM4, 204
Kao, C.-L.: PS-MoM5, 104
Kao, J.S.: MS-TuP2, 144; VT-TuP2, 148
Kao, P.K.: PS-TuP8, 145
Kapadia, R.: EN-TuM9, 122
Kappera, R.:
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM1, 202
Kappes, B.B.: EN+SE+SS+TF-WeM4, 152
Kar, A.: AS-ThP20, 194
Karabacak, T.: TF+AS+NS+SE-WeA3, 169
Karadge, M.: AS+BI-MoM8, 98
Karahashi, K.: PS+TF-MoA10, 113; PS2TuM5, 126; PS-TuP30, 145; PS-WeM9,
155
Karakalos, S.: SS-ThM2, 181
Karakas, E.: PS1-TuA9, 137
Karbasian, G.: EM-ThA10, 185
Karim, I.: EM-ThA6, 185
Karkare, S.: VT+AS+SS+TF-WeA7, 170
Karpowicz, T.: EM+AS+PS+TF-ThM6, 176
Kasahara, A.: TR-TuP2, 148
Kasai, H.: MG-ThA2, 188; SS-TuP6, 146
Kasemo, B.H.: BI+AS+BA+NL-TuM1, 121;
EN+AS+NS+SS-MoA11, 110
Kash, K.: EM2-ThA11, 185
Kasi, H.: MI+EM-TuM9, 123; PS-WeM11,
155
Kaspar, T.C.: SS+AS-TuM10, 126; SS+ASTuM6, 126; SS-FrM4, 204
Katayama, T.: SS2-ThA4, 191
Kathrein, M.: SE+PS-ThM12, 179
Kato, H.: NS-TuP1, 144; NS-TuP6, 144; NSTuP7, 144; NS-TuP8, 144; TF-ThP28,
198
Katz, K.: PS1-TuM6, 125
Kaufman-Osborn, T.: EM+TF-MoM11, 100;
EM-MoA9, 109; SS-FrM7, 204
Kawada, S.: PS2-TuM10, 126
Kawai, J.: SA+AS+MI+SS-WeM12, 155
Kawai, M.: SS+AS+NS+SP-WeA11, 167;
SS+AS+NS+SP-WeA4, 167; SS1-ThA10,
190; SS2-ThA8, 191; SS-MoA1, 114
Kawai, Y.: GR+EM+NS+PS+SS+TF-MoM4,
101
Kawakami, R.: GR+AS+EM+NS+SSWeA11, 165; TF-ThP19, 198
Kawamura, M.: TF-ThP27, 198
Kawarai, K.: SS-TuP10, 146
Kawasaki, H.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA1,
163
Kawasaki, J.K.: MI-MoM11, 101
Kay, B.D.: SS-MoA6, 114
Kaya, S.: IS+AS+SS-ThM3, 177; SS2-ThA4,
191
Kayser, S.: AS+BI-MoM6, 98; AS-ThP12,
194
Kazer, S.M.: BA+AI+AS+BI+IS+NL-MoM1,
99
Keating, P.L.: TR+AS-MoM10, 105; TR+ASMoM5, 105
Author Index
Keblinski, P.: NS+EM+EN-TuM11, 125
Keckes, J.: SE+NS+TF-ThA7, 189
Keenan, M.R.: AP+AS+SS-TuA1, 131
Keisuke, S.: PS2-TuM12, 126
Keith, J.: AC+AS+EN-TuA10, 131
Kelber, J.: MI+EM-TuM9, 123; PS-WeM11,
155
Kelkar, S.S.: PS+AS+NS+SS-ThM11, 178
Kellogg, G.L.: SS+AS-TuM1, 126
Kelly, B.J.: VT-MoM10, 106; VT-MoM8,
106; VT-MoM9, 106; VT-TuP3, 148
Kelly, J.: TF+VT-WeM9, 158
Kelly, T.F.: AP+AS+EM+MI+TF-WeM1,
150
Kennedy, R.J.: EM2-ThA10, 185
Kenney, J.: PS-ThM5, 179
Kennicutt, A.: SS-TuP35, 147
Kent, T.: EM+PS-TuM9, 121; SS+EMWeA8, 168
Kerdsongpanya, S.: TF+EM+NS+SS-ThA3,
191
Kerr, A.J.: EM+TF-MoM11, 100; EM-MoA9,
109; SS-FrM7, 204
Kersell, H.: SP+AS+BI+MI+NS+SS-ThM6,
180
Kesapragada, S.: EM-ThA3, 185
Kessels, W.M.M.: EM+MI+NS+SS+TFTuA9, 132; EN+AS+NS+SS-MoA9, 110;
EN+SE+SS+TF-WeM1, 152;
TF+AS+SE+SS-MoA3, 115; TF+ENMoM10, 105; TF+EN-MoM6, 105;
TF+VT-WeM6, 158; TF-TuM12, 127
Keszler, D.A.: TC+EM+TF-WeM5, 157;
TF+EM+NS+SS-ThA1, 191
Kettner, M.: SS-ThM9, 181
Keuning, W.: TF+VT-WeM6, 158
Keville, B.J.: PS1-TuA1, 137
Khader, S.: NL+AS+BI-ThA7, 188
Khosla, N.: AS+BI+EM+NL+NS+SS-ThM9,
174
Khrabrov, A.: PS-TuP19, 145; PS-TuP20, 145
Kiefer, B.: AS-TuM6, 120
kievit, O.: SE+PS-WeA10, 167
Kikuchi, Y.: PS-ThA9, 189
Kilduff, J.: SS-TuP35, 147
Killeen, K.: MS+AS+BA+BI+PS+TF-TuM1,
124
Killelea, D.R.: SS-TuP3, 146
Killough, S.: TC+EM+TF-WeM12, 157
Kim, A.: TC+EM+EN+TF-WeA1, 168
Kim, B.: EM-ThP4, 195
Kim, C.G.: TF-ThP38, 198
Kim, C.H.: EM-ThP7, 195
Kim, C.I.: TC+EM+EN+TF-WeA4, 168; TFThP29, 198
Kim, C.K.: PS-TuP6, 145
Kim, C.S.: TF-TuM5, 127
Kim, C.-S.: SS-FrM8, 204
Kim, D.: GR-WeM9, 153
Kim, D.H.: SP+AS+BI+NS-ThP3, 197
Kim, E.S.: MN+NS-TuM5, 124
Kim, H.: EM1-WeM12, 152; EM-ThP12,
195; EM-ThP5, 195; TF+VT-WeM3, 158;
TF-TuM1, 127
Kim, H.D.: TC-TuP2, 147
Kim, H.-G.: TF+VT-WeM12, 158
Kim, H.J.: EM+PS-WeM4, 151; EM-ThP7,
195; TC+EM+TF-WeM2, 157;
TC+EM+TF-WeM4, 157
Kim, H.S.: TC+EM+EN+TF-WeA4, 168
Kim, H.W.: SP+AS+EM+GR+MI+NS+SSFrM9, 203
Kim, H.Y.: EM-ThP15, 195
Kim, I.: PS-MoA4, 114; PS-TuP2, 145
Kim, I.-S.: TF+VT-WeM12, 158
Kim, J.: EM+PS-WeM9, 151; EM+TFMoM3, 100; GR+AS+BI+PS+SS-ThA7,
186; GR+EM+NS+SS+TF-ThA1, 186;
GR-ThP9, 195; HI-ThA12, 187
216
Kim, J.H.: EM-ThP15, 195; NS-TuP2, 144;
TR+AS+NS+SS-MoA10, 115
Kim, J.-H.: SS+AS+NS+SP-WeA11, 167
Kim, J.K.: PS-TuP3, 145; PS-TuP6, 145
Kim, J.S.: SP+AS+EM+GR+MI+NS+SSFrM9, 203; SS-TuP21, 147
Kim, K.: EM-WeA7, 164
Kim, K.-B.: IS+EN+SP+SS-ThA3, 187
Kim, K.H.: TC-TuP2, 147
Kim, K.J.: TF-TuM5, 127
Kim, K.S.: TC-TuP3, 147
Kim, KH.: TF-ThP27, 198
Kim, M.D.: NS-TuP13, 144; TC-TuP2, 147
Kim, M.J.: GR+EM+NS+SS+TF-ThA1, 186;
TF+VT-WeM12, 158
Kim, M.W.: TF+VT-WeM12, 158
Kim, N.: EM-ThP14, 195; TF-ThP26, 198
Kim, P.: NS+EM+EN-TuM1, 125
Kim, P.K.: NS+BI+EM-MoM3, 103
Kim, S.: NS-TuP16, 144; PS-TuP17, 145; PSTuP23, 145; SS+EM-WeA10, 168; SSThM10, 181; SS-TuP13, 146
Kim, S.H.: EM-ThA11, 185; GR-ThP5, 195;
TC+EM+TF-WeM11, 157
Kim, S.J.: EM+PS-WeM4, 151; TC-TuP2,
147
Kim, S.W.: EM-ThA11, 185; TC-TuP2, 147
Kim, T.: PS2-TuA7, 137; PS-MoM10, 104;
TF+AS+SE+SS-MoA4, 115;
TF+EM+NS+SS-ThA6, 191
Kim, T.G.: SS-TuP14, 146; TC-TuP2, 147
Kim, T.H.: EM-ThA11, 185
Kim, W.: GR+AS+NS+SP+SS-TuA10, 134;
GR-ThP9, 195
Kim, Y.: AS-ThP18, 194;
GR+AS+EM+MI+MN-TuM11, 123;
GR+AS+NS+SP+SS-TuA10, 134;
GR+EM+NS+PS+SS+TF-MoM5, 101;
SS+AS+NS+SP-WeA11, 167;
SS+AS+NS+SP-WeA4, 167;
SS+AS+NS+SP-WeA9, 167; SS1-ThA1,
190; SS2-ThA8, 191; SS-MoA1, 114; SSTuP19, 146
Kim, Y.W.: AS-ThP20, 194
Kimmel, G.A.: SS+EN-ThM5, 180; SSTuP33, 147
Kim-Ngan, N.-T.H.: AC+AS+EN-TuA7, 131
Kimura, A.: MI-MoM5, 101
Kimura, K.: NS+AS+BI+SP-WeM3, 154
Kindlund, H.: TF+EM+NS+SS-FrM6, 204;
TF+EM+NS+SS-FrM8, 204
King, A.J.: BI+AI+AS+BA+IA+NL+NS+SPWeA12, 163; IS+AS+SP-FrM11, 201
King, M.R.: EM-ThP17, 195
King, S.T.: EM-ThP13, 195
King, S.W.: EM+MI+NS+SS+TF-TuA2, 132;
EM-ThA1, 185; GR+AS+EM+NS+SSWeA9, 165; NS+AS+BI+SP-WeM5, 154;
PS-MoA10, 114; TF+VT-WeM9, 158
Kingon, A.I.: TC+EM+TF-WeM11, 157
Kingshott, P.: BI+AS+IS+NL-MoM1, 99; BITuP4, 142; BI-TuP6, 142
Kinlen, P.: MG+EN+MS-WeA9, 165
Kinoshita, T.: GR+EM+NS+PS+SS+TFMoM4, 101
Kinsler, M.: TC+EM+TF-WeM1, 157
Kintaka, H.: PS1-TuM5, 125
Kiraly, B.T.: GR+EM+NS+PS+SS+TFMoM6, 101; GR+EM+NS+SS+TFThA11, 186; NS+AS+BI+SP-WeM6, 154
Kirchhofer, R.: AP+AS+EM+MI+TFWeM11, 150
Kish, E.R.: EM+AS+EN+TF-ThM1, 175
Kiskinova, M.: IS+AS+SS-ThM5, 177;
NL+AS+BI+SA-FrM4, 202
Kitajima, T.: GR+AS+BI+PS+SS-ThA2, 186;
PS1-TuM12, 125; PS-TuP24, 145
Kjoller, K.: NS+AS+BI+SP-WeM4, 154
Klee, V.: TF-ThP20, 198
Kleebe, H.J.: NS+AS+EM-MoA4, 113
Kleinschmidt, P.:
SP+AS+EM+GR+MI+NS+SS-FrM8, 203
Klem, E.J.D.: EM+NS+TF-FrM6, 200
Kleyn, A.W.: SS2-ThA12, 191
Klimczak, A.: TF+AS+EM+NS+SS-ThM9,
181
Klingsporn, J.: SS+AS+NS+SP-WeA2, 167
Klintenberg, M.: MG-ThA8, 188
Klobas, J.: NS+AS+EN+SS-TuA3, 136
Klopf, J.M.: TF+AS+EM+NS+SS-ThM6, 181
Knauf, J.: TF+AS+BI+EM+SE+SS-WeA11,
169
Knez, M.: TF+AS+SE+SS-MoA11, 115
Knoll, A.J.: PS-WeM3, 155; PS-WeM5, 155
Knoops, H.C.M.: TF-TuM12, 127
Knowles, J.: AC+AS+EN-TuA11, 131
Knowles, K.E.: AS+BI+EM+NL+NS+SSThA7, 184
Knudsen, J.: EM+TF-MoM6, 100
Knutsson, J.: EM+TF-MoM6, 100
Ko, A.: MS+AS+EL+EM+PS+TF-TuA4,
136; MS+AS+EL+EM+PS+TF-TuA9,
136; PS2-TuA8, 137; PS-MoA1, 114
Ko, D.-H.: EM-ThP4, 195
Ko, E.: EM-ThA6, 185
Ko, J.: GR+AS+NS+SP+SS-TuA10, 134
Ko, K.: TF-TuM1, 127
Ko, W.: SP+AS+EM+GR+MI+NS+SS-FrM9,
203
Kobayashi, K.: MI+AS+NS+SP-TuA7, 135;
NS+AS+BI+SP-WeM3, 154; PS2-TuM2,
126
Kobayashi, M.: TR+SE-TuM2, 127
Kobayashi, S.: TF-ThP12, 198
Kobe, H.: TF-ThP28, 198
Kodambaka, S.: GR-WeM12, 153
Kodera, N.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA1,
190
Koeble, J.: SP+AS+EM+GR+MI+NS+SSFrM7, 203
Koegler, P.: BI-TuP6, 142
Koehl, W.F.: MI+EM-TuM3, 123
Koel, B.: NS+AS+EN+SS-TuA2, 136
Koelsch, P.: IA+BA-TuA11, 135
Koepke, M.: PS-WeM5, 155
Koga, K.: EN+AS+NS+SS-MoA3, 110; ENTuP2, 142; PS+TF-MoA11, 113
Kohout, J.: SE+NS+TF-ThA6, 189
Kohse-Höinghaus, K.: HI-ThA7, 187; HIThP2, 196
Koirala, P.: EL+AS+EN+PS+SS+TF-ThM4,
175
Koji, H.: NS-TuP9, 144
Kolbeck, J.: PS1-TuM11, 125
Kolen’ko, Y.V.: NL+AS+BI-ThA6, 188
Kolmakov, A.: GR+AS+NS+SS-ThM2, 176;
IS+AS+SS-ThM5, 177; NL+AS+BI+SAFrM4, 202; NS-TuP11, 144
Kolmychek, I.: MI+EM-TuM10, 123
Kometani, R.: PS-ThA6, 189; PS-TuP11, 145
Kondo, H.: PS1-TuA10, 137; PS2-TuA11,
137; PS-ThA6, 189; PS-TuP11, 145; PSWeM2, 155
Kondo, K.: TC-TuP4, 147
Kondo, T.: GR+AS+EM+NS+SS-WeA8,
165; SS2-ThA2, 191; SS-TuP10, 146
Kong, J.: GR+AS+EM+NS+SS-WeA9, 165
Kong, L.: MI+EM-TuM9, 123
Kongkanand, A.: TF+EN-MoM11, 105
Kongu, A.: TF-ThP10, 198
Konstantinidis, S.: NS+AS+EM-MoA4, 113
Koo, J.-Y.: SS+EM-WeA2, 168
Koo, S.: EM-ThP4, 195
Koop, Z.C.: EM-ThP13, 195
Kopecky, A.: EN+AS+NS+SS-MoA10, 110
Koppens, F.: GR+AS+EM+MI+MN-TuM3,
123
Korte, S.: SP+AS+EM+GR+MI+NS+SSFrM8, 203
Kosel, T.: EM+TF-MoM8, 100
Koshy, R.: MS+AS+EL+EM+PS+TF-TuA8,
136; PS2-TuA12, 137; PS-MoA4, 114
Koster, N.B.: HI-ThM12, 177; SE+PSWeA10, 167
Kostov, K.L.: GR-WeM11, 153
Koswatta, S.: EM+TF-MoM8, 100
Kotliar, G.: AC+MI+SA+TF-MoA3, 108;
AC+MI+SA+TF-MoA9, 108
Kotru, S.: TF-ThP10, 198
Kotsugi, M.: GR+EM+NS+PS+SS+TFMoM4, 101
Kotula, P.G.: TF-ThA2, 192
Kozicki, M.N.: EM+PS-WeM5, 151
Kozimor, S.: AC+AS+EN-TuA10, 131
Kraft, M.L.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA3,
163
Krajewski, J.: AS-WeA12, 162
Krasheninnikov, A.V.: HI-ThM5, 177
Kraut, R.: BI+NL+NS+SS-ThM3, 174
Kravchenko, I.: EM-ThP15, 195; MIMoM10, 101
Krawiec, M.: TF+AS+BI+EM+SE+SSWeA7, 169
Kreil, K.: EN+SE+SS+TF-WeM9, 152
Krim, J.: MI-TuP4, 143; TR+AS+NS+SSMoA4, 115; TR+AS-MoM6, 105
Krishnan, M.: MS+AS+BA+BI+PS+TFTuM3, 124
Krishtab, M.: PS-ThA4, 189
Krist, B.J.: EM-ThA7, 185
Kristiansen, K.: IS+AS+SP-FrM4, 201;
IS+EN+SP+SS-ThA6, 187
Kroemker, B.: SA+AS+MI+SS-WeM4, 155
Kropman, D.: SS-TuP23, 147; SS-TuP32, 147
Kruchinin, V.N.: TF-ThP9, 198
Krueger, B.: TC+EM+EN+TF-WeA11, 168
Krueger, J.S.: EM-ThP13, 195
Krueger, P.: MI-MoM1, 101
Kruk, S.: MN+AS+SS-MoM6, 102
Kruse, N.: AP+AS+MI+NS+SS-WeA11, 162;
AP+AS+MI+NS+SS-WeA9, 162
Krylov, S.: MN+AS+SS-MoM3, 102;
MN+AS+SS-MoM6, 102
Kryutyanskiy, V.: MI+EM-TuM10, 123
Kubo, A.: BI+AI+AS+BA+IA+NL+NS+SPWeA1, 163
Kubota, J.: SE+EN-FrM6, 203
Kubota, T.: PS-ThA10, 189; PS-ThM12, 179
Kuckgok, B.: EM+NS+SS+TF-FrM7, 200
Kühne, P.: EL+AS+EM+SS+TF-WeA1, 163
Kuhlenbeck, H.: SS+AS-TuM12, 126
Kuhn, M.: GR+AS+EM+NS+SS-WeA9, 165
Kuittinen, M.: NS+BI+EM-MoM6, 103
Kujofsa, T.: EM+AS+NS+SS-WeA4, 164
Kuk, Y.: IS-ThP1, 196
Kumar, A.: PS+AS+NS+SS-ThM5, 178
Kumar, G.: NS+BI+EM-WeA7, 166
Kumar, K.: BI+NL+NS+SS-ThM1, 174; EMThA2, 185; MS+AS+EL+EM+PS+TFTuA9, 136; PS1-TuM5, 125; PS2-TuA8,
137; PS2-TuM12, 126; PS-MoA1, 114;
PS-MoM11, 104
Kummel, A.C.: BI-TuP3, 142; BI-WeM9,
151; EM+PS-TuM1, 121; EM+PS-TuM9,
121; EM+TF-MoM1, 100; EM+TFMoM11, 100; EM-MoA9, 109;
MN+AS+SS-MoM10, 102; SS+EMWeA8, 168; SS-FrM7, 204
Kungas, R.: IS+EN+SP+SS-ThA1, 187
Kunkel, D.: TF+AS+BI+EM+SE+SS-WeA9,
169
Kunze, A.: BI+AS+BA+NL-TuM6, 121
Kunze, C.: SE+NS+TF-ThA4, 189
Kuo, J.-M.: EM+TF-MoM8, 100
Kuo, P.J.: PS-TuP8, 145
217
Kuo, Y.: EM+PS-WeM11, 151
Kurasch, S.: GR+EM+NS+PS+SS+TFMoM8, 101
Kurtz, R.L.: SS+NS-WeM12, 156; SS+NSWeM9, 156
Kuruganti, P.: TC+EM+TF-WeM12, 157
Kushner, M.J.: PS+AS+BI+SE-MoM3, 103;
PS1-TuM2, 125; PS1-TuM4, 125; PSThM3, 179; PS-WeA7, 166
Kushto, G.P.: SS-FrM8, 204
Kusuda, Y.: PS-TuP33, 145
Kvashnina, K.O.: AC+MI+SA+TF-MoM8,
98
Kwak, H.S.: MG-ThA1, 188
Kwak, J.: IS+AS+SP-FrM9, 201
Kwok, S.J.J.: BA+AI+AS+BI+IS+NLMoM1, 99
Kwolek, E.: SS+AS+NS-MoM11, 104
Kwon, H.: BI+AS+BA+NL-TuM3, 121;
SP+AS+EM+GR+MI+NS+SS-FrM9, 203
Kwon, S.: GR+AS+NS+SP+SS-TuA10, 134;
SS-TuP21, 147
Kwon, S.-H.: SE-ThP6, 197
Kybert, N.J.: GR-ThP10, 195
Kyureghian, H.: TF-ThP25, 198
—L—
La Spina, R.: AS+BI+EM+NL+NS+SSThM10, 174
Laas, T.: EM-ThP16, 195
LaBella, V.P.: NS-TuP17, 144;
SP+AS+EM+GR+MI+NS+SS-FrM10,
203; TF+EM+NS+SS-ThA12, 191
Labonte, A.: PS2-TuA12, 137
Labuda, A.: EW-WeL5, 160;
SP+AS+BI+MI+NS+SS-ThM10, 180
Lacovig, P.: GR-WeM11, 153
Laderman, S.: MS+AS+BA+BI+PS+TFTuM5, 124
Ladroue, J.: PS-TuP1, 145
Lafleur, T.: PS+TF-MoA1, 113
Lagadec, M.: NS+BI+EM-MoM9, 103
Lagally, M.G.: GR+EM+NS+SP+TF-MoA2,
110
Lagarkov, A.N.: TF+MI-WeM4, 157
Laha, P.: PS+AS+BI+SE-MoM5, 103
Lahsen, A.: SE-ThP12, 197
Laino, S.: TR+SE-TuM4, 127
Lallo, J.: GR+EM+MS+NS+SP-FrM10, 201;
SS-FrM1, 204
Lamb, R.: SE-ThP9, 197;
TF+AS+BI+EM+SE+SS-WeA12, 169
Lambeets, S.: AP+AS+MI+NS+SS-WeA11,
162
Lambrecht, W.R.: EM2-ThA6, 185
Lament, K.: SS1-ThA9, 190
Lampenscherf, S.: MG+EN+MS-WeA3, 165
Lancaster, J.L.: TF+EN-MoM9, 105
