IVC-18/ICN+T 2010/ICSS-14/VASSCAA-5
Scientific Program*
Content

Content …………………………………………………….……................................................................
1

Key to lecture numbers and poster numbers……………………………………………………….…....
2

Program Summary ……………………………………………………………………………………….…...
3

Plenary Sessions ……………………………………………………………………………………………... 11

Sub-Conference Scientific Program …………………………………………………………………….... 16
 Surface Science (SS) …………………………………………………………….................................. 16
 Applied Surface Science (ASS) ……………………………………………….................................... 46
 Joint Sessions of Applied Surface Science, Surface Science, and
Nano-Science and Technology (ASS/SS/NST)……………………………………........................... 60
 Nano-Science and Technology (NST) and Joint Sessions with Bio-Interface (NST/BIO) .............. 68
 Thin Film (TF) ………………………………………………................................................................ 94
 Surface Engineering (SE) ………………………………………………............................................... 115
 Plasma Science and Technology (PST) and Electronic Materials & Processing (EMP)................ 121
 Vacuum Science and Technology (VST) ………………………………………….............................. 134
*
Please use your original Abstract No., lecture/poster number, your name, or unique keywords in your
abstract title to search for the schedule of your presentation.
1
Key to lecture numbers and poster numbers
Sub-Conferences:
Surface Science:
SS
Applied Surface Science:
ASS
Nano-Science and Technology:
NST
Thin Films:
TF
Surface Engineering:
SE
Plasma Science and Technology:
PST
Electronic Materials & Processing:
EMP
Vacuum Science and Technology:
VST
Bio-Interface:
BIO
Type of Presentations:
Plenary Lecture:
PL
Conference Plenary Lecture:
CPL
Keynote Lecture:
KN
Invited Lecture:
IN
Oral Presentation:
O
Poster Presentation:
P
Lecture numbers:
Oral presentation
First presentation in Session SS01
Example: SS 1 – O – 1
First session in the Surface Science Sub-Conference
Surface Science Sub-Conference
Poster numbers:
Session number
Sequence number
Example: P 1 – NST 1 – 1
Sub-Conference
Poster group
Poster presentation
2
Program Summary, 23 August, Monday Morning, Convention Hall 1
Rm. 201A
Rm. 201B
Rm. 201C
Rm. 308
Rm. 305C
Rm. 305AB
Rm. 307
Ballroom A
Ballroom B
(SS)
(SS)
(SS)
(ASS)
(ASS/SS/NST)
(NST)
(NST/BIO)
(TF)
(SE/TF/ASS)
(PST/EMP)
(VST)
8:30
Opening Session
9:00
Awards Ceremony
9:45
Plenary Lecture 1
10:30
Plenary Lecture 2
11:15
Plenary Lecture 3
12:00
Lunch Break
LiJiang Room A LiJiang Room B
Program Summary, 23 August, Monday Afternoon
14:00
Rm. 201A
Rm. 201B
Rm. 201C
Rm. 308
Rm. 305C
Rm. 305AB
Rm. 307
Ballroom A
Ballroom B
LiJiang Room A
LiJiang Room B
(SS)
(SS)
(SS)
(ASS)
(ASS/SS/NST)
(NST)
(NST/BIO)
(TF)
(SE/TF/ASS)
(PST/EMP)
(VST)
ASS1:
Surface Chemistry
and Catalysis I
ASS1-IN-1
ASS/SS1:
SPM and Novel
Probe Techniques I
ASS/SS1- KN-1
NST1:
Nanotechnology I
NST2: Nanotubes,
Wires & Novel
Architectures I
NST2-KN-1
TF1:
Thin Film Growth I
TF2: Magnetic Thin
Films and
Structures
TF2-IN-1
ASS/SS1-IN-1
NST1- IN-1
SS1:
STM/STS I
SS2: Surface and
Adsorbate Systems
I
SS1-IN-1
SS3:
Graphene I
SS3-KN-1
NST1-KN-1
TF1-IN-1
PST1:
Plasma-Surface
Interaction
PST1-KN-1
VST1: Measurement
and Calibration
PST1-KN-2
VST1-IN-1
VST1-KN-1
14:15
14:30
SS1-IN-2
SS2-IN-1
14:45
TF1-IN-2
15:00
NST2 –IN-1
15:15
15:30
15:45
16:00
16:15
Coffee Break
16:30
Conference Plenary Lecture Session 1
18:30
Banquet
3
Program Summary, 24 August, Tuesday Morning
8:00
Rm. 201A
Rm. 201B
Rm. 201C
Rm. 308
Rm. 305C
Rm. 305AB
Rm. 307
Ballroom A
Ballroom B
LiJiang Room A
LiJiang Room B
(SS)
(SS)
(SS)
(ASS)
(ASS/SS/NST)
(NST)
(NST/BIO)
(TF)
(SE/TF/ASS)
(PST/EMP)
(VST)
SS6:
Surface, Interface
and Growth I
ASS2:
Quantitative
Surface and
Interface Analysis I
ASS2-IN-1
ASS/SS2:
Characterization of
Nanomaterials
NST3:
Nanotechnology II
NST4:
Nanotubes, Wires &
Novel Architectures
II
SE/TF1:
Multifunctional
Coatings
ASS/SS3:
Oxide Thin Films &
Insulating Films
VST2:
Metrology &
Sensors, Materials
and Outgassing
ASS/SS2-IN-1
NST3-KN-1
SE/TF1-KN-1
ASS/SS3-IN-1
EMP1:
Semiconductor
Materials, Displays
& Devices
EMP1-KN-1
NST3-IN-1
SE/TF1-IN-1
ASS/SS3-IN-2
EMP1-IN-1
VST2-KN-1
SE/TF1-KN-2
ASS/SS3-IN-3
SS4:
STM/STS II
SS5:
Surface and
Adsorbate
Systems II
SS4-KN-1
8:15
8:30
SS4-IN-1
8:45
9:00
SS5-IN-1
ASS2-IN-2
NST4- IN-1
ASS/SS2-IN-2
9:15
9:30
SS6-IN-1
NST4 –IN-