Lanceros-Méndez, S.: NL+AS+BI-ThA6, 188
Lander, G.: AC+MI+SA+TF-MoM1, 98
Lang, B.N.: TF+EN-MoM9, 105
Lang, C.: TF-ThP34, 198
Lang, X.: BA+AI+AS+BI+IS+NL-MoM6,
99; IS+AS+SP-FrM7, 201
Langer, R.: BI+AS+IS+NL-MoM10, 99;
BI+AS+IS+NL-MoM8, 99; BI-WeM1,
151; BI-WeM11, 151
Langhammer, C.: EN+AS+NS+SS-MoA11,
110
Lany, S.: MG+EM+MI+MS-WeM5, 154;
MG+EM+MI+MS-WeM6, 154;
MG+MI+NS-ThM2, 178
Lanza, G.: VT-WeM10, 158
Larabell, C.A.: NL+AS+BI+SA-FrM1, 202
Larciprete, R.: GR-WeM11, 153
Larentis, S.: EM-WeA7, 164
Larriba-Andaluz, C.: PS+AS+NS+SS-ThM5,
178
Larson, D.: AP+AS+EM+MI+TF-WeM10,
150
Author Index
Larson, D.J.: AP+AS+EM+MI+TF-WeM1,
150
LaRue, J.L.: SS2-ThA4, 191
Laskoski, M.: EM+AS+EN+TF-ThM5, 175
Laszcz, A.: AP-TuP2, 141
Latour, R.A.: BI+AS+BA+NS+SS-ThA4,
184; BI+AS+BA+NS+SS-ThA8, 184
Latrous, H.: AC-TuP2, 141
Lau, C.N.: GR+EM+NS+SP+TF-MoA1, 110;
IS-ThP2, 196
Lauderbach, L.: SA-TuP1, 146
Lauhon, L.J.: AP+AS+EM+MI+TF-WeM2,
150
Laukkanen, J.: NS+BI+EM-WeA9, 166
Lauwaet, K.: NS+AS+EN+SS-TuA7, 136;
SS1-ThA3, 190
Lavoie, C.: EL+AS+EM+SS+TF-WeA11,
163
Lawrence, D.: AP+AS+EM+MI+TF-WeM10,
150
Lawson, R.: MS+AS+EL+EM+PS+TF-TuA3,
136; NS+BI+EM-WeA11, 166
Lawton, T.J.: SS-ThM4, 181
Lazzari, R.: AS+BI+EM+NL+NS+SS-ThA4,
184
Lazzarino, F.: PS-ThA4, 189
Lazzaroni, R.: PS+AS+BI+SE-MoM5, 103
le Brizoual, L.: TF+EM+NS+SS-ThA8, 191
Le Lay, G.: GR+EM+NS+SS+TF-ThA2, 186
Le Mogne, T.: TR+SE-TuM6, 127
Le Tarte, L.: AS-WeA4, 162
Le, D.: SS+NS-WeM5, 156
Lea, A.S.: SP+AS+BI+NS-ThP2, 197
LeClair, M.J.: AS-WeA10, 162
Ledieu, J.: AS+BI-TuA9, 132
Lee, C.-T.: TF-ThP17, 198; TF-ThP5, 198
Lee, G.: SS-TuP13, 146
Lee, G.S.: GR-ThP8, 195
Lee, H.N.: MI+EM+MG-MoA3, 111
Lee, J.: AS-ThP7, 194; MN+NS-MoA8, 112;
MN+NS-TuM6, 124; PS2-TuM9, 126;
SS-TuP21, 147; TF+EM+NS+SS-ThA12,
191; TF-TuM1, 127
Lee, J.H.: EM+PS-WeM12, 151; TF+VTWeM12, 158
Lee, J.I.: NS-TuP2, 144
Lee, J.-J.: SE-ThP6, 197
Lee, J.L.: TF+VT-WeM12, 158
Lee, J.-P.: TF-TuM5, 127
Lee, J.R.I.: NL+AS+BI+SA-FrM5, 202; SATuP3, 146; SS+NS-WeM11, 156
Lee, K.: EM-WeA7, 164
Lee, K.H.: EM-ThA11, 185
Lee, K.S.: EM-ThA11, 185
Lee, M.J.: EM-ThP17, 195
Lee, S.B.: TF+EN-MoM3, 105
Lee, S.H.: PS-TuP6, 145; SS-TuP14, 146;
TF+VT-WeM12, 158; TF-ThP6, 198
Lee, S.K.: SS-TuP14, 146; TF-ThP6, 198
Lee, S.M.: SS-TuP9, 146
Lee, S.-N.: EM-ThP12, 195
Lee, S.S.: EM-ThA11, 185; TF-ThP38, 198
Lee, T.Y.: TF-ThP6, 198
Lee, V.: AS+BI+EM+NL+NS+SS-ThA1, 184
Lee, W.: EM-ThP14, 195; TF-TuM5, 127
Lee, Y.J.: GR+EM+NS+SP+TF-MoA1, 110;
PS-TuP22, 145
Leeser, K.: EM-ThA6, 185
Lefaucheux, P.: PS2-TuA4, 137; PS-TuP1,
145
Lefebvre, W.: AP+AS+SS-TuA12, 131
Lefever, J.A.: TR+AS-MoM5, 105
Lefevre, B.: PS-MoM3, 104
Lefevre, S.: PS2-TuA8, 137
Legedza, S.: GR+AS+EM+MI+MN-TuM2,
123
Leggett, G.J.: TR+AS+NS+SS-MoA8, 115
Lehto, J.: PS-MoA7, 114
Lei, H.: SS+AS+NS-MoM11, 104
Author Index
Leick, N.: TF+AS+SE+SS-MoA3, 115
Leighton, C.: EN+PS+TF-MoM11, 100
Lemay, J.-C.: SS-ThM12, 181
Lemire, H.M.: TC+EM+EN+TF-WeA10, 168
Lenahan, P.M.: EM-ThA1, 185; PS-MoA10,
114
Leng, S.: VT-WeM11, 158
Lent, C.S.: TF+AS+BI+EM+SE+SS-WeA10,
169
Leou, K.C.: PS-TuP16, 145
Leroux, C.: EM+PS-TuM2, 121
LeRoy, B.J.: GR+AS+NS+SP+SS-TuA3, 134
Lesecq, M.: TF+EM+NS+SS-ThA8, 191
Lesker III, K.J.: VT-TuM5, 128
Lesker IV, K.J.: VT-TuM5, 128
Létard, J.F.: SS-TuP34, 147
Levasseur, O.: SE+PS-ThM11, 179
Levi, D.H.: EN+PS+TF-MoM3, 100
Levin, I.: SA+AS+MG+SS-TuA11, 138
Levitov, L.S.: GR+AS+EM+NS+SS-WeA11,
165
Lewis, E.A.: SS-TuA12, 138
Lewis, J.S.: EM+NS+TF-FrM6, 200
Lewis, L.H.: NS+AS+EM-MoA1, 113;
NS+AS+EM-MoA2, 113
Lewis, N.: SS+EM-WeA3, 168
Li, A.P.: SP+AS+EM+GR+MI+NS+SSFrM1, 203
Li, C.H.: MI+EM-TuM5, 123
Li, C.-P.: TF+PS-ThM5, 182
Li, H.: PS+TF-MoA10, 113; PS2-TuM5, 126
Li, H.C.: SE+PS-WeA12, 167
Li, J.: EL+AS+EN+PS+SS+TF-ThM3, 175;
EM-WeA10, 164; EN+PS+TF-MoM10,
100
Li, J.C.: PS2-TuM10, 126
Li, J.J.: EN+PS+TF-MoM5, 100
Li, L.: BI+AS+BA+NS+SS-ThA11, 184;
GR+AS+EM+MI+MN-TuM12, 123;
GR+AS+EM+NS+SS-WeA2, 165;
IS+AS+SP-FrM1, 201; MN-TuP5, 143
Li, R.: EM+TF-MoM8, 100
Li, S.-L.: GR+AS+BI+PS+SS-ThA8, 186
Li, S.W.: SP+AS+BI+MI+NS+SS-ThM4,
180; SS+EN-ThM11, 180
Li, T.: AP+AS+MI+NS+SS-WeA7, 162
Li, W.: EL+AS+EM+SS+TF-WeA2, 163;
GR+EM+MS+NS+SP-FrM9, 201; PS1TuM6, 125; PS-TuP23, 145
Li, Y.: EL-ThP3, 194; HI-ThA9, 187;
PS+AS+BI+SE-MoM1, 103; SS+NSWeM1, 156; VT+AS+SS+TF-WeA7,
170; VT-WeM12, 158
Li, Y.Y.: GR+AS+EM+NS+SS-WeA2, 165
Li, Z.: SP+AS+BI+EM+MI+NS+SE+SSThA4, 190; SS-MoA6, 114;
TF+EM+NS+SS-FrM1, 204;
VT+AS+SS+TF-WeA10, 170
Liang, C.-K.: AS+BI+EM+NL+NS+SSThM3, 174
Liang, J.: EM+MI+NS+SS+TF-TuA11, 132
Liang, W.C.: PS+AS+BI+SE-MoM4, 103
Liang, X.: GR+EM+MS+NS+SP-FrM9, 201
Liang, Y.: GR+EM+MS+NS+SP-FrM9, 201
Liang, Z.: SS+AS+NS+SP-WeA9, 167; SSTuP1, 146
Liberman, A.: BI-TuP3, 142
Licitra, C.: PS-MoM5, 104
Liddiard, S.: TF+VT-WeM11, 158
Lie, F.L.: MS+AS+EL+EM+PS+TF-TuA9,
136; PS2-TuA8, 137
Lie, Y.H.: TR-TuP5, 148
Lie, Y.L.: PS+TF-MoA2, 113
Lieb, S.: HI-ThP2, 196
Lieberman, M.A.: PS-WeA3, 166
Liedberg, B.: BI+NL+NS+SS-ThM3, 174
Lien, S.E.: PS-TuP16, 145
Lien, S.T.: SE+PS-WeA12, 167; SS-TuP8,
146
218
Lietz, A.M.: PS-TuP12, 145
Lii, T.: PS-WeM3, 155
Lilley, C.M.: SP+AS+EM+GR+MI+NS+SSFrM11, 203
Lim, H.: GR+EM+NS+PS+SS+TF-MoM5,
101
Limdulpaiboon, R.: TF-ThP34, 198
Lin, C.C.: PS1-TuA11, 137; PS-TuP14, 145
Lin, C.-C.: EM+PS-WeM11, 151
Lin, C.P.: VT-TuP1, 148
Lin, C.-T.: NS-TuP15, 144
Lin, H.B.: PS-TuP16, 145
Lin, H.C.: EM+TF-MoM2, 100; EM1-WeM9,
152
Lin, L.: EM+AS+EN+TF-ThM10, 175
Lin, P.H.: MS-TuP2, 144; VT-TuP2, 148
Lin, PA.: IS+AS+SP-FrM8, 201
Lin, Q.: EM+AS+PS+TF-ThM1, 176;
MS+AS+BA+BI+PS+TF-TuM3, 124
Lin, R.B.: AS-ThP7, 194
Lin, S.C.: PS+TF-MoA2, 113
Lin, S.W.: TF-ThP17, 198
Lin, T.H.: TF-ThP23, 198
Lin, X.: SS-MoA6, 114
Lin, Y.H.: MN-TuP1, 143; MN-TuP2, 143;
MN-TuP3, 143
Lin, Y.S.: TF+AS+EM+NS+SS-ThM11, 181;
TF-ThP7, 198
Lin, Y.W.: VT-TuP1, 148
Lince, J.R.: AS+BI+EM+NL+NS+SS-ThA9,
184
Lind, H.: SE+NS+TF-ThA3, 189
Lindahl, A.: BI+AS+BA+NL-TuM6, 121
Linford, M.R.: EL+AS+EM+SS+TF-WeA7,
163; EL+AS+EM+SS+TF-WeA8, 163;
TF+EM+NS+SS-FrM4, 204;
TF+EM+NS+SS-FrM5, 204
Ling, Z.: PS-TuP23, 145
Linhart, W.M.: EM2-ThA10, 185
Lionti, K.: EM+AS+PS+TF-ThM3, 176
Lipp, M.J.: AC+MI+SA+TF-MoM10, 98
Liu, B.: BI+AI+AS+BA+IA+NL+NS+SPWeA2, 163
Liu, C.: MS+AS+EL+EM+PS+TF-TuA4,
136; SE-ThP12, 197; TF+EN-MoM3, 105
Liu, D.-J.: SS-TuA2, 138
Liu, D.R.: MI-TuP1, 143; NS-TuP14, 144
Liu, F.: SS+NS-WeM9, 156
Liu, G.: GR+EM+NS+PS+SS+TF-MoM1,
101
Liu, H.: EM+AS+PS+TF-ThM6, 176
Liu, J.: AP+AS+MI+NS+SS-WeA12, 162;
AP-TuP1, 141; NS+AS+EM-MoA1, 113;
NS+AS+EM-MoA2, 113; SS-TuP34, 147
Liu, J.X.: SE-ThP3, 197
Liu, L.: PS1-TuM3, 125; PS1-TuM4, 125;
SS+NS-WeM12, 156; SS+NS-WeM9,
156
LIU, L.: EM-ThP15, 195
Liu, M.: TF+VT-WeM9, 158
Liu, M.-C.: TF-ThP5, 198
Liu, Q.: EM+TF-MoM8, 100
Liu, X.: AP+AS+SS-TuA11, 131;
VT+AS+SS+TF-WeA7, 170
Liu, XZ.: TR+AS-MoM11, 105
Liu, Y.: GR+AS+EM+MI+MN-TuM12, 123;
SA+AS+MI+SS-WeM12, 155; SS+ENThM9, 180; TR+AS+NS+SS-MoA6, 115
Liu, Z.: IS+AS+SS-ThM9, 177; SS+ENThM9, 180; TR+AS-MoM6, 105
Lizzit, S.: GR-WeM11, 153
Lloyd, K.G.: AS-ThP8, 194
Lo, M.: NS+AS+BI+SP-WeM4, 154;
NS+AS+BI+SP-WeM5, 154
Lobo-Checa, J.: AS-TuM11, 120
Lock, E.H.: EM+AS+EN+TF-ThM5, 175;
GR+AS+BI+PS+SS-ThA6, 186; PSThA11, 189
Loehle, S.: TR+SE-TuM6, 127
Lofaro, M.: MS+AS+BA+BI+PS+TF-TuM3,
124
Logue, M.D.: PS1-TuM4, 125
Longo, R.: SS+EM-WeA11, 168
Longo, V.: EM+MI+NS+SS+TF-TuA9, 132
Lopez, F.A.: SS+AS-WeM5, 156
López, G.P.: BI+AI+BA+IS-MoA6, 109;
BI+AS+BA+NS+SS-ThA11, 184
Lopez, T.: PS+AS+NS+SS-ThM4, 178
López-López, M.: TF-ThP13, 198
Lopez-Lopez, S.: PS-TuP21, 145
Loquet, Y.: PS-MoA3, 114
Lorch, C.: SS1-ThA2, 190
Lorenz, C.D.: BI+AS+BA+NS+SS-ThA4,
184
Lorenzo-Andrade, J.A.: SS+AS+NS-MoM8,
104
Losby, J.E.: MN+NS-MoA4, 112
Losego, M.D.: SS+NS-WeM10, 156
Loth, S.: SP+AS+BI+EM+MI+NS+SE+SSThA6, 190
Loui, A.: AC+AS+SS-TuM9, 120
Louie, S.G.: GR+AS+EM+NS+SS-WeA11,
165; GR+EM+NS+SP+TF-MoA10, 110
Lousa, A.: TR-TuP7, 148
Lozano, K.: MS+AS+EL+EM+PS+TFTuA11, 136
Lu, F.: NS+AS+BI+SP-WeM4, 154
Lu, J.: SE+NS+TF-ThA7, 189;
TF+EM+NS+SS-FrM6, 204
Lu, J.W.: TF+AS+EM+NS+SS-ThM5, 181
Lu, L.: AS-ThP16, 194
Lu, N.: EM+NS+SS+TF-FrM7, 200;
GR+EM+NS+SS+TF-ThA1, 186
Lu, S.Y.: PS2-TuM10, 126
Lu, W.: GR-WeM9, 153; NS+AS+EN+SSTuA1, 136
Lu, Y.: EM+TF-MoM8, 100; PS-TuP11, 145;
SS+EM-WeA11, 168
Lubomirsky, D.: PS-ThA12, 189
Lucatorto, T.B.: VT+EN+TF-TuA7, 139
Lucovsky, G.: EM+PS-WeM9, 151; PS+TFMoA3, 113
Ludovice, P.: MS+AS+EL+EM+PS+TFTuA3, 136
Lueders, M.: AC+MI+SA+TF-MoA10, 108
Lützenkirchen-Hecht, D.: SA+AS+MI+SSWeM11, 155
Luh, D.: TF-ThP30, 198
Lukaszew, R.A.: MI+EM-TuM10, 123;
TF+AS+EM+NS+SS-ThM6, 181;
VT+AS+SS+TF-WeA10, 170
Lukens, W.: AC+AS+EN-TuA10, 131
Lukes, J.R.: AS-ThP21, 194
Luna, J.A.L: EM-ThP1, 195; EM-ThP9, 195;
SS-TuP22, 147
Lund, J.M.: TF+PS-ThM2, 182; TF+PSThM9, 182
Lunt, B.: EL+AS+EM+SS+TF-WeA8, 163;
TF+EM+NS+SS-FrM5, 204
Luo, L.: IS+AS+SP-FrM1, 201
Luo, M.: PS-TuP5, 145; PS-TuP7, 145; PSTuP9, 145
Luo, S.: NS+AS+EM-MoA2, 113
Luo, X.: PS+AS+BI+SE-MoM3, 103
Lusth, J.C.: MN-TuP6, 143
Lydecker, L.K.: TF+AS+BI+EM+SE+SSWeA4, 169
Lyding, J.W.: NS+AS+BI+SP-WeM11, 154
Lyeo, H.-K.: SS-TuP21, 147
Lyubinetsky, I.: SS+EN-ThM1, 180; SSMoA8, 114
Lyubovitsky, J.G.: BA+AI+AS+BI+IS+NLMoM6, 99; IS+AS+SP-FrM7, 201
—M—
Ma, L.: SS+AS-TuM9, 126
Ma, Q.: GR-WeM9, 153; TF-ThP19, 198
Ma, R.: TF+VT-WeM2, 158
Ma, X.M.: NL+AS+BI+SA-FrM4, 202
Maas, D.J.: HI-ThM12, 177
Maboudian, R.: MN+AS+SS-MoM8, 102
Maccallini, E.: VT-WeM3, 158
Macco, B.: GR+AS+BI+PS+SS-ThA1, 186
Maciazek, D.: TF+AS+BI+EM+SE+SSWeA7, 169
MacIntyre, S.: NS+BI+EM-WeA3, 166
Mack, P.: AS+BI-MoM3, 98; AS-ThP1, 194;
AS-WeA11, 162; EW-TuL4, 129
Mackus, A.J.M.: TF+EN-MoM6, 105; TFTuM12, 127
MacManus-Driscoll, J.L.: TF-TuA9, 139
Madaan, N.: EL+AS+EM+SS+TF-WeA7,
163; EL+AS+EM+SS+TF-WeA8, 163
Madan, A.: TF-TuM10, 127
Madaras, E.: TF+AS+EM+NS+SS-ThM6,
181
Madaras, S.: TF+AS+EM+NS+SS-ThM6,
181
Madden, B.: NL+AS+BI-ThA7, 188
Madeleine, T.: AS-ThP8, 194
Madisetti, S.: EM+TF-MoM11, 100; SSFrM7, 204
Madix, R.J.: NS+AS+EN+SS-TuA3, 136;
NS+AS+EN+SS-TuA4, 136
Maeng, C.H.: MS+AS+EL+EM+PS+TFTuA8, 136; PS2-TuA12, 137
Magaud, L.: PS-WeM6, 155
Magbitang, T.: EM+AS+PS+TF-ThM3, 176
Magnone, K.: TF-ThP19, 198
Magnus, F.: PS+TF-MoA9, 113
Mahadik, N.A.: EM+NS+SS+TF-FrM6, 200
Mahan, G.: SE+EN-FrM1, 203
Mahmoudi, M.: HI-ThA3, 187
Mai, L.: EN-TuM10, 122
Majeski, M.W.: SE+EN-FrM5, 203
Majidi, H.: EN+AS+NS+SS-MoA4, 110
Makinen, A.J.: SS-FrM8, 204
Makino, H.: TC+EM+EN+TF-WeA12, 168
Maklakov, S.A.: TF+MI-WeM4, 157; TFThP11, 198
Maklakov, S.S.: TF+MI-WeM4, 157; TFThP11, 198
Malicki, M.: AS+BI+EM+NL+NS+SS-ThA7,
184
Mallek, J.L.: TF+EM+NS+SS-ThA2, 191
Malloy, K.: EM-ThP10, 195
Mamun, A.: TF-ThP33, 198
Mamun, M.A.: VT-WeM4, 158
Manamdhar, S.: AP-TuP3, 141; HI-ThA9,
187
Mancheno-Posso, P.: EM1-WeM4, 152
Mandlik, P.: TF+VT-WeM2, 158
Mandrus, D.G.: MI-MoM10, 101; MI-MoM9,
101; TF+MI-WeM6, 157
Mangolini, F.: AS-ThP21, 194
Mangolini, L.: PS+AS+NS+SS-ThM4, 178
Manini, P.: VT-WeM3, 158
Manjare, M.T.:
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM5, 202
Mann, H.S.: TF+EN-MoM9, 105
Mann, J.: GR-WeM9, 153; TF-ThP19, 198;
TF-ThP20, 198
Mannequin, C.: PS-MoM5, 104
Mannix, A.J.: GR+EM+NS+PS+SS+TFMoM6, 101; GR+EM+NS+SS+TFThA11, 186; NS+AS+BI+SP-WeM6, 154
Manno, M.: EN+PS+TF-MoM11, 100
Mansfield, L.M.: EN+PS+TF-MoM3, 100
Mantovani, G.: BI+AS+IS+NL-MoM2, 99
Mao, B.: IS+AS+SS-ThM9, 177
Mao, F.: MI+EM+MG-MoA1, 111
Marchione, D.: SS+AS-WeM12, 156
Marcus, M.A.: SA+AS+MG+SS-TuA10, 138
Marcus, P.: SS+AS+NS-MoM9, 104
Marder, M.: MG+EN+MS-WeA11, 165
Mares, P.: SE+NS+TF-ThA6, 189
219
Margarella, A.M.: IA+AI+BI+IS+NL+SSMoA10, 111; SS+AS-WeM11, 156
Margaritondo, G.: NL+AS+BI+SA-FrM3,
202
Margot, J.: PS-MoM8, 104
Maria, J.-P.: TF-ThA6, 192
Marin, A.T.: TF-TuA9, 139
Marinho, R.R.T.: SA-TuP2, 146
Marki, J.: VT-MoM11, 106
Marks, L.: TR+AS-MoM3, 105
Marks, T.J.: GR+AS+NS+SP+SS-TuA2, 134
Markus, T.Z.: SS+AS-WeM5, 156; SS-ThM9,
181
Marquardt, A.: TF+VT-WeM10, 158
Marques, F.C.: TF+EM+NS+SS-FrM2, 204
Marsh, J.R.: AS-ThP8, 194
Marshall, M.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA2,
163
Martens, R.: AP+AS+EM+MI+TF-WeM6,
150
Martin, D.: MN+AS+SS-MoM10, 102
Martin, F.: GR+AS+EM+MI+MN-TuM1,
123; NS+AS+EN+SS-TuA7, 136
Martín, F.: SS1-ThA3, 190
Martin, H.: TF+EM+NS+SS-FrM3, 204
Martin, I.T.: TC+EM+EN+TF-WeA10, 168;
TF+EM+NS+SS-FrM3, 204
Martin, J.M.: TR+SE-TuM6, 127
Martin, N.: AS-MoA1, 108;
GR+AS+EM+MI+MN-TuM1, 123;
NS+AS+EN+SS-TuA7, 136; SS1-ThA11,
190
Martín, N.: SS1-ThA3, 190
Martin, R.L.: AC+AS+EN-TuA10, 131
Martinez, E.: SA+AS+MG+SS-TuA3, 138
Martinez, G.: SE-ThP7, 197
Martínez, J.: EM-ThP9, 195
Martinez, L.: MS+AS+BA+BI+PS+TFTuM1, 124
Martínez-de-Olcoz, L.: TR-TuP7, 148
Martini, A.: TR+AS-MoM11, 105
Martins, P.M.: NL+AS+BI-ThA6, 188
Martirez, J.M.: SS+AS-TuM5, 126
Martz, T.: MN+AS+SS-MoM10, 102
Marusak, K.E.: BI-TuP9, 142
Maskova, S.: AC+AS+EN-TuA7, 131
Mason, Jr., J.S.: EM-ThP17, 195
Masuko, T.: SE-ThP10, 197
Matei, D.: GR+EM+NS+PS+SS+TF-MoM8,
101
Matej, Z.: AC+AS+EN-TuA7, 131
Matsubayashi, A.: NS-TuP17, 144;
TF+EM+NS+SS-ThA12, 191
Matsuda, A.: PS-MoM1, 104
Matsuda, I.: SS+EN-ThM10, 180
Matsui, K.: TF-ThP28, 198
Matsukuma, M.: PS2-TuM5, 126
Matsumoto, H.: PS2-TuA8, 137; PS-MoM2,
104
Matsumuro, A.M.: TF-ThP22, 198
Matsuo, J.: AS-MoA10, 108
Matsushima, K.: PS+TF-MoA11, 113
Matta, C.: TR+SE-TuM6, 127
Matteau, G.J.: TF-ThA8, 192
Mattes, W.: AC-TuP3, 141
Matthews, A.: SE+PS-ThM1, 179
Matthews, D.J.: TF+EM+NS+SS-ThA1, 191
Mattrey, R.F.: BI-TuP3, 142
Mattsson, A.: SS+EN-ThM6, 180
Matveev, K.A.: SE+EN-FrM4, 203
Maurice, V.: SS+AS+NS-MoM9, 104
Mavrakakis, K.: PS1-TuM6, 125; PS-TuP23,
145
Mays, E.: TF+VT-WeM9, 158
Mazumder, B.: AP+AS+SS-TuA11, 131
Mazur, P.: SS1-ThA9, 190
Mazzuco, S.: IS+AS+SP-FrM10, 201
Author Index
McAllister, K.: GR+EM+NS+SP+TF-MoA6,
110
McArthur, S.M.: BI+AI+BA+IS-MoA1, 109;
BI+AI+BA+IS-MoA11, 109; BI-TuP4,
142; BI-TuP5, 142; BI-TuP6, 142; ELThP1, 194
McBreen, P.H.: SS-ThM12, 181
McCarty, K.F.: GR-WeM12, 153
McClimon, J.: NS+AS+EN+SS-TuA10, 136
McCormick, D.: NL+AS+BI-ThA7, 188
McCoustra, M.R.S.: SS+AS-WeM12, 156
McCrate, J.M.: SS-FrM5, 204
McDonald, I.: NS+AS+EM-MoA1, 113
McDonald, J.P.: TF-ThA1, 192
McDonnell, S.: GR+AS+BI+PS+SS-ThA7,
186; GR+EM+NS+SS+TF-ThA1, 186
McGowan, R.: PS2-TuA10, 137
McGuire, G.E.: EM-TuA3, 133
McIntyre, P.C.: EM1-WeM2, 152; EMMoA4, 109
McKay, K.: AS+BI+IS-WeM5, 150
McKenna, D.: TF+PS-ThM6, 182
McKinley, J.L.: TF-ThP19, 198
McLaughlin, S.R.: EM-ThP17, 195
McNamara, J.D.: EM+NS+SS+TF-FrM3, 200
McPeak, S.: TF-ThP10, 198
McVittie, J.: PS1-TuM6, 125
Medina, E.A.: SS+AS-WeM5, 156
Medina-Ramos, J.: EN+AS+PS-TuA3, 133
Meeks, K.: TF-ThA4, 192
Mehl, M.J.: EM+NS+SS+TF-FrM6, 200
Mehta, R.J.: EM+NS+TF-FrM3, 200;
NS+EM+EN-TuM11, 125
Mei, A.R.B.: TF+EM+NS+SS-FrM8, 204
Meier, G.: MI+AS+NS+SP-TuA9, 135
Meier, M.: AS+BI-TuA9, 132
Meirer, F.: SA+AS+MI+SS-WeM9, 155
Meléndez-Lira, M.: NS-TuP3, 144; NS-TuP4,
144; TF-ThP1, 198; TF-ThP13, 198
Melendez-Lira, M.A.: NS-TuP5, 144
Melton, A.G.: EM+NS+SS+TF-FrM10, 200;
EM+NS+SS+TF-FrM5, 200;
EM+NS+SS+TF-FrM7, 200
Melzer, J.I.: AS+BI-MoM8, 98
Membreno, D.: TF+EN-MoM4, 105
Mende, P.: GR-WeM3, 153
Mendez Martin, F.: SE+NS+TF-ThA7, 189
Mendez, N.: BI-WeM9, 151
Mendoza-Sánchez, B.: GR-ThP6, 195
Meneses, M.: EM-ThP9, 195
Meng, L.: SE+PS-ThM3, 179; SE-ThP2, 197
Meng, Y.: AP+AS+EM+MI+TF-WeM6, 150
Menon, L.: NS+AS+EM-MoA1, 113
Menzel, D.: GR-WeM11, 153
Mercer-Smith, A.R.: BI-TuP16, 142
Merche, D.: PS+AS+NS+SS-ThM9, 178
Meric, I.: GR+EM+MS+NS+SP-FrM5, 201
Merte, L.R.:
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM2, 202
Mertz, C.: GR+AS+BI+PS+SS-ThA3, 186
Meseck, G.R.: SE+NS+TF-ThA12, 189
Metz, A.: MS+AS+EL+EM+PS+TF-TuA9,
136; PS-MoA1, 114; PS-MoA4, 114
Metzler, D.: PS-WeM1, 155; PS-WeM3, 155
Meyer III, H.: AS-ThP11, 194
Meyer, F.: AS-ThP11, 194
Meyerbröker, N.: BI+NL+NS+SS-ThM5, 174
Meysing, D.: TC+EM+EN+TF-WeA9, 168
Meyyappan, M.: NS+EM+EN-TuM5, 125
Mezzenga, R.: BI+AS+BA+NS+SS-ThA2,
184
Mhatre, B.S.: SS-ThM11, 181; SS-ThM3,
181; SS-ThM4, 181
Miao, F.: IS-ThP2, 196
Michalak, D.J.: EM+AS+PS+TF-ThM5, 176
Michallon, P.: PS+TF-MoA8, 113
Mignot, S.: MS+AS+EL+EM+PS+TF-TuA4,
136; PS2-TuM9, 126
Author Index
Mignot, Y.: PS-MoA3, 114
Mihut, D.M.: MS+AS+EL+EM+PS+TFTuA11, 136
Mikkelsen, A.: EM+TF-MoM6, 100; MIMoM11, 101
Milasinovic, S.: AS-MoA3, 108
Miles, M.: SP+AS+BI+EM+MI+NS+SE+SSThA8, 190
Miller, D.J.: IS+AS+SS-ThM3, 177
Miller, M.: AP+AS+EM+MI+TF-WeM10,
150
Miller, M.K.: AP+AS+SS-TuA7, 131
Miller, R.: TF+EM+NS+SS-FrM10, 204
Milliron, D.J.: AS+BI+EM+NL+NS+SSThA10, 184
Mills, G.: HI-ThA8, 187
Milosavljevic, V.: SE+PS-WeA4, 167
Milson, G.A.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA3,
190
Mily, E.J.: TF-ThA6, 192
Mims, C.: IS+AS+SP-FrM9, 201
Min, K.S.: PS-TuP3, 145; PS-TuP6, 145
Min, W.: AS-MoA4, 108
Minami, T.: TC-TuP5, 147
Minar, J.: MI+AS+NS+SP-TuA7, 135
Minasian, S.: AC+AS+EN-TuA10, 131
Minaye Hashemi, F.: TF-TuM6, 127
Minegishi, T.: SE+EN-FrM6, 203
Minelli, C.: AS+BI+EM+NL+NS+SS-ThM5,
174
Minfray, C.: TR+SE-TuM6, 127
Minn, M.: TR+SE-TuM2, 127
Minne, S.C.: SP+AS+BI+MI+NS+SS-ThM9,
180
Miranda, R.: GR+AS+EM+MI+MN-TuM1,
123; NS+AS+EN+SS-TuA7, 136; SS1ThA11, 190
Mirando, R.: SS1-ThA3, 190
Mirhosseini, H.: MI-MoM8, 101
Mirkin, C.A.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA12,
190
Mishra, S.: EM-ThA2, 185; PS-MoA4, 114;
PS-TuP5, 145; PS-TuP7, 145; PS-TuP9,
145
Mishra, U.K.: AP+AS+SS-TuA11, 131
Misra, A.: MG+MI+NS-ThM10, 178
Mistry, H.: AS+BI+EM+NL+NS+SS-ThA3,
184
Mitchell, K.N.: EL-ThP3, 194
Mitterer, C.: SE+NS+TF-ThA7, 189; SE+PSThM12, 179
Miura, R.: TR+SE-TuM6, 127
Miura, T.: TR-TuP1, 148
Miyake, K.: PS-TuP30, 145
Miyamoto, A.: TR+SE-TuM6, 127
Miyamoto, J.: TR-TuP9, 148
Miyata, T.: TC-TuP5, 147
Miyayama, T.: AS+BI-MoM5, 98; AS-ThP9,
194
Miyazoe, H.: PS-MoA6, 114; PS-MoM2, 104
Miyoshi, J.: TF-ThP4, 198
Mizotani, K.: PS-ThA3, 189
Mkhoyan, K.A.: EN+PS+TF-MoM4, 100
Mnaymneh, K.: IS-ThP3, 196
Mocellin, A.: SA-TuP2, 146
Mochiji, K.: AS-MoA11, 108
Mochiki, H.: PS2-TuM2, 126
Mochizuki, S.: PS-ThA10, 189
Moewes, A.: IA+BA-TuA12, 135
Moffitt, C.: AS-WeA3, 162; GR-ThP6, 195
Møgelhøj, A.: SS2-ThA4, 191
Mohanti, N.: MS+AS+EL+EM+PS+TFTuA4, 136
Mohanty, N.: EM-ThA2, 185
Mok, H.S.: GR-WeM12, 153
Mol, J.A.: SS+AS+NS+SP-WeA1, 167
Molina-Luna, L.: NS+AS+EM-MoA4, 113
220
Molkenboer, F.T.: HI-ThM12, 177; SE+PSWeA10, 167
Molle, A.: EM-MoA1, 109
Möllers, R.: AS+BI-MoM6, 98
Molnar, M.: MS+AS+EM+EN+NS+TFMoM3, 102
Momose, T.: EM-ThA8, 185
Mon, H.: BI+AI+BA+IS-MoA8, 109
Monahan, D.: PS-TuP21, 145; PS-TuP32, 145
Monazami, E.: GR-WeM4, 153
Monfil, K.: EM-ThP1, 195; EM-ThP9, 195;
SS-TuP22, 147
Monfil-Leyva, K.: EN-TuP8, 142
Monig, H.: SS+AS+NS+SP-WeA7, 167
Monnier, J.R.: SS-TuP16, 146
Montgomery, A.: TF+MI-WeM3, 157;
TF+MI-WeM5, 157
Montgomery, N.: AC+AS+EN-TuA11, 131
Moon, B.-H.: PS-TuP23, 145
Moon, C.-Y.: SS+EM-WeA2, 168
Moon, D.: AS-MoA4, 108
Moon, J.: TC+EM+EN+TF-WeA1, 168
Moon, Y.: MS+AS+EL+EM+PS+TF-TuA9,
136
Moon, Y.K.: BI-TuP15, 142
Moon, Y.S.: TF-ThP6, 198
Moore, T.: VT+AS+SS+TF-WeA7, 170
Morabito, J.: BI-WeM3, 151
Morales, A.: EM-ThP1, 195; EM-ThP9, 195;
SS-TuP22, 147
Morales, E.H.: SS+AS-TuM5, 126
Mordi, G.: GR+AS+BI+PS+SS-ThA7, 186
Morent, R.: AS+BI-MoM2, 98
Moretti, J.E.: SS+AS-WeM3, 156
Morgen, P.: TF+EM+NS+SS-FrM1, 204
Mori, T.: SE-ThP10, 197; SE-ThP5, 197
Morikawa, Y.: PS-TuP31, 145
Moritani, K.: AS-MoA11, 108
Moriya, T.: PS1-TuM9, 125
Morkowchuck, L.: SS-TuP35, 147
Moroz, P.: PS-ThM11, 179
Morra, M.M.: AS+BI-MoM8, 98
Morris, B.G.: MS+AS+EL+EM+PS+TFTuA4, 136; PS-MoA3, 114
Morrish, F.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA7,
163
Morrison, J.: EM+AS+EN+TF-ThM10, 175
Morvay, D.M.: EM-ThA2, 185; PS-MoA1,
114
Moshar, A.: EW-WeL5, 160
Mostovoy, M.: MI+AS+NS+SP-TuA12, 135
Motamedi, P.: TF+EM+NS+SS-ThA11, 191
Mota-Pineda, E.: NS-TuP5, 144
Motoyama, S.: PS-TuP33, 145
Moulder, J.F.: AS+BI+EM+NL+NS+SSThA9, 184; AS+BI-MoM2, 98; ASThP13, 194; AS-TuM10, 120; EW-TuL2,
129
Mountapmbeme Kouotou, P.: HI-ThA7, 187
Mowbray, D.: SS1-ThA8, 190
Mowll, T.R.: GR-WeM1, 153
Mráz, S.: SE+NS+TF-ThA8, 189
Mu, R.: SS-MoA6, 114
Mudiyenselage, K.: IS+AS+SS-ThM6, 177
Mühlbacher, M.: SE+NS+TF-ThA7, 189
Müllen, K.: GR+EM+NS+PS+SS+TFMoM8, 101
Mueller, A.: VT+EN+TF-TuA3, 139
Müller, O.: SA+AS+MI+SS-WeM11, 155
Müller, U.F.: SS+AS-WeM3, 156
Müser, M.H.: TR+AS+NS+SS-MoA1, 115
Mugarza, A.: AS-TuM11, 120
Mugumaoderha Cubaka, M.: EN-TuP1, 142
Muhl, S.: PS-TuP34, 145
Muir, B.: BI+AS+BA+NS+SS-ThA2, 184
Mujica, V.: SS+AS-WeM5, 156
Mukai, K.: GR+AS+BI+PS+SS-ThA9, 186
Mukherjee, P.: NL+AS+BI-ThA7, 188
Mukherjee, S.: NS+BI+EM-WeA7, 166
Mullins, D.R.: SS-FrM3, 204; SS-MoA10,
114; SS-MoA11, 114
Mullis, F.: VT-MoA6, 116
Mulvaney, S.P.: BI+NL+NS+SS-ThM12,
174; BI-WeM3, 151; EM+AS+EN+TFThM5, 175
Mundle, R.M.: TF-TuM2, 127
Muñoz Zurita, A.L.: EN-TuP8, 142
Muñoz-Rojas, D.: TF-TuA9, 139
Munusamy, P.: AS+BI+EM+NL+NS+SSThM11, 174
Muraki, Y.: PS+TF-MoA10, 113; PS2-TuM5,
126
Muramoto, S.: AS+BI+IS-WeM6, 150
Muratore, C.: SE+PS-ThM5, 179
Murayama, T.: PS-TuP31, 145
Murphy, P.: BI+AS+BA+NS+SS-ThA12, 184
Murphy, R.D.: TF-ThA1, 192
Murphy, S.: SP+AS+BI+MI+NS+SS-ThM5,
180
Murzina, T.: MI+EM-TuM10, 123
Muscat, A.J.: EM1-WeM4, 152; EM-ThP6,
195; NS+BI+EM-WeA4, 166
Musgrave, C.B.: TF+EN-MoM5, 105
Music, D.: SE+NS+TF-ThA4, 189;
SE+NS+TF-ThA8, 189
Musselman, K.P.: TF-TuA9, 139
Mutch, M.: EM-ThA1, 185; PS-MoA10, 114
Myers, A.M.: EM+AS+PS+TF-ThM9, 176
Myers-Ward, R.L.: EL+AS+EM+SS+TFWeA1, 163; EL+AS+EM+SS+TF-WeA2,
163; GR+EM+MS+NS+SP-FrM4, 201;
GR+EM+NS+PS+SS+TF-MoM3, 101
Myhro, K.: GR+EM+NS+SP+TF-MoA1,
110; IS-ThP2, 196
—N—
Naaman, R.: SS+AS-WeM5, 156; SS-ThM9,
181
Naboko, A.S.: TF-ThP11, 198
Nadeau, L.J.: BI+AI+BA+IS-MoA3, 109
Nagabhirava, B.: PS-MoA3, 114
Nagahata, K.: PS-TuP30, 145
Nagamoto, K.: TC-TuP4, 147
Nagamura, N.: GR+EM+NS+PS+SS+TFMoM4, 101
Nagao, K.: BI+AI+AS+BA+IA+NL+NS+SPWeA1, 163
Nagareddy, V.K.: GR+EM+MS+NS+SPFrM4, 201
Naghibi, S.: TF-ThP20, 198
Nahif, F.: SE+NS+TF-ThA8, 189
Nahm, R.K.: EM+AS+EN+TF-ThM1, 175
Nainani, A.: EM-MoA6, 109
Nakagawa, S.: AS-MoA10, 108
Nakaharai, S.: GR+AS+BI+PS+SS-ThA8,
186; HI-ThM9, 177
Nakajima, T.: SS-TuP11, 146
Nakakubo, Y.: PS-MoM1, 104
Nakamura, I.: SS-TuP2, 146
Nakamura, J.: GR+AS+EM+NS+SS-WeA8,
165; GR-ThP12, 195; SS2-ThA2, 191;
SS-TuP10, 146
Nakamura, M.: PS-MoA8, 114; PS-MoM2,
104
Nakano, T.: GR+AS+BI+PS+SS-ThA2, 186;
PS1-TuM12, 125; PS-TuP24, 145
Nakatsuka, O.: SA-TuP4, 146
Nakazaki, N.: PS-ThM1, 179
Nam: MS+AS+BA+BI+PS+TF-TuM3, 124
Nam, K.-W.: IS+EN+SP+SS-ThA3, 187
Nam, S.: PS-MoA3, 114
Nam, S.-H.: AS-ThP18, 194
Nanayakkara, J.K.S.: EM+NS+SS+TFFrM10, 200; EM+NS+SS+TF-FrM9, 200
nanayakkara, S.: NS+BI+EM-MoM9, 103
Nanda, G.: HI-ThP1, 196
Nandasiri, M.I.: AP+AS+MI+NS+SS-WeA1,
162; HI-ThA9, 187; NS-TuP12, 144
Narayanan, B.: GR+AS+BI+PS+SS-ThA1,
186
Narayanan, S.: TC+EM+EN+TF-WeA3, 168
Nash, A.: NS+BI+EM-MoM5, 103
Nasybuiln, E.: AS-ThP3, 194
Nath, A.: GR+EM+MS+NS+SP-FrM4, 201
Natzeck, C.: SS-FrM11, 204
Naudé, N.: SE+PS-ThM11, 179
Navin, J.K.: SS2-ThA1, 191
N'Diaye, A.: IS+EN+SP+SS-ThA7, 187
Ne’eman, I.: PS-MoA6, 114
Nealey, P.F.: MS+AS+EM+NS+PS+TFMoA6, 112
Neeway, J.J.: AP+AS+EM+MI+TF-WeM9,
150
Nefedov, A.: SS-FrM11, 204
Nelin, C.J.: AC+AS+SS-TuM3, 120; SS+ASTuM12, 126
Nelson, A.J.: AC+AS+SS-TuM12, 120
Nelson, C.M.: EL-ThP2, 194
Nelson, S.F.: TF-TuA3, 139
Nelson-Cheeseman, B.: MI+EM+MGMoA10, 111
Nemani, S.: PS-MoM5, 104
Nemanich, R.J.: EM-WeA3, 164
Nemashkalo, A.: SS-FrM10, 204
Nemoz, M.: TF+EM+NS+SS-ThA8, 191
Nepal, N.: EM+NS+SS+TF-FrM4, 200;
EM+NS+SS+TF-FrM6, 200
Nesterov-Mueller, A.: BI+NL+NS+SSThM11, 174
Netz, R.: IA+AI+BI+IS+NL+SS-MoA8, 111
Netzer, F.P.: SS+AS-TuM9, 126
Ng, P.K.: SP+AS+EM+GR+MI+NS+SSFrM11, 203
Ng, T.: TC+EM+TF-WeM9, 157
Nguyen, A.: TF-ThP20, 198
Nguyen, N.: TC+EM+EN+TF-WeA11, 168
Nguyen, N.V.: EL+AS+EM+SS+TF-WeA2,
163; GR+EM+MS+NS+SP-FrM9, 201
Nichols, M.: EM+AS+PS+TF-ThM1, 176;
EM+AS+PS+TF-ThM12, 176; EM-ThP3,
195; PS1-TuM6, 125; PS-TuP13, 145; PSTuP23, 145
Nie, S.: GR-WeM12, 153
Niehuis, E.: AS+BI-MoM6, 98
Nikogeorgos, N.: TR+AS+NS+SS-MoA8,
115
Nikzad, S.: EM+NS+SS+TF-FrM11, 200
Nilebäck, E.: BI+AS+BA+NL-TuM6, 121
Nilsson, A.: IS+AS+SS-ThM3, 177; SS+ASWeM9, 156; SS2-ThA4, 191
Nishi, Y.: EM+AS+PS+TF-ThM1, 176;
EM+AS+PS+TF-ThM12, 176; EM-ThP3,
195; PS1-TuM6, 125; PS-TuP13, 145; PSTuP17, 145; PS-TuP23, 145
Nishimiya, T.: PS-TuP33, 145
Nishimura, N.: SE+EN-FrM6, 203
Nisol, B.: SE+PS-WeA7, 167
Nittler, L.: EN-TuP1, 142
Noborisaka, M.: SE-ThP1, 197; SE-ThP10,
197
Nocera, D.: EN+AS+PS-TuA7, 133
Nogami, J.: NS+BI+EM-WeA2, 166
Noirfalise, X.: SE+NS+TF-ThA9, 189
Nolan, T.K.: AS-WeA10, 162
Nold, E.: TR+SE-TuM5, 127
Nolting, W.: NS-TuP17, 144
Nomoto, J.: TC-TuP5, 147
Nonnenmann, S.S.: IS+EN+SP+SS-ThA1,
187; NS+EM+EN-TuM3, 125
Noonan, J.R.: VT-WeM5, 158
Nordell, B.: GR+AS+EM+NS+SS-WeA9,
165
Nordlund, D.: AC+AS+EN-TuA10, 131;
AS+BI+EM+NL+NS+SS-ThA10, 184;
SS2-ThA4, 191
Noro, M.: PS2-TuM10, 126
Norrby, N.: SE+NS+TF-ThA3, 189
221
Norris, D.J.: EN+PS+TF-MoM9, 100
Nørskov, J.K.: SS2-ThA4, 191
Norton, S.E.: BI-TuP14, 142
Notte, J.A.: HI-ThA11, 187; HI-ThM3, 177
Novak, J.: SS1-ThA2, 190
Novak, M.: SS+AS+NS+SP-WeA12, 167
Novikova, I.: TF+AS+EM+NS+SS-ThM6,
181
Noyce, S.: MN+AS+SS-MoM4, 102
Nozaki, S.: SS-TuP26, 147
Ntwaeaborwa, O.M.: AS-ThP19, 194
Nunney, T.S.: AS-ThP1, 194; AS-ThP12,
194; AS-WeA11, 162; EW-TuL4, 129
Nyakiti, L.O.: EM+NS+SS+TF-FrM6, 200;
GR+EM+MS+NS+SP-FrM4, 201;
GR+EM+NS+PS+SS+TF-MoM3, 101
Nyberg, T.: MI+EM+MG-MoA1, 111
Nyns, L.: EM+TF-MoM2, 100
—O—
Obara, Y.: TR+SE-TuM6, 127
Öberg, H.: SS2-ThA4, 191
O'Brien, M.: EN+PS+TF-MoM6, 100
Obst, M.: HI-ThA10, 187
Ocola, L.: GR+AS+BI+PS+SS-ThA3, 186
O'Connell, D.: PS+AS+BI+SE-MoM8, 103
Odén, M.: SE+NS+TF-ThA3, 189
Odenthal, P.M.: TF-ThP19, 198
Odom, T.W.: AS+BI-TuA12, 132
Oehrlein, G.S.: PS+AS+BI+SE-MoM11, 103;
PS-WeM1, 155; PS-WeM3, 155; PSWeM5, 155
Oertel, D.: VT-MoM11, 106
Ogasawara, H.: IS+AS+SS-ThM3, 177; SS2ThA4, 191
Ogawa, D.: PS-TuP27, 145
Ogawa, M.: SS+EN-ThM10, 180
Ogawa, S.: GR+AS+BI+PS+SS-ThA8, 186;
HI-ThM9, 177; PS-MoA4, 114
Oglecka, K.: BI+NL+NS+SS-ThM3, 174
Ogletree, D.F.: AS+BI+EM+NL+NS+SSThA10, 184
Oh, J.: SS-TuP19, 146
Oh, J.S.: GR-ThP5, 195
Oh, S.G.: PS-TuP22, 145
Ohashi, Y.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA1,
163
Ohiwa, T.: PS2-TuA11, 137
Ohkouchi, T.: GR+EM+NS+PS+SS+TFMoM4, 101
Ohkubo, T.: AP+AS+EM+MI+TF-WeM4,
150
Ohlhausen, J.A.: AS-WeA9, 162
Ohresser, P.: MI-TuP3, 143
Ohta, T.: GR+EM+NS+SP+TF-MoA3, 110;
PS1-TuA10, 137
Ohtsuka, S.: PS-ThA10, 189
Ohuchi, F.S.: EM+PS-WeM3, 151;
EN+SE+SS+TF-WeM5, 152;
TC+EM+EN+TF-WeA11, 168
Oida, S.: GR+AS+NS+SP+SS-TuA1, 134;
GR+EM+NS+PS+SS+TF-MoM3, 101
Okada, T.: GR+AS+BI+PS+SS-ThA4, 186
Okamoto, N.: PS-ThA8, 189
Oktyabrsky, S.: EM+TF-MoM11, 100; SSFrM7, 204
Okyay, A.K.: SE-ThP11, 197
Olafsson, S.: PS+TF-MoA9, 113
Oldham, C.J.: TF-ThP15, 198; TF-TuM11,
127
Oleynik, I.I.: GR+EM+NS+PS+SS+TFMoM9, 101
Olmstead, M.A.: EM+PS-WeM3, 151;
EN+SE+SS+TF-WeM5, 152;
TC+EM+EN+TF-WeA11, 168
Olson, D.A.: VT-MoM3, 106
Olson, J.: SS+AS+NS+SP-WeA12, 167
Olszta, M.J.: AP+AS+SS-TuA9, 131
Olveira, S.: NS-TuP10, 144
Author Index
Omura, M.: PS-MoM4, 104
Ondeck, N.: AS+BI+EM+NL+NS+SS-ThM9,
174
Ono, K.: PS-MoM1, 104; PS-ThA10, 189;
PS-ThM1, 179; PS-ThM12, 179
Opila, R.: AS-WeA12, 162; EM+AS+PS+TFThM2, 176
Opsomer, K.: EM+PS-TuM10, 121
Oraon, N.: MN-TuP6, 143
Orlando, T.M.: AS+BI+IS-WeM4, 150;
SS+AS-WeM5, 156; SS+AS-WeM6, 156
Orlov, A.O.: EM-ThA10, 185
Orocz, M.: EM+NS+SS+TF-FrM7, 200
Orr, J.T.: AS-WeA10, 162
Ortega, J.E.: AS-TuM11, 120; MI-TuP3, 143;
SS1-ThA8, 190
Osgood, R.M.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA4,
190
O'Shaughnessy, T.J.: BI-WeM3, 151
Osher, S.: SP+AS+BI+EM+MI+NS+SE+SSThA12, 190
Oshima, M.: GR+EM+NS+PS+SS+TFMoM4, 101
Osinsky, A.: TF+EM+NS+SS-FrM10, 204
Osipov, A.V.: TF+MI-WeM4, 157
Ossowski, J.W.: SS+AS+NS+SP-WeA10,
167; TF+AS+BI+EM+SE+SS-WeA7, 169
Osten, H.J.: EM+NS+TF-FrM10, 200
Österlund, L.: SS+EN-ThM6, 180
Öström, H.: SS2-ThA4, 191
O'Sullivan, D.: PS1-TuA3, 137
Otero, R.: NS+AS+EN+SS-TuA7, 136; SS1ThA11, 190; SS1-ThA3, 190
Otto, J.: GR+AS+EM+NS+SS-WeA9, 165
Ou, V.: TF+AS+EM+NS+SS-ThM11, 181;
TF-ThP7, 198
Ouyang, H.: PS+AS+NS+SS-ThM5, 178
Overbury, S.H.: SS-MoA11, 114
Overzet, L.J.: PS-TuP27, 145
Owen, A.: TF+MI-WeM5, 157
Oyama, K.: PS2-TuM2, 126
Ozawa, K.: SS+EN-ThM10, 180
Ozawa, N.: SS-TuP5, 146
Ozcan, A.: EL+AS+EM+SS+TF-WeA11, 163
Ozdemir, O.K.: SS-TuP12, 146
Ozensoy, E.: NS+AS+EN+SS-TuA8, 136
Ozgit-Akgun, C.: SE-ThP11, 197;
TF+AS+NS+SE-WeA3, 169
Ozimek, P.: TF+AS+EM+NS+SS-ThM9, 181
Ozkan, A.: PS-TuP29, 145; SE+PS-ThM9,
179
Ozkanat, O.: SS+AS+NS+SP-WeA1, 167
Ozturk, M.: MI-TuP2, 143
Ozturk, O.: MI-TuP2, 143; SS-TuP12, 146
—P—
Pacholski, M.: SS-TuP24, 147
Padama, A.A.: MG-ThA2, 188; SS-TuP6, 146
Padbury, R.P.: TF+AS+SE+SS-MoA10, 115
Padgett, M.J.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA8,
190
Padmore, H.A.: AS-WeA1, 162;
VT+AS+SS+TF-WeA11, 170
Padron Wells, G.: PS2-TuA12, 137; PSMoA4, 114
Paek, J.: TF+EN-MoM1, 105
Page, S.C.: AS+BI-MoM4, 98
Pai, W.W.: GR-WeM10, 153
Paiva Junior, M.F.: AC-TuP3, 141
Palamarciuc, T.: SS-TuP34, 147
Pallem, V.: EM+AS+PS+TF-ThM2, 176; PSMoM3, 104
Palmer, R.E.: SP+AS+BI+MI+NS+SS-ThM5,
180; SS+EN-ThM12, 180;
TF+AS+NS+SE-WeA11, 169
Palmstrom, C.J.: EM+AS+NS+SS-WeA9,
164; MI-MoM11, 101
Author Index
Palmstrøm, C.J.: EM+AS+NS+SS-WeA11,
164
Palumbo, F.: EM+TF-MoM2, 100
Pan, L.: MI-TuP4, 143
Pandey, R.: BA+AI+AS+BI+IS+NL-MoM10,
99
Pandey, R.R.: BI-TuP11, 142; BI-TuP8, 142
Pant, S.: SS-FrM10, 204
Pantazis, S.: VT-MoA3, 116
Pantoya, M.L.: TF-ThA4, 192
Pantuso, D.: EM+AS+PS+TF-ThM5, 176
Pap, A.: PS-MoA7, 114
Papa Rao, S.: MS+AS+BA+BI+PS+TFTuM3, 124
Papusoi, C.: TF+MI-WeM1, 157
Paquale, F.: MI+EM-TuM9, 123
Paquette, M.: GR+AS+EM+NS+SS-WeA9,
165
Parakhonskiy, G.: SE+NS+TF-ThA3, 189
Pargon, E.: PS2-TuM3, 126
Parikh, A.N.: BI+NL+NS+SS-ThM3, 174
Parise, R.J.: TF+EN-MoM9, 105
Parish, C.: AS-ThP11, 194; TF+MI-WeM6,
157
Park, B.G.: TC-TuP3, 147
Park, B.-G.: GR-ThP9, 195
Park, B.K.: TF-ThP38, 198
Park, C.D.: VT-TuP4, 148; VT-TuP5, 148
Park, C.-Y.: GR+AS+EM+MI+MN-TuM11,
123
Park, D.K.: NS-TuP16, 144
Park, E.H.: SS-ThM10, 181
Park, H.H.: EM+TF-MoM1, 100
Park, I.-Y.: HI-ThA12, 187
Park, J.: NS-TuP16, 144; PS-MoM6, 104; PSTuP11, 145;
SP+AS+EM+GR+MI+NS+SS-FrM1,
203; SP+AS+EM+GR+MI+NS+SSFrM9, 203; SS-TuP21, 147; TC-TuP1,
147; TF+EN-MoM1, 105; TF+VTWeM12, 158; TF-TuM1, 127
Park, J.W.: SP+AS+BI+NS-ThP3, 197
Park, J.Y.: GR+AS+NS+SP+SS-TuA10, 134;
SS-TuP21, 147; TR+AS+NS+SS-MoA10,
115; TR-TuP8, 148
Park, K.T.: SS-FrM4, 204
Park, S.: MN+AS+SS-MoM10, 102; PSThA12, 189
Park, S.-J.: TF-TuM5, 127
Park, S.W.: EM+TF-MoM1, 100
Park, T.-H.: NS+BI+EM-MoM9, 103
Park, Y.: GR-ThP9, 195
Park, Y.D.: NS+BI+EM-MoM3, 103
Parker, D.: EM+NS+TF-FrM3, 200
Parkinson, B.: PS2-TuM12, 126; PS-MoM11,
104
Parlak, Z.: GR+AS+EM+NS+SS-WeA1, 165
Parriaux, O.: NS+BI+EM-WeA9, 166
Parsons, G.N.: SS+NS-WeM10, 156;
TF+AS+SE+SS-MoA6, 115; TF-ThP15,
198; TF-TuM11, 127
Pascon, A.M.: GR-ThP7, 195
Pasic, P.: EL-ThP1, 194
Pasquarelli, R.: TC+EM+EN+TF-WeA7, 168
Pasupathy, A.: GR+AS+EM+NS+SS-WeA3,
165
Patchett, E.: EM+AS+EN+TF-ThM10, 175
Pateau, A.: PS2-TuA3, 137
Patel, A.K.: BI+AS+IS+NL-MoM10, 99; BIWeM1, 151
Patel, S.: EM+AS+NS+SS-WeA11, 164
Pathiyamattom, P.J.: EN-TuP8, 142
Patterson, M.: SS+NS-WeM12, 156
Patz, R.: PS-MoA7, 114
Paul, B.: TF+EM+NS+SS-ThA3, 191
Paul, D.F.: AS+BI+EM+NL+NS+SS-ThA9,
184; AS-ThP6, 194; AS-TuM10, 120; ASWeA4, 162
Paul, J.: PS2-TuM1, 126
222
Paul, J.-F.: SE+NS+TF-ThA9, 189
Payne, S.: BI-TuP9, 142
Payton, O.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA8,
190
Payzant, A.: TF+MI-WeM6, 157
Peak, D.: IA+BA-TuA12, 135
Pearton, S.J.: EM-ThP15, 195
Peck, J.: TF+PS-ThM10, 182; TF-ThP18, 198
Peden, C.: IS+AS+SP-FrM9, 201
Pedersen, K.: SS+AS+NS-MoM6, 104;
TF+EM+NS+SS-FrM1, 204
Peethala, B.: PS-MoA3, 114
Pegalajar-Jurado, A.: BI-WeM12, 151;
PS+AS+BI+SE-MoM10, 103
Pei, D.: EM+AS+PS+TF-ThM12, 176; PSTuP13, 145
Pei, L.: TF+VT-WeM11, 158
Peixoto, T.: SS+EM-WeA9, 168
Pelissier, B.: PS+TF-MoA8, 113
Peña Martin, P.: EN+PS+TF-MoM8, 100
Pender, J.: PS-MoM5, 104
Peng, H.: MG+EM+MI+MS-WeM5, 154
Peng, W.: PS-TuP5, 145; SS+EM-WeA10,
168
Perea, D.E.: AP+AS+EM+MI+TF-WeM6,
150; AP+AS+MI+NS+SS-WeA1, 162;
AP+AS+MI+NS+SS-WeA12, 162;
AP+AS+MI+NS+SS-WeA2, 162; APTuP1, 141; HI-ThA9, 187
Perez, K.: MN+NS-TuM11, 124
Perez, R.: SS+AS+NS+SP-WeA7, 167
Perkins, C.: EN+PS+TF-MoM10, 100
Perkins, J.: MG+EM+MI+MS-WeM6, 154
Perng, Y.: TF+EN-MoM4, 105
Pernicka, J.C.: VT+EN+TF-TuA1, 139
Perrine, K.A.: IA+AI+BI+IS+NL+SSMoA10, 111; SS+AS-WeM11, 156
Perrotta, A.: TF+VT-WeM6, 158
Persing, H.M.: PS1-TuA11, 137; PS-TuP14,
145
Persson, M.: BI+AS+BA+NL-TuM5, 121
Petek, H.: NS+BI+EM-MoM10, 103
Peter, M.: SS+NS-WeM2, 156
Peters, A.: MS+AS+EL+EM+PS+TF-TuA3,
136
Peters, K.: AS-ThP12, 194
Peterson, D.: SE+PS-WeA9, 167
Peterson, E.: SS2-ThA10, 191
Peterson, K.A.: TC+EM+EN+TF-WeA10,
168
Petit, L.: AC+MI+SA+TF-MoA10, 108
Petrik, N.G.: SS+EN-ThM5, 180; SS-TuP33,
147
Petrone, N.: GR+EM+MS+NS+SP-FrM5,
201
Petrou, A.: EM2-ThA10, 185
Petrov, I.G.: SE+NS+TF-ThA1, 189;
TF+EM+NS+SS-FrM6, 204;
TF+EM+NS+SS-FrM8, 204; TF+PSThM11, 182
Petrovykh, D.Y.: NL+AS+BI-ThA6, 188
Pettersson, L.G.M.: SS2-ThA4, 191
Pham, C.: TF+MI-WeM9, 157
Pham, H.: EM+PS-WeM3, 151
Phaneuf, R.: TF+VT-WeM10, 158
Phillips, C.: IA+BA-TuA12, 135
Phillips, D.J.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA8,
190
Phillips, M.C.: SP+AS+BI+NS-ThP2, 197
Piallat, F.: PS+TF-MoA8, 113
Pianetta, P.: SA+AS+MG+SS-TuA1, 138
Piao, H.: AS-ThP5, 194; AS-WeA4, 162
Piatkowski, L.: IA+AI+BI+IS+NL+SSMoA3, 111
Piazza, G.: MN-TuP4, 143
Picco, L.M.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA8,
190
Picher, M.: IS+AS+SP-FrM10, 201;
IS+AS+SP-FrM8, 201
Pickard, D.: HI-ThA3, 187
Picone, A.: SS+AS-TuM9, 126
Pierce, C.C.: AS+BI-MoM8, 98
Pierre-Louis, O.: GR+AS+NS+SS-ThM3, 176
Pimpinelli, A.: SS+AS+NS-MoM3, 104
Pingle, H.: BI-TuP6, 142
Piper, L.F.J.: EM2-ThA10, 185
Pireaux, J.-J.: EN-TuP1, 142;
PS+AS+NS+SS-ThM9, 178
Pirim, C.: SS+AS-WeM6, 156
Pirlo, R.K.: BI+AI+BA+IS-MoA3, 109
Pla Roca, M.: BI+NL+NS+SS-ThM1, 174
Platt, H.: TC+EM+EN+TF-WeA7, 168
Pluchery, O.: TF+AS+BI+EM+SE+SSWeA3, 169
Plucinski, L.: MI+AS+NS+SP-TuA7, 135
Plummer, E.W.: SS+NS-WeM9, 156
Poda, A.R.: BI+AS+BA+NL-TuM9, 121
Podraza, N.: EL+AS+EM+SS+TF-WeA8,
163
Poelker, M.: VT-WeM4, 158
Poelsema, B.: HI-ThP4, 196
Points, M.S.: EM-WeA7, 164
Pokholok, K.V.: TF+MI-WeM4, 157
Pokroy, B.: NS+BI+EM-WeA12, 166
Polak, M.: SS+NS-WeM6, 156; SS-TuP27,
147
Poleunis, C.: PS+AS+BI+SE-MoM5, 103
Politi, A.: MI+EM-TuM3, 123
Pollard, A.J.: AS+BI-MoM9, 98
Pollentier, I.: MS+AS+EM+NS+PS+TFMoA6, 112
Pomorski, T.A.: PS-MoA10, 114
Poodt, P.: TF-TuA1, 139; TF-TuA10, 139
Pookpanratana, S.: TF+AS+BI+EM+SE+SSWeA4, 169
Porcelli, T.: VT-WeM3, 158
Porter, A.: AS+BI+EM+NL+NS+SS-ThM11,
174
Porter, L.M.: TC+EM+EN+TF-WeA3, 168
Portoles, J.: AS+BI-MoM1, 98; AS-MoA9,
108
Posadas, A.: EM+NS+TF-FrM7, 200
Pöschl, U.: BA+AI+AS+BI+IS+NL-MoM10,
99
Posseme, N.: PS-MoM5, 104
Post, S.: MS+AS+BA+BI+PS+TF-TuM1,
124
Postawa, Z.: TF+AS+BI+EM+SE+SS-WeA7,
169
Potapenko, D.V.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA4,
190
Poulain, C.: SS+AS+NS-MoM9, 104
Pourtois, G.: EM+PS-TuM5, 121
Povey, I.M.: EM+TF-MoM10, 100
Powell, C.J.: AS-TuM3, 120
Pozzi, E.: SS+AS+NS+SP-WeA2, 167
Pradhan, A.K.: NS+BI+EM-WeA10, 166;
TF-TuM2, 127
Prado, M.C.: GR+AS+NS+SP+SS-TuA2, 134
Prasad, D.K.: EW-WeL3, 160
Prater, C.: NS+AS+BI+SP-WeM4, 154;
NS+AS+BI+SP-WeM5, 154
Preciado, E.: TF-ThP20, 198
Pregent, J.: PS-TuP28, 145
Preiner, J.: SP+AS+BI+EM+MI+NS+SE+SSThA1, 190
Prendergast, D.: AS+BI+EM+NL+NS+SSThA10, 184
Preuss, M.: AC+AS+EN-TuA11, 131
Price, R.: AS-ThP9, 194
Prieto, A.: MS+AS+EM+EN+NS+TF-MoM8,
102
Principe, E.: SA+AS+MI+SS-WeM3, 155
Prochazka, P.: GR+AS+NS+SP+SS-TuA9,
134
Profili, J.: PS+AS+NS+SS-ThM10, 178
Prokes, S.M.: PS-ThA7, 189; TF+EN-MoM8,
105
Proksch, R.: EW-WeL5, 160;
SP+AS+BI+MI+NS+SS-ThM10, 180
Proksova, S.: SE+NS+TF-ThA6, 189
Prosa, T.J.: AP+AS+EM+MI+TF-WeM1, 150
Prost, W.: SP+AS+EM+GR+MI+NS+SSFrM8, 203
Prosvirin, I.P.: TF-ThP9, 198
Provo, J.L.: VT+EN+TF-TuA10, 139
Prusa, S.: GR+AS+NS+SP+SS-TuA9, 134
Prusnick: BI+AI+AS+BA+IA+NL+NS+SPWeA12, 163
Pujari, S.P.: TR+SE-TuM3, 127
Punya, A.: EM2-ThA6, 185
Pushkarev, V.: SS-ThM4, 181
Putnik, M.: EN+SE+SS+TF-WeM6, 152
Pyzyna, A.: PS-MoA6, 114
—Q—
Qadri, S.B.: EM+NS+SS+TF-FrM6, 200
Qafoku, O.: AP+AS+MI+NS+SS-WeA12,
162
Qalandar, K.R.: MN-TuP4, 143
Qi, M.: EM+TF-MoM8, 100
Qian, J.: SE-ThP12, 197
Qian, L.: EM-TuA7, 133
Qiao, L.: TF+MI-WeM6, 157
Qin, W.: NS+EM+EN-TuM3, 125
Qin, X.: EM+TF-MoM5, 100;
TF+EM+NS+SS-FrM7, 204
Qiu, H.: EM-ThA6, 185
Quan, J.: SS2-ThA2, 191
Quardokus, R.C.: TF+AS+BI+EM+SE+SSWeA10, 169
Quayle, P.: EM2-ThA11, 185
Quiñones-Galván, J.G.: NS-TuP3, 144; NSTuP4, 144; TF-ThP1, 198; TF-ThP13, 198
—R—
Rabe, K.M.: MG+MI+NS-ThM5, 178
Rack, P.D.: HI-ThM11, 177
Rademann, K.: TR+AS+NS+SS-MoA11, 115
Radovanov, S.B.: PS1-TuA11, 137; PSTuP14, 145
Radunskaya, A.: BI+AS+BA+NL-TuM4, 121
Rafaelsen, J.: SS+AS+NS-MoM6, 104
Rafati, A.: AS+BI+EM+NL+NS+SS-ThM6,
174
Ragazzon, D.: SS-MoA9, 114
Raghavan, N.: EM+PS-TuM5, 121
Raghavan, P.S.: SE+PS-WeA11, 167
Ragnarsson, L.-A.: EM+PS-TuM10, 121
Rago, P.B.: EM+AS+NS+SS-WeA3, 164
Rahman, T.S.: MG+MI+NS-ThM11, 178;
SS+NS-WeM5, 156
Rai, V.R.: TF-ThP16, 198
Raja, L.: PS-ThM9, 179
Rajan, K.: AP+AS+MI+NS+SS-WeA4, 162
Rajput, S.: GR+AS+EM+NS+SS-WeA2, 165
Rakowska, P.D.: BI+AS+BA+NS+SS-ThA3,
184
Raley, A.: MS+AS+EL+EM+PS+TF-TuA4,
136; PS2-TuM12, 126; PS-MoM11, 104
Raman, P.: SE+PS-ThM3, 179; SE-ThP2, 197
Raman, S.: BI+AS+BA+NS+SS-ThA9, 184
Raman, S.N.: AS-ThP13, 194
Ramana, C.V.: EN+SE+SS+TF-WeM3, 152;
SE-ThP7, 197; TF+AS+EM+NS+SSThM10, 181; TF-ThP10, 198; TF-ThP14,
198; TF-ThP8, 198; TF-ThP9, 198
Ramanath, G.: EM+NS+TF-FrM3, 200;
NS+EM+EN-TuM11, 125; SE+EN-FrM3,
203
Ramirez, G.: TF-ThP39, 198
Ramon, C.E.: AS+BI-TuA1, 132
223
Ramos, M.V.: MN+NS-TuM12, 124
Ramprasad, R.P.: EM+NS+TF-FrM3, 200
Rance, W.L.: TC+EM+EN+TF-WeA9, 168
Rangan, S.: EN+AS+NS+SS-MoA10, 110;
EN-TuP7, 142; IS+EN+SP+SS-ThA9,
187
Ranjan, A.: MS+AS+EL+EM+PS+TF-TuA9,
136; PS1-TuM5, 125; PS2-TuM10, 126;
PS2-TuM12, 126; PS-MoA1, 114; PSMoM11, 104
Rao, M.: MN-TuP6, 143
Rao, M.V.: GR+EM+MS+NS+SP-FrM4, 201
Rao, Y.: BA+AI+AS+BI+IS+NL-MoM1, 99
Rappe, A.M.: SS+AS-TuM5, 126
Raschke, M.B.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA10,
190; SP+AS+BI+NS-ThP2, 197
Rastogi, V.: MS+AS+EL+EM+PS+TF-TuA4,
136
Ratcliff, C.: EM+AS+NS+SS-WeA7, 164
Rauf, S.: PS-ThM5, 179
Rawal, T.B.: SS+NS-WeM5, 156
Raymond, M.: EL+AS+EM+SS+TF-WeA11,
163
Razak, M.B.A.: GR+AS+BI+PS+SS-ThA9,
186
Razavi Hesabi, Z.: GR+EM+MS+NS+SPFrM3, 201; NS+AS+EN+SS-TuA11, 136
Real, M.: EL+AS+EM+SS+TF-WeA2, 163
Rebholz, C.: SE-ThP8, 197; TF-ThA3, 192
Record, B.A.: GR-ThP4, 195
Reddemann, L.: TF+AS+BI+EM+SE+SSWeA11, 169
Reed, A.N.: SE+PS-ThM5, 179
Reed, J.: NS+AS+EN+SS-TuA12, 136
Reed, S.M.: BI+NL+NS+SS-ThM2, 174
Rees, J.A.: VT-MoA9, 116
Rees, N.V.: SS+EN-ThM12, 180
Reese, M.O.: TC+EM+EN+TF-WeA9, 168
Reeves, R.V.: TF-ThA2, 192
Regan, W.: GR+AS+EM+NS+SS-WeA11,
165
Regier, T.Z.: IA+BA-TuA12, 135
Reid, T.: BI-WeM9, 151
Reihs, K.: TF+AS+BI+EM+SE+SS-WeA11,
169
Reilly, M.: TF+PS-ThM10, 182; TF-ThP18,
198
Reimhult, E.: BI+NL+NS+SS-ThM1, 174
Reinecke, T.: GR+AS+BI+PS+SS-ThA6, 186
Reinhard, D.: AP+AS+EM+MI+TF-WeM10,
150
Reinicker, A.: SS-ThM11, 181
Reininger, R.: SA+AS+MI+SS-WeM5, 155
Reinke, P.: GR-WeM4, 153;
NS+AS+EN+SS-TuA10, 136
Reiss, G.: HI-ThP3, 196
Relaño, M.R.: SS1-ThA3, 190
Ren, F.: EM-ThP15, 195
Ren, Y.: SS-TuA7, 138
Renaud, G.: AS+BI+EM+NL+NS+SS-ThA4,
184
Renault, O.J.: SA+AS+MG+SS-TuA3, 138
Renaux, F.: SE+NS+TF-ThA9, 189
Reniers, F.A.B.: PS+AS+BI+SE-MoM5, 103;
PS+AS+NS+SS-ThM9, 178; PS-TuP29,
145; SE+PS-ThM9, 179; SE+PS-WeA1,
167; SE+PS-WeA7, 167
Repins, I.L.: EN+PS+TF-MoM10, 100;
EN+PS+TF-MoM3, 100
Reshchikov, M.A.: EM+NS+SS+TF-FrM3,
200
Resta, A.: GR+EM+NS+SS+TF-ThA2, 186
Restrepo, J.S.: PS-TuP34, 145
Reuter: MS+AS+BA+BI+PS+TF-TuM3, 124
Reutt-Robey, J.: SS1-ThA6, 190
Reviakine, I.: BI+AS+IS+NL-MoM11, 99
Reynaud, S.: NS+BI+EM-WeA9, 166
Reynolds, M.M.: BI-WeM12, 151
Author Index
Reynolds, N.P.: BI+AS+BA+NS+SS-ThA2,
184
Rezek, J.: TF+AS+EM+NS+SS-ThM9, 181
Rhallabi, A.: PS2-TuA3, 137
Rho, J.: NS+BI+EM-MoM4, 103
Rhu, H.: TF-TuM5, 127
Rice, A.: MI-MoM11, 101
Richard, C.R.: PS-WeM12, 155
Richter, C.A.: GR+EM+MS+NS+SP-FrM9,
201; TF+AS+BI+EM+SE+SS-WeA4, 169
Ricker, J.E.: VT-MoM3, 106; VT-MoM4,
106
Riedel, S.: PS2-TuM1, 126
Riedo, E.: GR+AS+BI+PS+SS-ThA10, 186
Rieth, L.W.: TF+VT-WeM5, 158
Rigutti, L.: AP+AS+SS-TuA10, 131;
AP+AS+SS-TuA12, 131
Rinaldi, M.: MN-TuP4, 143
Rincon Delgadillo, P.A.:
MS+AS+EM+NS+PS+TF-MoA6, 112
Ring, L.S.: TF-ThP31, 198
Ringeisen, B.R.: BI-WeM3, 151
Ringel, S.A.: EM+AS+NS+SS-WeA7, 164
Ringer, S.P.: AP+AS+SS-TuA3, 131
Riso, J.: VT+AS+SS+TF-WeA10, 170
Risse, T.: GR+AS+NS+SS-ThM4, 176
Ritchey, D.: MS+AS+BA+BI+PS+TF-TuM1,
124
Ritter, C.: TR+AS+NS+SS-MoA11, 115
Rivera, L.: SS-TuP4, 146
Robbie, K.: TF+AS+NS+SE-WeA4, 169
Roberts, A.J.: AS-MoA6, 108; AS-WeA3,
162; GR-ThP6, 195
Roberts, D.J.: AC+AS+SS-TuM12, 120
Robertson, J.: EM+MI+NS+SS+TF-TuA1,
132; MN+NS-TuM12, 124
Robinson, D.E.: BI-WeM6, 151
Robinson, E.: EM+NS+TF-FrM6, 200
Robinson, J.A.: GR+EM+MS+NS+SP-FrM1,
201
Robinson, J.T.: BI+NL+NS+SS-ThM12, 174;
EM+AS+EN+TF-ThM5, 175;
GR+AS+BI+PS+SS-ThA6, 186; MI+EMTuM5, 123
Robinson, M.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA7,
163
Robinson, Z.: GR+EM+MS+NS+SP-FrM4,
201; GR+EM+NS+PS+SS+TF-MoM3,
101; GR-WeM1, 153
Rockett, A.: EM-TuA1, 133; EN+PS+TFMoM8, 100; TF+EM+NS+SS-FrM8, 204
Rodgers, J.R.: MG-ThA6, 188
Rodgers, W.E.: TF-ThP31, 198
Rodil, S.E.: TF-ThP39, 198
Rodrigo, L.: SS+AS+NS+SP-WeA7, 167
Rodríguez Fernández, J.: NS+AS+EN+SSTuA7, 136; SS1-ThA3, 190
Rodriguez, C.A.: EL-ThP3, 194
Rodriguez, E.: TR-TuP6, 148
Rodriguez, J.: IS+AS+SS-ThM6, 177
Rodriguez, L.N.J.: TF+AS+SE+SS-MoA9,
115
Rodríguez-Fernández, J.: SS1-ThA11, 190
Rodriguez-Reyes, J.C.: NS+AS+EN+SSTuA4, 136
Rogero, C.: SS1-ThA8, 190
Rojas Delgado, R.: GR+EM+NS+SP+TFMoA2, 110
Roldan Cuenya, B.:
AS+BI+EM+NL+NS+SS-ThA3, 184;
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM2, 202; SS-TuP29, 147
Roldan, A.: MG-ThA3, 188
Romero, J.A.: VT-WeM9, 158
Romero, M.: SS-TuP4, 146
Rondinelli, J.M.: MG+MI+NS-ThM9, 178;
MI+EM+MG-MoA10, 111
Ronning, F.: AC+MI+SA+TF-MoA9, 108
Author Index
Roozeboom, F.: EM+MI+NS+SS+TF-TuA9,
132; TF-TuA11, 139
Roqueta, F.: PS2-TuA3, 137
Ros Bengoechea, O.: PS2-TuM3, 126
Ros, O.: PS2-TuM6, 126
Rosa, L.G.: SS-TuP34, 147
Rosa, P.: SS-TuP34, 147
Rose, V.: SP+AS+BI+MI+NS+SS-ThM6,
180
Rosei, F.: EN+AS+NS+SS-MoA8, 110
Rosen, E.L.: AS+BI+EM+NL+NS+SSThA10, 184
Rosenberg, R.A.: SS+AS-WeM5, 156
Rosenhahn, A.: BI+AI+BA+IS-MoA2, 109;
BI+AS+IS+NL-MoM3, 99; BI-TuP7,
142; IS+AS+SP-FrM3, 201
Rosenthal, J.: EN+AS+PS-TuA3, 133
Roshan, R.: GR-ThP4, 195
Ross, P.: IS+AS+SS-ThM9, 177
Rossi, A.: AS-ThP2, 194; AS-TuM1, 120;
AS-TuM12, 120
Rossi, F.: AS+BI+EM+NL+NS+SS-ThM10,
174
Rossi, G.: AS-TuM12, 120
Rossnagel, S.M.: MS+AS+BA+BI+PS+TFTuM3, 124
Rossner, W.: MG+EN+MS-WeA3, 165
Rotenberg, E.: MI+AS+NS+SP-TuA7, 135
Roth, J.: BI-TuP10, 142; BP+AS-SuA5, 94
Rothwell, S.: GR+EM+NS+PS+SS+TFMoM1, 101
Rott, K.: HI-ThP3, 196
Rousseau, R.: SS-MoA6, 114
Roussey, M.: NS+BI+EM-MoM6, 103
Rout, M.P.: BI+AS+BA+NL-TuM10, 121
Rowe, J.E.: GR+AS+EM+NS+SS-WeA10,
165
Rowley, J.: TF+VT-WeM11, 158
Roy, T.: GR+EM+MS+NS+SP-FrM3, 201
Rozanov, K.N.: TF+MI-WeM4, 157
Rubin, D.: HI-ThA9, 187
Rubinovich, L.: SS+NS-WeM6, 156; SSTuP27, 147
Rubio, A.: SS1-ThA8, 190
Rubio, E.J.: EN+SE+SS+TF-WeM3, 152; TFThP8, 198
Rubio-Zuazo, J.: EM+NS+TF-FrM9, 200;
SA+AS+MG+SS-TuA4, 138
Rubloff, G.W.: TF+EN-MoM3, 105; TF+VTWeM10, 158
Rudin, S.P.: AC+MI+SA+TF-MoA8, 108
Rudolf, P.: GR-WeM4, 153
Rudolph, M.: PS2-TuM1, 126
Rueff, J.P.: SA+AS+MG+SS-TuA9, 138
Rumbach, P.: PS+AS+BI+SE-MoM1, 103;
PS+AS+BI+SE-MoM6, 103
Rumyantsev, S.: GR+EM+NS+SP+TFMoA7, 110
Ruoff, R.S.: GR+EM+NS+PS+SS+TFMoM10, 101; GR-WeM3, 153
Ruppalt, L.: PS-ThA7, 189
Russell, Jr., J.N.: BI+AI+BA+IS-MoA3, 109
Rutgers, M.: SP+AS+BI+MI+NS+SSThM10, 180
Rutt, H.N.: HI-ThA8, 187
Ruzic, D.N.: PS+TF-MoA6, 113; PS-TuP12,
145; SE+PS-ThM3, 179; SE+PS-WeA9,
167; SE-ThP2, 197; TF+PS-ThM10, 182;
TF-ThP18, 198
Ryan, J.V.: AP+AS+EM+MI+TF-WeM9, 150
Ryan, K.E.: TR+AS+NS+SS-MoA3, 115;
TR+AS-MoM10, 105; TR+AS-MoM5,
105
Rysz, J.: SS+AS+NS+SP-WeA10, 167;
TF+AS+BI+EM+SE+SS-WeA7, 169
Ryzhikov, I.A.: TF+MI-WeM4, 157; TFThP11, 198
—S—
Sadeghi, N.: PS1-TuA7, 137
224
Sadowski, J.T.: GR+AS+EM+NS+SSWeA10, 165
Sahu, S.N.: SS-TuP26, 147
Saini, K.K.: BI-TuP11, 142; BI-TuP8, 142
Saito, N.: PS+AS+NS+SS-ThM6, 178
Saito, Y.: SS-TuP10, 146; TF-ThP21, 198
Sakai, I.: PS2-TuA11, 137; PS-MoM4, 104
Sakamoto, K.: MI-MoM1, 101
Sakamoto, N.: TF-ThP21, 198
Sakamoto, R.: TF-ThP28, 198
Sakuishi, T.: PS-TuP31, 145
Sakurai, M.: GR+AS+EM+NS+SS-WeA8,
165; SS2-ThA2, 191; SS-TuP10, 146
Sakurai, N.: PS2-TuA11, 137
Sales, B.C.: TF+MI-WeM6, 157
Salmeron, M.B.: GR+AS+EM+NS+SSWeA7, 165
Salter, T.L.: AS+BI+IS-WeM5, 150
Samaraweera, R.L.: EM+NS+SS+TF-FrM9,
200
Samet, D.: TF+VT-WeM3, 158
Samolyuk, G.: TF+MI-WeM6, 157
Samukawa, S.: GR+AS+BI+PS+SS-ThA4,
186; PS-ThA10, 189; PS-ThA8, 189; PSThA9, 189; PS-ThM12, 179
Sanborn, J.: BI+NL+NS+SS-ThM3, 174
Sanchez Casalongue, H.: IS+AS+SS-ThM3,
177
Sanchez Hanke, C.: VT-TuP7, 148
Sanchez, L.: TF-ThP9, 198
Sandell, A.: SS-MoA9, 114
Sandi, G.: GR+AS+BI+PS+SS-ThA3, 186
Sandin, A.A.: GR+AS+EM+NS+SS-WeA10,
165
Sangiovanni, D.G.: TF+EM+NS+SS-FrM8,
204; TF+PS-ThM11, 182
Sankaran, K.: EM+PS-TuM5, 121
Sankaran, R.M.: PS+AS+BI+SE-MoM6, 103;
PS+AS+NS+SS-ThM12, 178;
PS+AS+NS+SS-ThM5, 178; PS-TuP18,
145; TF+EM+NS+SS-FrM3, 204
Sano, N.: AS+BI-MoM1, 98; AS-MoA9, 108
Sanomiya, T.: BI+NL+NS+SS-ThM1, 174
Santana-Rodríguez, G.: TF-ThP13, 198
Santhanagopalan, D.: AP+AS+EM+MI+TFWeM6, 150
Sapper, E.: MG+EN+MS-WeA9, 165
Saraf, I.: PS2-TuA8, 137
Sarangi, S.N.: SS-TuP26, 147
Saraswat, K.C.: EM-MoA6, 109
Sardashti, K.: EM+PS-TuM1, 121
Sartory, B.: SE+NS+TF-ThA7, 189
Sasaki, M.: TR-TuP2, 148
Sathiyanarayanan, R.: SS+AS+NS-MoM3,
104
Sato, M.: PS-ThM12, 179
Sato, R.: SS1-ThA10, 190
Sato, S.: GR+AS+BI+PS+SS-ThA8, 186; HIThM9, 177
Satsangi, V.R.: EN-TuP6, 142
Sauer, V.T.K.: MN+NS-MoA3, 112;
MN+NS-MoA4, 112
Sawvel, A.M.: AS+BI+EM+NL+NS+SSThA10, 184
Saykally, R.J.: IA+BA-TuA1, 135
Sazinsky, M.: BI+AS+BA+NL-TuM4, 121
Scace, G.: VT-MoM3, 106
Scammon, K.: SA+AS+MI+SS-WeM3, 155
Scanlon, D.O.: EM2-ThA1, 185; EM2ThA10, 185
Scarel, G.S.: TF+EN-MoM9, 105
Schaaf, P.: SE+NS+TF-ThA10, 189
Schabel, W.: AS-ThP12, 194
Schadler, L.: NS+EM+EN-TuM11, 125
Schaefer, A.: SS+AS-TuM11, 126; SSMoA9, 114
Schaff, W.: VT+AS+SS+TF-WeA7, 170
Schalken, J.R.G.: SE+PS-WeA8, 167
Schall, J.D.: TR+AS+NS+SS-MoA3, 115;
TR+AS-MoM10, 105
Schamberger, F.S.: TF+EM+NS+SS-FrM9,
204
Scharfer, P.: AS-ThP12, 194
Schauermann, S.: SS+NS-WeM2, 156
Scheidemann, A.: AS+BI-MoM6, 98
Schenk, M.: HI-ThP2, 196
Schildt, S.: NS+AS+EM-MoA4, 113
Schiller, F.M.: AS-TuM11, 120; MI-TuP3,
143
Schilling, M.: SE+PS-ThM3, 179
Schirmeisen, A.: TR+SE-TuM12, 127
Schirwitz, C.: BI+NL+NS+SS-ThM11, 174
Schlotter, W.F.: SS2-ThA4, 191
Schmdit, A.B.: MI-MoM1, 101
Schmeisser, D.: EM+PS-TuM10, 121
Schmid, M.: NS+AS+EN+SS-TuA3, 136
Schmidt, A.B.: MI-MoM8, 101
Schmidt, D.: EL+AS+EM+SS+TF-WeA12,
163
Schmidt, S.: TR+SE-TuM4, 127
Schmidt-Mende, L.: EN+SE+SS+TF-WeM6,
152
Schmitz, S.: PS2-TuM9, 126
Schnadt, J.: EM+TF-MoM6, 100
Schneider, C.M.: MI+AS+NS+SP-TuA7, 135
Schneider, J.: TR+SE-TuM5, 127
Schneider, J.M.: SE+NS+TF-ThA4, 189;
SE+NS+TF-ThA8, 189
Schoenfeld, W.V.: TF+EM+NS+SS-FrM10,
204
Schofield, N.: VT-WeM1, 158
Scholz, C.: AS-ThP20, 194
Scholz, S.G.: NS+BI+EM-WeA9, 166
Schoukens, I.: TF-ThP32, 198
Schram, T.: EM+PS-TuM10, 121
Schreiber, D.: MN+AS+SS-MoM3, 102
Schreiber, D.K.: AP+AS+EM+MI+TFWeM6, 150; AP+AS+EM+MI+TFWeM9, 150; AP+AS+SS-TuA2, 131;
AP+AS+SS-TuA9, 131; AP-TuP1, 141
Schreiber, F.: EM+AS+EN+TF-ThM3, 175;
SS1-ThA2, 190
Schroeder, J.: SE+PS-ThM12, 179
Schroeder, M.: TF+EN-MoM3, 105
Schroeder, T.: SS+AS-TuM11, 126
Schroeppel, B.: HI-ThA10, 187
Schroers, J.: NS+BI+EM-WeA7, 166;
TR+AS+NS+SS-MoA11, 115
Schubert, E.: EL+AS+EM+SS+TF-WeA12,
163
Schubert, M.: EL+AS+EM+SS+TF-WeA1,
163; EL+AS+EM+SS+TF-WeA12, 163;
EL+AS+EM+SS+TF-WeA2, 163; TFThP36, 198
Schuler, J.M.: AC-TuP4, 141
Schultz, B.D.: EM+AS+NS+SS-WeA11, 164;
MI-MoM11, 101
Schultz, B.J.: AS+BI+EM+NL+NS+SSThA1, 184
Schulze, R.K.: AC+AS+SS-TuM6, 120
Schumann, F.O.: MI+AS+NS+SP-TuA1, 135
Schvartzman, M.: NS+BI+EM-WeA1, 166
Schwab, Y.: TF+EN-MoM9, 105
Schwartz, D.E.: TC+EM+TF-WeM9, 157
Schwartz, J.J.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA12,
190
Schwarz, U.D.: SS+AS+NS+SP-WeA7, 167;
TR+AS+NS+SS-MoA11, 115; TR+SETuM12, 127
Schweidenback, L.: EM2-ThA10, 185
Schweikert, E.A.: AS+BI+EM+NL+NS+SSThM3, 174
Schwendemann, T.C.: SS+AS+NS+SPWeA7, 167
Scobol, P.: SA+AS+MI+SS-WeM3, 155
Scott, B.L.: AC+MI+SA+TF-MoA9, 108
Scullin, P.: PS1-TuA3, 137
Seabaugh, A.: EM+TF-MoM8, 100
Seaward, K.: MS+AS+BA+BI+PS+TFTuM1, 124
Seebauer, E.G.: SS+EM-WeA12, 168
Seeger, S.: NS-TuP10, 144; SE+NS+TFThA12, 189
Seet, H.L.: AS-ThP16, 194
Segovia, J.: MN-TuP4, 143
Seidler, G.: AC+AS+EN-TuA10, 131
Seifert, H.J.: TR+SE-TuM5, 127
Seki, T.: AS-MoA10, 108
Sekine, M.: PS1-TuA10, 137; PS2-TuA11,
137; PS-ThA6, 189; PS-TuP11, 145; PSWeM2, 155
Sekitani, T.: NS+EM+EN-TuM9, 125
Sekiya, K.: NS-TuP9, 144
Sekol, R.C.: NS+BI+EM-WeA7, 166
Selino Jr., A.: PS2-TuA8, 137
Selino, A.: PS-MoA1, 114
Sellberg, J.A.: SS2-ThA4, 191
Sellers, J.R.V.: SS-TuA8, 138
Semenikhin, N.: NS+AS+EN+SS-TuA11,
136
Semetey, V.: BI+AS+BA+NS+SS-ThA10,
184
Semidey-Flecha, L.: SS+AS+NS-MoM10,
104
Seminario, J.: GR+AS+BI+PS+SS-ThA3, 186
Sen, Y.: PS-ThA12, 189
Senanayake, S.: IS+AS+SS-ThM6, 177
Senevirathna, M.K.I.: EM+NS+SS+TFFrM10, 200; EM+NS+SS+TF-FrM9, 200
Sengupta, A.: EM+AS+PS+TF-ThM5, 176
Senkbeil, T.M.: IS+AS+SP-FrM3, 201
Sentman, C.: EN+PS+TF-MoM6, 100
Seo, H.: EN+AS+NS+SS-MoA3, 110; ENTuP2, 142; PS+TF-MoA11, 113
Seo, J.H.: PS-TuP22, 145
Seo, S.: MS+AS+EL+EM+PS+TF-TuA9, 136
Seo, Y.: EN-TuP3, 142; EN-TuP4, 142
Seog, J.: PS+AS+BI+SE-MoM11, 103
Seong, D.J.: NS-TuP2, 144
Sepehri-Amin, H.: AP+AS+EM+MI+TFWeM4, 150
Sequeira, D.: NL+AS+BI-ThA6, 188
Serry, M.: MN+AS+SS-MoM11, 102
Seshachalam, V.: EM+AS+PS+TF-ThM6,
176
Seshadri, I.: NS+EM+EN-TuM11, 125
Setsuhara, Y.: PS-WeM2, 155
Setyawan, W.: AP-TuP3, 141
Seymour, D.L.: VT-MoA9, 116
Sezen, H.: SS-FrM11, 204
Sgura, I.: IS+AS+SS-ThM5, 177
Shabani, J.: MI-MoM11, 101
Shacham-Diamand, Y.: MN+AS+SS-MoM6,
102
Shaffer, S.: EW-TuM7, 122
Shahar, R.: BI+AI+AS+BA+IA+NL+NS+SPWeA9, 163
Shahedipour-Sandvik, F.: EM+NS+SS+TFFrM11, 200
Shamberger, P.J.: SE+PS-ThM5, 179
Shan, J.: MN+NS-TuM6, 124
Shao, D.: SS+AS+NS-MoM11, 104
Shao, M.: TC+EM+TF-WeM12, 157
Shao, S.: MG+MI+NS-ThM10, 178
Sharaf, A.: MN+AS+SS-MoM11, 102
Shard, A.G.: AS+BI+EM+NL+NS+SSThM5, 174
Sharma, A.: TF+VT-WeM3, 158
Sharma, K.: EN+AS+NS+SS-MoA9, 110
Sharma, R.: IS+AS+SP-FrM10, 201;
IS+AS+SP-FrM8, 201
Sharma, V.K.: BI-TuP8, 142
Shashikala, H.B.M.: GR+EM+NS+SP+TFMoA6, 110
Shaw, L.A.: MN-TuP4, 143; MN-TuP5, 143
225
Shaw, S.: NL+AS+BI-ThA3, 188
Shaw, T.: NS+AS+EN+SS-TuA12, 136
Shayestehaminzadeh, S.: PS+TF-MoA9, 113
Sheares Ashby, V.:
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM9, 202
Sheehan, P.E.: BI+NL+NS+SS-ThM12, 174;
EM+AS+EN+TF-ThM5, 175;
GR+AS+BI+PS+SS-ThA6, 186
Shen, Y.R.: BP+AS-SuA7, 94;
IA+AI+BI+IS+NL+SS-MoA1, 111
Shenderova, O.A.: EM-TuA3, 133; TR+ASMoM6, 105
Shepard, K.: GR+EM+MS+NS+SP-FrM5,
201
Sheppard, J.C.: VT+AS+SS+TF-WeA9, 170
Sherpa, S.D.: GR+EM+NS+SP+TF-MoA6,
110
Sherry, A.: AC+AS+EN-TuA11, 131
Shetty, R.: NS+AS+BI+SP-WeM5, 154
Shi, J.: GR+EM+NS+SS+TF-ThA10, 186
Shi, Z.: EM+AS+EN+TF-ThM6, 175
Shiao, M.H.: MN-TuP1, 143; NS-TuP15,
144; PS-TuP26, 145; TF-ThP2, 198
Shiao, M.-H.: MN-TuP2, 143
Shiao, M.-H.: MN-TuP3, 143
Shibuya, R.S.: SS-TuP10, 146
Shim, H.: SS-TuP13, 146
Shimada, k.: NS-TuP8, 144; TF-ThP28, 198
Shimizu, H.: EM-ThA8, 185
Shimizu, R.: PS+TF-MoA11, 113
Shimizu, T.K.: SS+AS+NS+SP-WeA4, 167;
SS1-ThA1, 190
Shimizu, Y.: AP+AS+EM+MI+TF-WeM10,
150
Shimogaki, Y.: EM-ThA8, 185; TF-TuM3,
127
Shin, B.G.: GR+EM+NS+SS+TF-ThA12,
186
Shin, H.: PS1-TuM4, 125
Shin, H.-C.: GR+EM+NS+SS+TF-ThA12,
186
Shin, H.-J.: SS-MoA1, 114
Shin, N.: NS+AS+EM-MoA8, 113;
SS+AS+NS-MoM2, 104
Shin, Y.H.: NS-TuP2, 144
Shinde, D.: AP+AS+SS-TuA10, 131;
AP+AS+SS-TuA12, 131
Shinohara, T.: GR+EM+NS+PS+SS+TFMoM4, 101
Shirakura, A.: SE-ThP1, 197; SE-ThP10, 197
Shiratani, M.: EN+AS+NS+SS-MoA3, 110;
EN-TuP2, 142; PS+TF-MoA11, 113
Shirato, N.: SP+AS+BI+MI+NS+SS-ThM6,
180
Shklovsky, J.: MN+AS+SS-MoM6, 102
Shohet, J.L.: EM+AS+PS+TF-ThM1, 176;
EM+AS+PS+TF-ThM12, 176; EM-ThP3,
195; PS1-TuM6, 125; PS-TuP13, 145; PSTuP17, 145; PS-TuP23, 145
Sholl, D.: SS+AS+NS-MoM10, 104
Shong, B.: SS+EM-WeA1, 168
Shrivastav, R.: EN-TuP6, 142
Shuh, D.: AC+AS+EN-TuA10, 131
Shukla, N.: AS+BI+EM+NL+NS+SS-ThM9,
174
Shumaker-Parry, J.: TF+AS+BI+EM+SE+SSWeA1, 169
Shung, K.K.: MN+NS-TuM5, 124
Shur, M.: GR+EM+NS+SP+TF-MoA7, 110
Shutthanandan, S.V.: AP-TuP3, 141
Shutthanandan, V.: AP+AS+MI+NS+SSWeA1, 162; HI-ThA9, 187;
MI+EM+MG-MoA2, 111
Shyam, R.: SS-TuP28, 147
Shytov, A.V.: GR+AS+EM+NS+SS-WeA11,
165
Siekhaus, W.J.: AC+AS+SS-TuM12, 120;
AC+AS+SS-TuM9, 120
Author Index
Siemons, W.: TF+MI-WeM6, 157
Sigle, W.: NS+EM+EN-TuM4, 125
Sigrist, M.: SA+AS+MI+SS-WeM5, 155
Sijbrandij, S.: HI-ThA11, 187
Sikano, T.: GR+AS+EM+NS+SS-WeA8, 165
Sikorski, E.M.: PS-MoA8, 114; PS-MoM2,
104
Silvernail, J.: TF+VT-WeM2, 158
Simkin, J.: TF-ThP37, 198
Simoes, F.A.: BI+AS+IS+NL-MoM2, 99
Simon, Q.: TF+EM+NS+SS-ThA8, 191
Simpson, S.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA8,
190; TF+AS+BI+EM+SE+SS-WeA9, 169
Sina, M.: IS+EN+SP+SS-ThA9, 187
Singer, K.D.: TC+EM+EN+TF-WeA10, 168
Singh, B.: EW-WeL6, 160
Singh, D.J.: EM+NS+TF-FrM3, 200; TF+MIWeM6, 157
Singh, K.: EM+AS+PS+TF-ThM9, 176
Singh, N.: EN-TuP6, 142; EW-WeL2, 160
Sinha, D.: TF+EM+NS+SS-ThA12, 191
Sinha, H.: PS-TuP13, 145
Sinitskii, A.: GR+AS+NS+SS-ThM9, 176
Sinno, T.R.: SS-TuP15, 146
Sinnott, S.B.: MG+MI+NS-ThM3, 178
Sioncke, S.: SA+AS+MG+SS-TuA9, 138
Sirse, N.: PS1-TuA2, 137
Sirtica, M.: AS-MoA4, 108
Sisco, E.: AS+BI+IS-WeM6, 150
Sivaram, S.: SS+AS+NS-MoM2, 104
Siviero, F.: VT-WeM3, 158
Skomski, D.: SS1-ThA4, 190
Slade, A.: SP+AS+BI+MI+NS+SS-ThM9,
180
Slysz, W.: AP-TuP2, 141
Smekal, W.: AS-TuM3, 120
Smentkowski, V.: AP+AS+SS-TuA1, 131;
AS-ThP5, 194
Smets, M.: TF-TuA10, 139
Smirnov, D.: GR+EM+NS+SP+TF-MoA1,
110
Smit, S.: EN+AS+NS+SS-MoA9, 110
Smith: MS+AS+BA+BI+PS+TF-TuM3, 124
Smith, D.A.: HI-ThM11, 177
Smith, G.D.W.: AP+AS+MI+NS+SS-WeA7,
162
Smith, J.G.W.: BI-WeM1, 151
Smith, J.L.: AC+MI+SA+TF-MoM3, 98
Smith, N.: AS-MoA1, 108
Smith, S.W.: TF+EM+NS+SS-ThA1, 191
Smolenski, K.: VT+AS+SS+TF-WeA7, 170
Snead, L.L.: AC+AS+EN-TuA1, 131
Snider, G.L.: EM-ThA10, 185
Snyders, R.: NS+AS+EM-MoA4, 113;
SE+NS+TF-ThA9, 189
Soares, EA.: AS+BI+EM+NL+NS+SS-ThA4,
184
Sobolewski, M.A.: PS-ThM4, 179
Soffa, W.A.: MI+EM+MG-MoA11, 111
Sokaras, D.: AC+AS+EN-TuA10, 131;
AS+BI+EM+NL+NS+SS-ThA10, 184
Soloway, P.: BI+AS+BA+NS+SS-ThA12,
184
Solzbacher, F.: TF+VT-WeM5, 158
Someya, T.: NS+EM+EN-TuM9, 125
Somorjai, G.A.: BA+AI+AS+BI+IS+NLMoM8, 99
Somssich, P.F.: VT+EN+TF-TuA11, 139
Son, W.H.: SS-TuP14, 146; TF-ThP6, 198
Sone, H.: GR+AS+BI+PS+SS-ThA9, 186
Song, A.: SS+EN-ThM2, 180; SS-MoA7, 114
Song, H.: TC+EM+EN+TF-WeA12, 168
Song, J.: NS+AS+EM-MoA9, 113
Song, S.-H.: PS-ThM3, 179
Song, Y.: GR+AS+EM+NS+SS-WeA9, 165
Sood, S.: MS+AS+EL+EM+PS+TF-TuA10,
136
Sorci, M.: BI+AS+BA+NL-TuM10, 121
Author Index
Sosa, J.: EM-ThP9, 195
Sosolik, C.E.: SS-TuP28, 147
Soudi, A.: EN+AS+NS+SS-MoA8, 110
Soukhojak, A.N.: MG+MI+NS-ThM1, 178
Soukup, R.J.: TF-ThP25, 198
Sousa, C.: NL+AS+BI-ThA6, 188
Soy, E.: SS-TuP1, 146
Spampinato, V.: AS+BI+EM+NL+NS+SSThM10, 174
Spangler, L.: EN+AS+NS+SS-MoA4, 110
Spanier, J.E.: NS+AS+EM-MoA11, 113
Specht, P.: EM+NS+SS+TF-FrM1, 200
Speck, J.S.: AP+AS+SS-TuA11, 131
Springer, H.K.: SA-TuP1, 146
Sprunger, P.T.: SS+NS-WeM12, 156;
SS+NS-WeM9, 156
Sridhar, M.R.: GR-ThP4, 195
Sridhar, S.: PS1-TuM3, 125; PS1-TuM4, 125
Srinadhu, E.: SS-TuP28, 147
Srinivasan, K.: TF+MI-WeM1, 157
Sriraman, K.: SS+AS+NS+SP-WeA12, 167
Sriraman, S.: PS-WeA11, 166
Srivathanakul, S.: EM+AS+PS+TF-ThM6,
176
Stacchiola, D.: IS+AS+SS-ThM6, 177
Stach, E.: IS+AS+SP-FrM1, 201;
IS+EN+SP+SS-ThA3, 187
Stadler, V.: BI+NL+NS+SS-ThM11, 174
Staemmler, V.: SS+AS-TuM12, 126
Stafford, L.: PS+AS+NS+SS-ThM10, 178;
PS-TuP28, 145; SE+PS-ThM11, 179
Stafford, N.: PS-MoM3, 104
Stampe, P.A.: EM2-ThA10, 185
Stamps, B.W.: BI+AI+BA+IS-MoA3, 109
Stanford, J.A.: AC+AS+SS-TuM12, 120
Staples, G.: MS+AS+BA+BI+PS+TF-TuM1,
124
Starke, U.: SA+AS+MI+SS-WeM1, 155
Starostin, S.A.: TF+VT-WeM1, 158
Stayton, P.: BI+AS+BA+NS+SS-ThA6, 184
Stecher, J.: NS+BI+EM-MoM9, 103
Stefan, P.M.: VT+AS+SS+TF-WeA9, 170;
VT-TuP6, 148
Stegemann, B.: TR+AS+NS+SS-MoA11, 115
Steidl, M.: SP+AS+EM+GR+MI+NS+SSFrM8, 203
Steiner, M.A.: MI+EM+MG-MoA11, 111
Steingart, D.A.: TC+EM+TF-WeM9, 157
Steirer, K.X.: EN+PS+TF-MoM10, 100
Stelmach, C.: VT-TuP7, 148
Stelmakh, V.G.: GR-ThP11, 195
Stemmer, S.: EM1-WeM11, 152
Stenberg, P.: NS+BI+EM-MoM6, 103
Stern, L.A.: TF+AS+NS+SE-WeA10, 169
Sterrer, M.: SS+AS-TuM12, 126
Stevanovic, V.: MG+EM+MI+MS-WeM5,
154; MG+EM+MI+MS-WeM6, 154;
MG+MI+NS-ThM2, 178
Stevens, A.A.E.: SE+PS-WeA8, 167
Stevens, K.M.: MI-TuP4, 143;
TR+AS+NS+SS-MoA4, 115
Stevenson, B.S.: BI+AI+BA+IS-MoA3, 109
Stevenson, K.J.: SS+AS-TuM1, 126
Stickle, W.F.: AS-TuM10, 120
Stillahn, J.: EM-ThA2, 185; PS-MoA1, 114
Stine, R.: BI+NL+NS+SS-ThM12, 174; BIWeM3, 151; GR+AS+BI+PS+SS-ThA6,
186
Stock, M.: PS-MoA7, 114
Stock, T.: NS+BI+EM-WeA2, 166
Stocks, M.: TF+MI-WeM6, 157
Stoddart, P.R.: BI+AI+BA+IS-MoA1, 109;
BI+AI+BA+IS-MoA11, 109
Stokes, E.B.: EM+NS+SS+TF-FrM5, 200
Stolovitsky: MS+AS+BA+BI+PS+TF-TuM3,
124
Stolte, W.: IS+AS+SS-ThM9, 177
Stolwijk, S.D.: MI-MoM1, 101
Stone, J.A.: VT-MoM3, 106
226
Stones, I.: VT-WeM1, 158
Stötzel, J.: SA+AS+MI+SS-WeM11, 155
Stout, P.: EM-ThA9, 185
Stoyanov, P.: TR+SE-TuM5, 127
Straccia, A.M.: SE+PS-WeA3, 167
Stradi, D.: GR+AS+EM+MI+MN-TuM1, 123
Stradins, P.: PS+AS+NS+SS-ThM3, 178
strasser, P.: SS-TuP29, 147
Strelcov, E.: NS-TuP11, 144
Strohmeier, B.: AS+BI-TuA4, 132; EWTuL4, 129
Stroscio, J.A.: IS-ThP1, 196;
SP+AS+EM+GR+MI+NS+SS-FrM3, 203
Strouse, G.F.: VT-MoM3, 106
Strzhemechny, Y.M.: SS-FrM10, 204
Stubbers, R.: TF+PS-ThM10, 182; TF-ThP18,
198
Stuckert, E.: NS+AS+EM-MoA10, 113
Stüber, M.: TR+SE-TuM5, 127
Sturm, J.C.: TF+VT-WeM2, 158
Sturve, J.: BI+AS+BA+NL-TuM5, 121
Stutzman, M.L.: VT-WeM4, 158
Styan, K.E.: BI+AS+BA+NS+SS-ThA2, 184
Su, C.-Y.: TF-ThP5, 198
Su, H.: TF+MI-WeM3, 157; TF+MI-WeM5,
157
Su, J.: PS-TuP26, 145
Suarez Segovia, C.: EM+PS-TuM2, 121
Suemitsu, M.: GR+EM+NS+PS+SS+TFMoM4, 101
Sugii, T.: NS-TuP7, 144
Suh, H.: SP+AS+EM+GR+MI+NS+SSFrM9, 203
Sumant, A.V.: GR+AS+BI+PS+SS-ThA3,
186; MN+NS-TuM11, 124; TR+SETuM11, 127
Sun, D.: GR-WeM9, 153; TF-ThP19, 198
Sun, H.: TF+EM+NS+SS-FrM7, 204
Sun, Z.: EM+AS+PS+TF-ThM6, 176; PSMoA4, 114
Sundaram, G.M.: MS+AS+EM+EN+NS+TFMoM5, 102
Sundblom, A.: BI+AS+BA+NL-TuM5, 121
Sung, Y.M.: PS-TuP23, 145
Surla, V.: PS-MoM3, 104
Surman, D.: AS-WeA3, 162
Surnev, S.: SS+AS-TuM9, 126
Sushko, P.V.: SS+AS-TuM6, 126
Sushkova, N.: GR-ThP3, 195
Sutara, F.: SS+AS+NS-MoM8, 104
Sutens, B.: TF+AS+SE+SS-MoA9, 115
Sutherland, D.S.: BI-TuP2, 142
Sutter, P.W.: GR-WeM5, 153
Suu, K.: PS-TuP31, 145
Suvarna, P.: EM+NS+SS+TF-FrM11, 200
Suzer, S.: AS-TuM9, 120
Suzuki, H.: TR-TuP2, 148
Suzuki, T.: GR+AS+EM+NS+SS-WeA8,
165; PS-MoA8, 114; PS-MoM2, 104; SEThP1, 197; SE-ThP10, 197; SE-ThP5, 197
Suzuki, Y.: EM-ThA8, 185
Svane, A.: AC+MI+SA+TF-MoA10, 108
Svedendhal, M.: BI+NL+NS+SS-ThM6, 174
Svedhem, S.: BI+AS+BA+NL-TuM5, 121;
BI+AS+BA+NL-TuM6, 121
Svrcek, V.: PS+AS+NS+SS-ThM1, 178
Swann, S.: EW-WeL2, 160
Swart, H.: AS-ThP19, 194
Sweet III, W.J.: TF-TuM11, 127
Sweet, W.J.: TF-ThP15, 198
Swinney, T.C.: VT-MoM10, 106; VT-MoM8,
106; VT-MoM9, 106; VT-TuP3, 148
Sydorenko, D.: PS-TuP20, 145
Sykes, E.C.H.: NS+AS+EN+SS-TuA9, 136;
SS-ThM4, 181; SS-TuA12, 138
Symonds, J.M.: AS+BI+IS-WeM4, 150;
SS+AS-WeM5, 156
Synowicki, R.A.: EL+AS+EN+PS+SS+TFThM11, 175
Szakal, C.: AS+BI+EM+NL+NS+SS-ThM4,
174; AS+BI+IS-WeM6, 150
Szlufarska, I.: TR+AS+NS+SS-MoA6, 115
Szotek, D.: AC+MI+SA+TF-MoA10, 108
Szulczewski, G.J.: EN+SE+SS+TF-WeM9,
152
—T—
Tague, T.: EW-TuM8, 122
Tahara, K.: SS+AS+NS+SP-WeA11, 167
Tahara, S.: PS-ThA4, 189
Taheri, T.: SS+AS+NS+SP-WeA1, 167
Taing, J.: SS+EN-ThM9, 180
Tait, S.L.: SS1-ThA4, 190
Tak, Y.J.: EM+PS-WeM4, 151; TC+EM+TFWeM2, 157; TC+EM+TF-WeM4, 157
Takagi, N.: SS2-ThA8, 191
Takahara, A.: TR+SE-TuM2, 127
Takahashi, R.: TF-ThP21, 198
Takamizawa, H.: AP+AS+EM+MI+TFWeM10, 150
Takano, I.: SS-TuP11, 146; SS-TuP20, 146
Takao, Y.: PS-MoM1, 104; PS-ThM1, 179
Takarai, Y.: NS-TuP7, 144
Takats, Z.: AS+BI+IS-WeM2, 150
Takeda, K.: PS1-TuA10, 137; PS2-TuA11,
137; PS-ThA6, 189; PS-TuP11, 145; PSWeM2, 155
Takekuma, S.: SS-TuP5, 146
Takemura, S.: NS-TuP1, 144; NS-TuP6, 144;
NS-TuP7, 144; NS-TuP8, 144; TF-ThP28,
198
Takeshita, Y.: MN+AS+SS-MoM10, 102
Takeuchi, N.: SP+AS+BI+MI+NS+SSThM3, 180
Takeuchi, R.: NS-TuP8, 144
Takeuchi, T.: PS2-TuA11, 137; PS-WeM2,
155
Tallarek, E.: AS-ThP12, 194
Tallarida, M.: EM+PS-TuM10, 121
Tamanaha, C.R.: BI+NL+NS+SS-ThM12,
174; GR+AS+BI+PS+SS-ThA6, 186
Tamura, M.: TF-ThP35, 198
Tamura, Y.: PS-ThA8, 189
Tan, R.: SS-TuP20, 146
Tan, X.: EL+AS+EN+PS+SS+TF-ThM4, 175
Tang, C.: NS+AS+EM-MoA9, 113
Tang, J.: SP+AS+BI+EM+MI+NS+SE+SSThA1, 190
Tang, L.: SP+AS+BI+MI+NS+SS-ThM5, 180
Tang, S.W.: MI-MoM10, 101; MI-MoM9,
101; TF+MI-WeM6, 157
Tang, Y.H.: MN-TuP1, 143; MN-TuP2, 143;
MN-TuP3, 143
Tarafdar, R.: EM-ThA6, 185
Tasnádi, F.: SE+NS+TF-ThA3, 189
Tassa, C.: NL+AS+BI-ThA3, 188
Tatsumi, T.: PS-MoM1, 104; PS-TuP30, 145
Taubert, I.: BI+AS+IS+NL-MoM3, 99
Taubman, M.S.: SP+AS+BI+NS-ThP2, 197
Taylor, A.D.: NS+BI+EM-WeA7, 166
Taylor, D.M.: EM+AS+EN+TF-ThM10, 175
Tazzoli, A.: MN-TuP4, 143
Tchernycheva, M.: AP+AS+SS-TuA12, 131
Tedesco, J.L.: EL+AS+EM+SS+TF-WeA1,
163
Teeter, G.: EN+PS+TF-MoM10, 100
Teh, K.: TC+EM+TF-WeM1, 157
Tekinay, A.B.: SE-ThP11, 197
Temmerman, W.M.: AC+MI+SA+TFMoA10, 108
Tempas, C.: SS1-ThA4, 190
Temple, D.S.: EM+NS+TF-FrM6, 200
Tender, L.: SE+EN-FrM7, 203
Tenent, R.C.: TF+PS-ThM5, 182
Teng, D.: SS+AS+NS-MoM10, 104
Tengco, J.M.M.: SS-TuP16, 146
Tennyson, J.C.: PS-TuP21, 145; PS-TuP32,
145
ter Veen, R.: GR+AS+NS+SP+SS-TuA9, 134
Terfort, A.: SS+AS+NS+SP-WeA10, 167;
SS1-ThA12, 190;
TF+AS+BI+EM+SE+SS-WeA7, 169;
TF+AS+BI+EM+SE+SS-WeA8, 169
Terrani, K.A.: AC+AS+EN-TuA1, 131
Terry, W.D.: TF+AS+NS+SE-WeA11, 169
Terryn, H.A.: PS+AS+BI+SE-MoM5, 103;
SE+PS-WeA7, 167; SS+AS+NS+SPWeA1, 167; TF+EM+NS+SS-FrM11,
204; TF-ThP32, 198
Tersoff, J.: SS+AS+NS-MoM4, 104
Tesch, P.: AS-MoA1, 108
Teslich, N.E.: AC+AS+SS-TuM9, 120
Tessier, P.-Y.: NS+AS+EM-MoA4, 113
Thayne, I.: EM-WeA1, 164
Thedjoisworo, B.: PS-MoM6, 104
Theilacker, W.: AS+BI-TuA3, 132
Therien, M.: NS+BI+EM-MoM9, 103
Thersleff, T.: MI+EM+MG-MoA1, 111
Thevuthasan, S.A.: AP+AS+EM+MI+TFWeM6, 150; AP+AS+MI+NS+SS-WeA1,
162; AP+AS+MI+NS+SS-WeA2, 162;
AP-TuP1, 141; AP-TuP3, 141; HI-ThA9,
187; NS-TuP12, 144; SS+AS-TuM2, 126;
TC+EM+TF-WeM3, 157
Thiel, P.A.: AS+BI-TuA10, 132; SS+AS+NSMoM11, 104
Thimsen, E.: EN+PS+TF-MoM11, 100
Thippesamy, V.: GR-ThP4, 195
Thissen, A.: IS+AS+SS-ThM11, 177;
SP+AS+EM+GR+MI+NS+SS-FrM2, 203
Thissen, N.F.W.: TF-ThP16, 198
Thissen, P.: SS+EM-WeA11, 168
Thomas, C.: PS-ThA8, 189
Thomas, J.C.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA12,
190
Thoms, B.: EM+NS+SS+TF-FrM4, 200
Thorpe, R.: EN-TuP7, 142; IS+EN+SP+SSThA9, 187
Thrun, X.: PS2-TuM1, 126
Thundat, T.G.: MN+AS+SS-MoM1, 102
Thyparambil, A.A.: BI+AS+BA+NS+SSThA8, 184
Tian, H.: BI+AS+BA+NS+SS-ThA12, 184
Tian, Z.-Y.: HI-ThA7, 187
Tillocher, T.: PS2-TuA4, 137; PS-TuP1, 145
Timilsina, R.T.: HI-ThM11, 177
Timm, R.: EM+TF-MoM6, 100; MI-MoM11,
101
Titov, A.: EM-TuA7, 133
Tkach, I.: AC+AS+EN-TuA7, 131
To, B.N.: PS-MoA6, 114
Tobash, P.H.: AC+MI+SA+TF-MoA9, 108
Tobe, Y.: SS+AS+NS+SP-WeA11, 167
Tobin, J.G.: AC-TuP1, 141
Todorovic, M.: SS+AS+NS+SP-WeA7, 167
Toloczko, M.B.: AP+AS+SS-TuA2, 131
Tomoya, T.: NS-TuP6, 144
Tompkins, B.D.: TF+PS-ThM1, 182
Tonchev, S.: NS+BI+EM-WeA9, 166
Toperverg, B.P.: MI+AS+NS+SP-TuA3, 135
Topolancik, J.: BI+AS+BA+NS+SS-ThA12,
184
Torres, F.: SS-TuP34, 147
Torres, J.M.: EM+AS+PS+TF-ThM9, 176
Tosa, M.: TR-TuP2, 148
Tosun, B.S.: EN+PS+TF-MoM4, 100
Toyoda, S.: GR+EM+NS+PS+SS+TFMoM4, 101
Tran, D.: GR+EM+NS+SP+TF-MoA1, 110
Tran, G.: SP+AS+BI+EM+MI+NS+SE+SSThA12, 190
Tran, I.C.: NL+AS+BI+SA-FrM5, 202; SATuP1, 146; SA-TuP3, 146
Tran, T.: TF-ThP19, 198
Travis, J.: TF+AS+SE+SS-MoA8, 115
Treacy, C.: TC+EM+EN+TF-WeA3, 168
227
Trenary, M.: SS+AS+NS+SP-WeA9, 167;
SS-TuA7, 138; SS-TuP1, 146
Trogler, W.C.: BI-TuP3, 142; BI-WeM9, 151
Trolier-McKinstry, S.: MN+NS-TuM3, 124
Tromp, R.M.: GR+AS+NS+SP+SS-TuA1,
134; SS-TuA9, 138
Tryggvason, T.K.: PS+TF-MoA9, 113
Tsai, A.P.: AS+BI-TuA11, 132
Tsai, H.H..: PS-TuP4, 145
Tsai, H.-Z.: GR+AS+EM+NS+SS-WeA11,
165
Tsai, M.Y.: PS+AS+BI+SE-MoM4, 103
Tsang, S.C.E.: AP+AS+MI+NS+SS-WeA7,
162
Tse, J.: IA+BA-TuA12, 135
Tshabalala, M.A.: AS-ThP19, 194
Tsivion, D.: NS+BI+EM-WeA1, 166
Tsoi, S.: GR+AS+BI+PS+SS-ThA6, 186
Tsuji, O.: PS-TuP33, 145
Tsujino, J.: PS1-TuM12, 125
Tsukagoshi, K.: GR+AS+BI+PS+SS-ThA8,
186
Tsutsumi, T.: PS1-TuA10, 137
Tu, C.: AS-ThP4, 194
Tu, Q.: GR+AS+EM+NS+SS-WeA1, 165
Turchanin, A.: GR+EM+NS+PS+SS+TFMoM8, 101
Turkot, R.: EM+AS+PS+TF-ThM9, 176
Turksoy, A.: NS+AS+EN+SS-TuA8, 136
Turley, R.S.: AC-TuP4, 141
Turner, K.L.: MN-TuP4, 143; MN-TuP5, 143
Turner, K.T.: TR+AS-MoM10, 105; TR+ASMoM5, 105
Turner, M.M.: PS1-TuA1, 137
Turner, S.: MS+AS+BA+BI+PS+TF-TuM9,
124
Turro, N.T.: BA+AI+AS+BI+IS+NL-MoM1,
99
Tutt, L.W.: TF-TuA3, 139
Tutuc, E.: EM-WeA7, 164
Twigg, M.: TF+EN-MoM8, 105
Tyagi, P.: GR-WeM1, 153
Tyler, BJ.: AS+BI-MoM9, 98
Tyliszczak, T.: AC+AS+EN-TuA10, 131
Tymchenko, N.: BI+AS+BA+NL-TuM6, 121
Tyrode, E.C.: IA+AI+BI+IS+NL+SS-MoA7,
111
Tysoe, W.T.: SS-ThM5, 181
—U—
Uchida, G.: EN+AS+NS+SS-MoA3, 110;
EN-TuP2, 142; PS+TF-MoA11, 113
Uddin, M.: EM+NS+SS+TF-FrM5, 200
Ueda, H.: TF+PS-ThM12, 182
Ueda, S.: MI+AS+NS+SP-TuA7, 135
Uehara, S.: PS-TuP33, 145
Ünal, B.: AS+BI-TuA10, 132
Uhl, F.: SS+AS-TuM12, 126
Ulfig, R.: AP+AS+EM+MI+TF-WeM10, 150
Ulrich, S.: TR+SE-TuM5, 127
Umeki, T.: GR-ThP12, 195
Upadhyay, R.: PS-ThM9, 179
Upadhyaya, G.: PS-TuP7, 145
Urban, C.: NS+AS+EN+SS-TuA7, 136
Urban, J.J.: AS+BI+EM+NL+NS+SS-ThA10,
184
Ushikubo, T.: AP+AS+EM+MI+TF-WeM10,
150
Utz, A.L.: SS2-ThA10, 191
—V—
Vafanejad, A.: MN+NS-TuM5, 124
Vahdat, V.: TR+AS-MoM10, 105
Vail, M.: TF+EM+NS+SS-FrM4, 204
Vaish, A.: BI+AS+BA+NS+SS-ThA1, 184
Vaithiyalingam, S.: TF+EM+NS+SS-FrM5,
204
Valencia, D.: SS-TuP3, 146
Vallee, C.: PS+TF-MoA8, 113
Author Index
Valley, J.: AP+AS+EM+MI+TF-WeM10,
150
Vallier, L.: PS-MoM5, 104
Valtiner, M.: BI+AS+BA+NS+SS-ThA9,
184; IA+AI+BI+IS+NL+SS-MoA11, 111;
IS+AS+SP-FrM4, 201; IS+EN+SP+SSThA6, 187
Van Benthem, M.H.: AS-WeA9, 162
van Buuren, T.W.: NL+AS+BI+SA-FrM5,
202; SA-TuP1, 146; SA-TuP3, 146
van de Sanden, M.C.M.: EN+AS+NS+SSMoA9, 110; EN+AS+PS-TuA11, 133;
EN+AS+PS-TuA12, 133;
GR+AS+BI+PS+SS-ThA1, 186; PS1TuA12, 137; TF+VT-WeM1, 158;
TF+VT-WeM6, 158
Van de Walle, C.G.: MI+EM+MG-MoA6,
111
van den Bruele, F.: TF-TuA10, 139
Van Duyne, R.P.: SS+AS+NS+SP-WeA2,
167
van Dyk, B.: PS-MoA7, 114
Van Elshocht, S.: EM+PS-TuM10, 121;
EM+TF-MoM2, 100; TF+AS+SE+SSMoA9, 115
van Gastel, R.: HI-ThP4, 196
van Hest, M.F.A.M.: TC+EM+EN+TFWeA7, 168
Van Look, L.: MS+AS+EM+NS+PS+TFMoA6, 112
Van Spyk, M.H.C.: IA+AI+BI+IS+NL+SSMoA10, 111; SS+AS-WeM11, 156
van Swaaij, R.A.C.M.M.: EN+AS+NS+SSMoA9, 110
van 't Erve, O.M.J.: MI+EM-TuM5, 123
Van Tassell, B.J.: TC+EM+TF-WeM9, 157
van Veldhoven, E.: HI-ThM12, 177
Van Veldhoven, J.: SE+PS-WeA10, 167
van Zijll, M.S.: NS+BI+EM-WeA3, 166
Vandencasteele, N.: PS+AS+BI+SE-MoM5,
103; SE+PS-WeA7, 167
Vandendael, I.: TF-ThP32, 198
Vanderah, D.: BI+AS+BA+NS+SS-ThA1,
184
Vandervorst, W.: SA+AS+MG+SS-TuA9,
138
Vanfleet, R.R.: MN+AS+SS-MoM4, 102;
MN+AS+SS-MoM5, 102; TF+PS-ThM2,
182; TF+PS-ThM6, 182; TF+PS-ThM9,
182; TF+VT-WeM11, 158
Vanleuven, D.: TF+VT-WeM9, 158
Varga, T.: AP+AS+MI+NS+SS-WeA1, 162;
NS-TuP12, 144
Vargas, M.: TF+AS+EM+NS+SS-ThM10,
181
Vasen, T.: EM+TF-MoM8, 100
Vázquez, D.: EM-ThP1, 195; SS-TuP22, 147
Vazquez-de-Parga, A.L.:
GR+AS+EM+MI+MN-TuM1, 123
Veal, T.D.: EM2-ThA10, 185; EM2-ThA8,
185
Vecchione, T.: VT+AS+SS+TF-WeA11, 170;
VT+AS+SS+TF-WeA9, 170; VT-TuP6,
148
Veenendaal, M.: SS+EN-ThM9, 180
Vega Lozada, E.: SS-TuP34, 147
Vega, A.: EM+TF-MoM10, 100; SS+EMWeA11, 168
Velasco Jr, J.: GR+EM+NS+SP+TF-MoA1,
110
Veldhoven, E.V.: HI-ThP1, 196
Veligura, V.: HI-ThP4, 196
Vella, A.: AP+AS+SS-TuA10, 131;
AP+AS+SS-TuA12, 131
Velsko, S.P.: AS+BI-TuA1, 132
Vemuri, R.S.: AP-TuP3, 141
Venkataraman, S.: PS-ThA12, 189
Vennéguès, P.: TF+EM+NS+SS-ThA8, 191
Ventrice, Jr., C.A.: GR-WeM1, 153
Author Index
Ventzek, P.: PS-ThM9, 179; PS-TuP19, 145;
PS-TuP20, 145; TF+PS-ThM12, 182
Vera, D.: BI-TuP3, 142
Veres, J.: TC+EM+TF-WeM9, 157
Verheijen, M.A.: EM+MI+NS+SS+TF-TuA9,
132; TF+EN-MoM10, 105
Verhoeven, P.: SE+PS-WeA8, 167
Verkhoturov, S.V.: AS+BI+EM+NL+NS+SSThM3, 174
Versloot, T.W.: SE+PS-WeA10, 167
Versluis, R.: VT+EN+TF-TuA9, 139
Viale, L.: VT-WeM3, 158
Viana, G.A.: TF+EM+NS+SS-FrM2, 204
Vieker, H.: GR+EM+NS+PS+SS+TF-MoM8,
101; HI-ThA7, 187; HI-ThP2, 196; HIThP3, 196
Vijayalakshmi, S.: GR-ThP4, 195
Vilayurganapathy, S.: NS-TuP12, 144
Visart de Bocarmé, T.: AP+AS+MI+NS+SSWeA11, 162
Viswanathan, V.: HI-ThA3, 187
Visweswaran, B.: TF+VT-WeM2, 158
Vitali, L.: MI-TuP3, 143
Viveros, R.: BI-TuP3, 142
Viville, P.: PS+AS+BI+SE-MoM5, 103
Vlcek, J.: SE+NS+TF-ThA6, 189
Voevodin, A.A.: SE+EN-FrM4, 203; SE+PSThM5, 179
Vogel, E.M.: EM1-WeM5, 152; EM-WeA9,
164; GR+EM+MS+NS+SP-FrM3, 201;
NS+AS+EN+SS-TuA11, 136
Vohs, J.M.: IS+EN+SP+SS-ThA1, 187
Voigtlaender, B.:
SP+AS+EM+GR+MI+NS+SS-FrM8, 203
Volksen, W.: EM+AS+PS+TF-ThM3, 176
Vomiero, A.: EN+AS+NS+SS-MoA8, 110
Voronin, S.: MS+AS+EL+EM+PS+TFTuA9, 136; PS1-TuM5, 125
Vovk, E.: NS+AS+EN+SS-TuA8, 136
Vummaneni, K.: TR+AS+NS+SS-MoA3, 115
Vurpillot, F.: AP+AS+SS-TuA10, 131;
AP+AS+SS-TuA12, 131
—W—
Wade, S.A.: BI+AI+BA+IS-MoA1, 109
Wagner, B.P.: EM-ThP17, 195
Wagner, F.T.: TF+EN-MoM11, 105
Wagner, G.: AC+AS+EN-TuA10, 131
Wagner, H.D.:
BI+AI+AS+BA+IA+NL+NS+SP-WeA9,
163
Wagner, J.: BI+NL+NS+SS-ThM11, 174
Wagner, M.: SS+AS-TuM9, 126
Wagner, S.: TF+VT-WeM2, 158
Wakayama, Y.: SS1-ThA8, 190
Walker, A.V.: EM+AS+EN+TF-ThM6, 175
Walker, M.: BI+AS+BA+NS+SS-ThA1, 184
Wall, M.: EW-WeM8, 153
Wallace, D.: EN+SE+SS+TF-WeM9, 152
Wallace, R.M.: EM+TF-MoM10, 100;
EM+TF-MoM5, 100;
GR+AS+BI+PS+SS-ThA7, 186;
GR+EM+NS+SS+TF-ThA1, 186
Walle, L.E.: SS-MoA9, 114
Wallin, C.: BI+AS+BA+NS+SS-ThA12, 184
Wallin, M.: BI+AS+BA+NL-TuM5, 121
Wallin, P.: BI+AS+BA+NL-TuM6, 121
Walsh, J.W.: AS+BI+IS-WeM5, 150
Walters, D.: SP+AS+BI+MI+NS+SS-ThM10,
180
Walters, D.R.: VT-WeM5, 158
Walton, J.: AS+BI-MoM4, 98
Walton, S.G.: EM+AS+EN+TF-ThM5, 175;
GR+AS+BI+PS+SS-ThA6, 186; PSThA1, 189; PS-ThA11, 189
Waluyo, I.: SS-TuA7, 138
Wan, W.: VT+AS+SS+TF-WeA11, 170
Wang: MS+AS+BA+BI+PS+TF-TuM3, 124
Wang, B.: EM+NS+SS+TF-FrM7, 200
228
Wang, C.: TF+AS+BI+EM+SE+SS-WeA12,
169; TF-ThP3, 198
Wang, C.C.: SS+EM-WeA7, 168; TF-ThP23,
198
Wang, C.H.: PS2-TuM10, 126
Wang, C.S.: GR-WeM9, 153;
NS+AS+EN+SS-TuA1, 136; TF-ThP19,
198
Wang, C.W.: AS+BI+EM+NL+NS+SSThM11, 174; NS+AS+EM-MoA3, 113
Wang, C.Z.: SS+AS+NS-MoM11, 104
Wang, D.: SE+NS+TF-ThA10, 189
Wang, F.: GR+AS+NS+SP+SS-TuA7, 134;
GR+EM+NS+PS+SS+TF-MoM1, 101
Wang, G.T.: EN-TuM11, 122
Wang, H.: EL+AS+EM+SS+TF-WeA8, 163;
HI-ThP2, 196; SP+AS+BI+NS-ThP1,
197; TF+EM+NS+SS-FrM5, 204
Wang, I.T.: EM+PS-TuM11, 121
Wang, J.: EM+AS+EN+TF-ThM2, 175;
MG+MI+NS-ThM10, 178; SS-TuP18,
146
Wang, J-C.: PS+AS+BI+SE-MoM3, 103
Wang, K.: TR+AS+NS+SS-MoA10, 115
Wang, L.: EM-ThA2, 185; PS-MoA1, 114;
TF+AS+EM+NS+SS-ThM6, 181;
VT+AS+SS+TF-WeA10, 170; VT-MoA7,
116
Wang, M.: EM-ThA2, 185; PS-TuP4, 145;
PS-TuP7, 145; PS-TuP9, 145
Wang, P.: AS-ThP4, 194
Wang, P.Y.: BI+AS+IS+NL-MoM1, 99; BITuP6, 142
Wang, S.: EW-TuM8, 122; PS1-TuA11, 137;
PS-TuP14, 145
Wang, W.: EM+MI+NS+SS+TF-TuA10, 132;
TF+EM+NS+SS-ThA1, 191; TF+MIWeM6, 157
Wang, X.: MI+AS+NS+SP-TuA12, 135
Wang, Y.: GR+AS+EM+NS+SS-WeA11,
165; HI-ThA3, 187; MI+EM-TuM9, 123;
NS+AS+BI+SP-WeM2, 154;
NS+AS+EN+SS-TuA7, 136;
SP+AS+BI+NS-ThP1, 197; SS+ASTuM6, 126
Wang, Y.-C.: AS+BI+EM+NL+NS+SSThM6, 174
Wang, Z.: MN+NS-MoA8, 112; MN+NSTuM6, 124; NS+AS+BI+SP-WeM2, 154
Wang, Z.T.: SS+EN-ThM1, 180; SS-MoA8,
114
Wang, Z.W.: SS+EN-ThM12, 180
Wang, Z.Y.: GR+EM+NS+SS+TF-ThA10,
186
Ward, T.Z.: TF+AS+EM+NS+SS-ThM1,
181; TF+MI-WeM6, 157
Waschke, S.: SE+NS+TF-ThA4, 189
Waser, R.: EM+PS-WeM1, 151
Wasio, N.A.: TF+AS+BI+EM+SE+SSWeA10, 169
Watanabe, J.: TF-ThP34, 198
Watanabe, K.: SS1-ThA10, 190
Watanabe, N.: PS-ThA10, 189
Watanabe, Y.: NS-TuP6, 144; NS-TuP7, 144;
NS-TuP8, 144
Wayment-Steele, H.K.:
BI+AI+AS+BA+IA+NL+NS+SPWeA11, 163
Weathersby, S.P.: VT+AS+SS+TF-WeA9,
170
Weaver, J.F.: SS+AS-TuM11, 126; SSMoA3, 114
Weber, J.W.: GR+AS+BI+PS+SS-ThA1, 186
Weber, M.: TF+EN-MoM10, 105
Weber, N.J.: GR+EM+NS+PS+SS+TFMoM8, 101; SA+AS+MI+SS-WeM4, 155
Weber, O.: EM+PS-TuM2, 121
Weber, P.K.: AS+BI-TuA1, 132
Weeks, S.L.: GR+AS+BI+PS+SS-ThA1, 186
Wege, S.: PS2-TuM1, 126
Wei, L.: PS-TuP15, 145
Wei, M.: TF+EM+NS+SS-FrM10, 204
Wei, W.D.: SS-TuP31, 147
Wei, Y.: BI+AS+BA+NS+SS-ThA8, 184
Weickert, J.: EN+SE+SS+TF-WeM6, 152
Weidner, T.: BA+AI+AS+BI+IS+NLMoM10, 99; BA+AI+AS+BI+IS+NLMoM5, 99
Weiland, C.: AS-WeA12, 162;
SA+AS+MI+SS-WeM3, 155
Weiner, S.: BI+AI+AS+BA+IA+NL+NS+SPWeA9, 163
Weinert, M.: GR+AS+EM+MI+MN-TuM12,
123; GR+AS+EM+NS+SS-WeA2, 165
Weiss, E.A.: AS+BI+EM+NL+NS+SS-ThA7,
184
Weiss, P.S.:
SP+AS+BI+EM+MI+NS+SE+SS-ThA12,
190
Weissleder, R.: NL+AS+BI-ThA3, 188
Weitz, D.A.: BI+AS+IS+NL-MoM5, 99
Welzel, S.: EN+AS+PS-TuA11, 133; PS1TuA12, 137
Wendt, A.E.: PS1-TuA11, 137; PS-TuP14,
145
Wendt, S.: SS+AS-TuM3, 126
Weng, C.J.: MI-TuP1, 143
Weng, T.-C.: AC+AS+EN-TuA10, 131;
AS+BI+EM+NL+NS+SS-ThA10, 184
Werner, U.: HI-ThP3, 196
Werner, W.S.M.: AS-TuM3, 120
Wernersson, L.-E.: EM+TF-MoM6, 100
Wheeler, V.D.: GR+EM+MS+NS+SP-FrM4,
201; GR+EM+NS+PS+SS+TF-MoM3,
101
Whitchurch, C.B.: BI+AI+BA+IS-MoA9,
109; BI-TuP6, 142
Whitcomb, R.: EN-TuP7, 142
White, E.K.: TF-ThP37, 198
Whiting, G.L.: TC+EM+TF-WeM9, 157
Whitten, D.G.: BI-WeM2, 151
Whitten, J.: SS-FrM2, 204
Whittle, J.D.: BI-WeM6, 151; EL-ThP1, 194
Wiame, F.: SS+AS+NS-MoM9, 104
Wichmann, A.: SS+NS-WeM11, 156
Widom, M.: GR-WeM3, 153
Wieliczka, D.M.: AS-ThP10, 194
Wijewarnasuriya, P.S.: EM+NS+TF-FrM6,
200
Wilde, K.N.: BI-WeM2, 151
Wilkens, H.: SS+AS-TuM11, 126
Willem Weber, J.: EN+AS+NS+SS-MoA9,
110
Willett-Gies, T.: EL+AS+EN+PS+SS+TFThM12, 175; EL-ThP2, 194; EL-ThP3,
194
Willey, T.M.: NL+AS+BI+SA-FrM5, 202;
SA-TuP1, 146; SA-TuP3, 146; SS+NSWeM11, 156
Williams, A.: EM+AS+EN+TF-ThM10, 175
Williams, A.I.: PS-TuP21, 145
Williams, G.P.: TF+AS+EM+NS+SS-ThM6,
181
Williams, M.D.: GR+EM+NS+SP+TFMoA6, 110; NS+AS+EN+SS-TuA12, 136
Williams, P.: BI+AS+IS+NL-MoM8, 99; BIWeM11, 151
Williams, P.S.: TF+AS+SE+SS-MoA6, 115
Williamson, T.L.: TF+AS+NS+SE-WeA7,
169
Wills, J.M.: AC+MI+SA+TF-MoA9, 108
Wilson, C.J.: PS-MoA9, 114
Wilson, T.: EN+SE+SS+TF-WeM3, 152
Windl, W.E.: MG+EN+MS-WeA7, 165
Winkler, D.A.: BI+AS+IS+NL-MoM8, 99;
NL+AS+BI-ThA3, 188
Winkler, K.: SA+AS+MI+SS-WeM4, 155
Winroth, G.: TF+AS+SE+SS-MoA9, 115
Winter, B.: IA+AI+BI+IS+NL+SS-MoA10,
111; SS+AS-WeM11, 156
Winter, C.H.: TF+AS+SE+SS-MoA1, 115
Winterstein, J.: IS+AS+SP-FrM8, 201
Wirtz, T.: HI-ThA11, 187
Wiseman, M.E.: BI+AS+BA+NL-TuM11,
121
Wislon, K.: VT-WeM11, 158
Wissing, S.N.P.: MI-MoM8, 101
Wistey, M.: EM+TF-MoM8, 100
Wittstock, A.: SS+NS-WeM11, 156
Woicik, J.C.: SA+AS+MG+SS-TuA7, 138
Wolcott, C.A.: SS-MoA2, 114
Wold, K.A.: BI-WeM12, 151
Wolden, C.A.: EN+PS+TF-MoM5, 100;
EN+PS+TF-MoM6, 100;
PS+AS+NS+SS-ThM11, 178;
TC+EM+EN+TF-WeA9, 168; TF+PSThM5, 182
Wolf, M.: SS2-ThA4, 191; SS2-ThA6, 191
Wolf, S.A.: TF+AS+EM+NS+SS-ThM5, 181
Woll, A.R.: EM+AS+EN+TF-ThM1, 175
Wöll, C.: SS-FrM11, 204
Woll, K.: TF-ThA3, 192
Wolter, D.: SA-TuP3, 146
Womack, F.: SS+NS-WeM12, 156
Won, J.H.: EM-ThA11, 185
Won, Y.: TC+EM+EN+TF-WeA1, 168
Wong, D.: GR+AS+EM+NS+SS-WeA11,
165
Wong, H-.S.P.: EM+MI+NS+SS+TF-TuA11,
132; MS+AS+EL+EM+PS+TF-TuA1,
136
Wontae, H.: PS-MoA4, 114
Woo, J.: SS-TuP13, 146
Woo, J.C.: TC+EM+EN+TF-WeA4, 168; TFThP29, 198
Woo, J.C.S.: EM-WeA10, 164
Wood, T.: TF+PS-ThM2, 182
Woodall, J.: EM-TuA9, 133
Wouters, D.J.: EM+PS-TuM5, 121
Wright, A.E.: AS-ThP1, 194; AS-WeA11,
162; EW-TuL4, 129
Wright, D.M.: VT-MoM6, 106
Wright, N.G.: GR+EM+MS+NS+SP-FrM4,
201
Wu, A.: SE-ThP9, 197;
TF+AS+BI+EM+SE+SS-WeA12, 169
Wu, F.: AP+AS+SS-TuA11, 131;
MS+AS+EL+EM+PS+TF-TuA8, 136;
PS-MoA4, 114
Wu, G.M.: EN-TuP5, 142
Wu, H.M.: TF+AS+NS+SE-WeA10, 169
Wu, J.: TR+AS+NS+SS-MoA10, 115
Wu, M.-F.: PS-ThM5, 179
Wu, P.-J.: TF-ThP17, 198
Wu, R.Q.: NS+AS+EN+SS-TuA2, 136;
SS+AS+NS+SP-WeA3, 167; SS+ENThM11, 180
Wu, W.: MI+AS+NS+SP-TuA12, 135
Wu, Y.: EM+MI+NS+SS+TF-TuA11, 132
Wu, Y.L.: SE+PS-WeA9, 167
Wu, Y.X.: EM-ThP8, 195
Wu, Z.: BI-TuP3, 142
Wuchter, P.: BI+AS+IS+NL-MoM3, 99
Wüest, M.: VT-MoM11, 106
Wuest, M.: VT-MoA6, 116
Wurch, M.: TF-ThP19, 198; TF-ThP20, 198
Wurth, W.: SS2-ThA4, 191
Wygladacz, K.A.: BI-TuP14, 142
Wyrick, J.: GR-WeM9, 153
—X—
Xi, Y.Y.: EM-ThP15, 195
Xia, D.Y.: TF+AS+NS+SE-WeA10, 169
Xia, Y.: SS-FrM4, 204
Xiao, D.: GR+EM+NS+SS+TF-ThA3, 186
Xiao, K.: TC+EM+TF-WeM12, 157
Xie, K.: SS-TuA11, 138; SS-TuP16, 146
Xie, X.: TF+VT-WeM5, 158
229
Xing, H.: EM+TF-MoM8, 100; EM-ThA10,
185; GR+EM+NS+SP+TF-MoA2, 110
Xiong, Z.: PS+AS+BI+SE-MoM3, 103
Xu, C.: SS+AS+NS+SP-WeA3, 167
Xu, H.: VT-WeM11, 158
Xu, K.: GR+EM+MS+NS+SP-FrM9, 201
Xu, Q.: AC+AS+EN-TuA12, 131;
EN+SE+SS+TF-WeM4, 152;
TF+EM+NS+SS-ThA7, 191
Xu, W.: AS-ThP3, 194
Xu, Y.: SS+AS+NS-MoM10, 104; SS+NSWeM12, 156; SS-MoA11, 114
Xue, J.: EM-TuA7, 133
—Y—
Yadgarov, I.D.: GR-ThP11, 195
Yaegashi, H.: PS2-TuM2, 126
Yakimova, R.: EL+AS+EM+SS+TF-WeA2,
163
Yakshinskiy, B.V.: VT+EN+TF-TuA7, 139
Yamada, H.: NS+AS+BI+SP-WeM3, 154
Yamada, T.: SE+EN-FrM6, 203; SS1-ThA10,
190
Yamaguchi, K.: TF-ThP19, 198; TF-ThP20,
198
Yamakawa, K.: SS-TuP5, 146; SS-TuP7, 146
Yamamoto, H.: PS-MoM4, 104
Yamamoto, M.: GR+AS+NS+SS-ThM3, 176
Yamamoto, S.: SS+EN-ThM10, 180
Yamamoto, Sh.: SS+EN-ThM10, 180
Yamamoto, T.: TC+EM+EN+TF-WeA12,
168
yamamura, T.: EM-ThA2, 185; PS-MoA4,
114
Yamanaka, T.: TC-TuP5, 147
Yamashita, D.: PS+TF-MoA11, 113
Yamashita, I.: PS-ThA8, 189
Yamato, M.: PS2-TuM2, 126
Yan, C.: PS-MoA6, 114
Yan, C.Y.: IA+BA-TuA9, 135
Yan, H.: SS-TuA11, 138; SS-TuP12, 146
Yan, Y.: SE+NS+TF-ThA10, 189
Yang, B.: EM-MoA6, 109;
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM5, 202
Yang, C.C.: MN-TuP1, 143; MN-TuP2, 143
Yang, D.: EM+AS+PS+TF-ThM2, 176
Yang, G.E.: GR+AS+NS+SP+SS-TuA10,
134
Yang, G.-E.: GR-ThP9, 195
Yang, H.: SS+AS+NS+SP-WeA9, 167
Yang, J.: BI+AS+IS+NL-MoM8, 99;
EM+AS+EN+TF-ThM6, 175; EM-WeA3,
164; IS+AS+SP-FrM1, 201
Yang, J.-H.: TC-TuP1, 147
Yang, K.: MI+EM-TuM10, 123;
VT+AS+SS+TF-WeA10, 170
Yang, K.C.: PS-TuP10, 145
Yang, L.: BI+AI+AS+BA+IA+NL+NS+SPWeA2, 163
Yang, P.: AC+AS+EN-TuA10, 131
Yang, Q.: PS+AS+BI+SE-MoM11, 103; PS2TuA8, 137; SS+NS-WeM10, 156
Yang, R.: PS+AS+NS+SS-ThM12, 178
Yang, X.: NS+AS+EN+SS-TuA2, 136
Yang, X.-Q.: IS+EN+SP+SS-ThA3, 187
Yang, Y.: EM-TuA7, 133; EN+SE+SS+TFWeM5, 152; IS+AS+SP-FrM9, 201
Yang, Y.C.: SE-ThP3, 197; SE-ThP4, 197
Yang, Y.J.: PS+AS+BI+SE-MoM4, 103;
SE+PS-WeA12, 167; SS-TuP8, 146; TFThP23, 198
Yang, Z.: PS-TuP15, 145
Yao, Y.: TF+AS+SE+SS-MoA4, 115
Yarmoff, J.A.: GR+EM+NS+SS+TF-ThA10,
186; SS+AS+NS-MoM1, 104
Yates, B.: SA+AS+MI+SS-WeM5, 155
Yazdani, A.: MI-MoM3, 101
Ye, D.: NS+BI+EM-MoM5, 103;
TF+AS+NS+SE-WeA9, 169
Author Index
Ye, L.: NS+EM+EN-TuM12, 125;
TF+AS+SE+SS-MoA7, 115
Ye, P.D.: GR+EM+MS+NS+SP-FrM7, 201;
GR+EM+MS+NS+SP-FrM9, 201
Ye, Y.F.: EM+AS+EN+TF-ThM9, 175;
EN+SE+SS+TF-WeM11, 152
Ye, Z.: TR+AS-MoM11, 105
Yeates, S.: EM+AS+EN+TF-ThM10, 175
Yee, S.: EW-WeL3, 160
Yeh, Y.-C.: NS-TuP14, 144; NS-TuP15, 144;
TF-ThP17, 198
Yen, L.B.: AS+BI+EM+NL+NS+SS-ThM11,
174
Yeo, J.: SS-TuP13, 146
Yeom, G.Y.: GR-ThP5, 195; PS-TuP10, 145;
PS-TuP3, 145; PS-TuP6, 145
Yi, H.: MS+AS+EL+EM+PS+TF-TuA1, 136
Yi, J.Y.: MI-MoM10, 101; MI-MoM9, 101;
TF+MI-WeM6, 157
Yin, F.: TF+AS+NS+SE-WeA11, 169
Yin, H.: MS+AS+BA+BI+PS+TF-TuM1, 124
Yin, J.: TF+EN-MoM11, 105; TF-TuM9, 127
Yin, Y.: MS+AS+EL+EM+PS+TF-TuA4,
136; MS+AS+EL+EM+PS+TF-TuA9,
136
Yngman, S.: EM+TF-MoM6, 100
Yokoyama, N.: GR+AS+BI+PS+SS-ThA8,
186
Yoo, H.J.: EM-ThA7, 185
Yoo, M.: TF-ThP26, 198
Yoon, D.H.: EM+PS-WeM4, 151;
TC+EM+TF-WeM2, 157; TC+EM+TFWeM4, 157
Yoon, S.H.: TC+EM+TF-WeM2, 157;
TC+EM+TF-WeM4, 157
Yoon, Y.: SS-MoA6, 114
Yoshida, T.: EM-ThA2, 185
Yoshikawa, J.: PS-ThM9, 179; TF+PSThM12, 182
Yoshimoto, S.: GR+AS+BI+PS+SS-ThA9,
186
Yoshinobu, J.: GR+AS+BI+PS+SS-ThA9,
186
You, B.Y.: TF-TuM5, 127
You, K.H.: NS-TuP2, 144
You, L.: BI-TuP9, 142
You, S.J.: NS-TuP2, 144
Young, L.E.: BI-WeM1, 151
Young, M.J.: TF+EN-MoM5, 105
Young, R.M.: EM-ThP17, 195
Younkin, T.R.: MS+AS+EM+NS+PS+TFMoA6, 112
Yousaf, M.N.: BI+AS+IS+NL-MoM9, 99
Yousuf, A.: EN+SE+SS+TF-WeM9, 152
Yu, A.X.: SP+AS+BI+MI+NS+SS-ThM4,
180; SS+EN-ThM11, 180
Yu, C.S.: MN-TuP1, 143
Yu, D.: PS-TuP15, 145
Yu, H.: AS-MoA4, 108; SE+PS-ThM3, 179;
SE-ThP2, 197; TF-TuM5, 127
Yu, K.: AS-MoA4, 108; TF+EM+NS+SSFrM3, 204
Yu, L.: MG+EM+MI+MS-WeM3, 154
Yu, S.: EM+MI+NS+SS+TF-TuA11, 132
Yu, X.: IS+EN+SP+SS-ThA3, 187
Author Index
Yu, X.Y.: BI+AI+AS+BA+IA+NL+NS+SPWeA2, 163
Yu, Z.: EN-TuM9, 122; IS+EN+SP+SSThA2, 187
Yuan, Z.: EM-MoA6, 109
Yuk, Y.J.: TR-TuP8, 148
Yukawa, R.: SS+EN-ThM10, 180
Yulaev, A.: GR+AS+NS+SS-ThM2, 176;
IS+AS+SS-ThM5, 177
Yun, W.S.: NS-TuP16, 144
Yun, Y.: SS-ThM3, 181
Yusuf, A.S.: HI-ThA3, 187
—Z—
Zacharias, H.: SS-ThM9, 181
Zaera, F.: AS-ThP15, 194; SS+NS-WeM1,
156; SS-ThM2, 181; TF+AS+SE+SSMoA4, 115; TF+EM+NS+SS-FrM7, 204
Zaharia, T.: SS2-ThA12, 191
Zaima, S.: SA-TuP4, 146
Zakutayev, A.: MG+EM+MI+MS-WeM6,
154; MG+MI+NS-ThM2, 178
Zandbergen, H.W.: HI-ThM12, 177; HIThP1, 196
Zandvliet, H.J.W.: HI-ThP4, 196
Zardetto, V.: TF+EN-MoM6, 105
Zauscher, S.: BI-TuP9, 142;
GR+AS+EM+NS+SS-WeA1, 165
Zeitvogel, F.: HI-ThA10, 187
Zeller, D.: EM+PS-WeM9, 151; PS+TFMoA3, 113
Zeman, P.: SE+NS+TF-ThA6, 189
Zeng, Y.: SS-ThM12, 181
Zettl, A.: GR+AS+EM+NS+SS-WeA11, 165
Zhang, D.: IS-ThP1, 196
Zhang, F.: GR+EM+NS+SP+TF-MoA1, 110;
SS-MoA3, 114
Zhang, H.: HI-ThM10, 177; IS-ThP2, 196;
MI+EM+MG-MoA2, 111; PS-TuP23,
145; SS+AS-TuM2, 126
Zhang, J.: AS-ThP3, 194; NS+EM+ENTuM4, 125; NS-TuP11, 144
Zhang, L.: AS-ThP8, 194; EM+PS-TuM5,
121; EM-MoA4, 109; EN+SE+SS+TFWeM11, 152; PS-MoA9, 114;
TF+AS+SE+SS-MoA11, 115
Zhang, Q.: EM+TF-MoM8, 100
Zhang, X.: EN+PS+TF-MoM11, 100;
SS+NS-WeM10, 156; SS-TuP34, 147
Zhang, Y.: PS+TF-MoA3, 113; PS1-TuA1,
137; PS1-TuM2, 125; PS-WeM2, 155
Zhang, Y.N.: SS+AS+NS+SP-WeA3, 167;
SS+EN-ThM11, 180
Zhang, Z.: IA+AI+BI+IS+NL+SS-MoA3,
111; SS+NS-WeM9, 156; SS-FrM4, 204;
SS-MoA6, 114
Zhao, B.: EM+PS-WeM3, 151
Zhao, J.: SS+NS-WeM10, 156
Zhao, W.: MS+AS+EL+EM+PS+TF-TuA11,
136; SP+AS+EM+GR+MI+NS+SSFrM8, 203
Zhao, Y.: EN+SE+SS+TF-WeM4, 152
Zhao, Y.P.:
MG+AS+EM+NS+SA+SE+SP+SS+TFFrM5, 202
Zhao, Z.: GR-ThP2, 195; IS-ThP2, 196
230
Zhao, Z.W.: TF-ThP3, 198
Zharnikov, M.: BI+NL+NS+SS-ThM5, 174;
SS1-ThA12, 190;
TF+AS+BI+EM+SE+SS-WeA8, 169
Zhdanov, V.: EN+AS+NS+SS-MoA11, 110
Zheng, H.: EM+AS+PS+TF-ThM12, 176
Zheng, R.Y.: AS-ThP16, 194
Zheng, X.: EM+PS-WeM3, 151
Zheng, Y.: EM-TuA7, 133
Zheng, Z.S.: EM-ThP2, 195
Zhou, C.: NS+AS+EM-MoA6, 113
Zhou, D.: NS+EM+EN-TuM4, 125
Zhou, G.: EM+TF-MoM8, 100; IS+AS+SPFrM1, 201
Zhou, H.: MI+EM+MG-MoA10, 111
Zhou, J.: SA+AS+MG+SS-TuA10, 138;
SE+PS-WeA9, 167
zhou, L.: PS-MoA4, 114; PS-TuP5, 145; PSTuP7, 145
Zhou, W.: GR+EM+NS+SS+TF-ThA10, 186
Zhou, Y.: HI-ThM10, 177
Zhou, Z.: SS+NS-WeM12, 156
Zhu, H.: EM+TF-MoM8, 100
Zhu, J.F.: AC+AS+EN-TuA12, 131;
EM+AS+EN+TF-ThM9, 175;
EN+SE+SS+TF-WeM11, 152; SS+EMWeA7, 168
Zhu, J.-X.: AC+MI+SA+TF-MoA9, 108
Zhu, K.: SS-FrM4, 204
Zhu, S.E.: HI-ThP1, 196
Zhu, W.: PS1-TuM3, 125; PS1-TuM4, 125;
TF-ThP34, 198
Zhu, W.-D.: NS+AS+EM-MoA3, 113
Zhu, X.Y.: EN+AS+NS+SS-MoA1, 110
Zhu, Y.: GR-WeM9, 153; TF-ThP19, 198
Zhu, Z.: BI+AI+AS+BA+IA+NL+NS+SPWeA2, 163; NS+AS+BI+SP-WeM2, 154
Zigrosser, D.: VT-WeM11, 158
Zimmermann, M.: NL+AS+BI-ThA7, 188
Zingarelli, S.: BI+AI+BA+IS-MoA3, 109
Zink, B.R.: EM-ThP13, 195
Zinkle, S.J.: AC+AS+EN-TuA1, 131
Zoll, S.: EM+PS-TuM2, 121
Zollner, C.J.: EL+AS+EN+PS+SS+TFThM12, 175
Zöllner, M.H.: SS+AS-TuM11, 126
Zollner, S.: EL+AS+EM+SS+TF-WeA11,
163; EL+AS+EN+PS+SS+TF-ThM12,
175; EL-ThP2, 194; EL-ThP3, 194
Zonooz, P.S.: TF+PS-ThM10, 182; TFThP18, 198
Zorman, C.A.: PS+AS+NS+SS-ThM12, 178
Zorn, G.: AS+BI-MoM8, 98
Zuber, S.: SS1-ThA9, 190
Zufelt, K.: TF+PS-ThM2, 182
Zuilhof, H.: AS+BI+IS-WeM11, 150;
TR+SE-TuM3, 127
Zurek, E.: TF+AS+BI+EM+SE+SS-WeA9,
169
Zwang, T.: BI+AS+BA+NL-TuM4, 121
Zwicknagl, G.: AC+MI+SA+TF-MoA6, 108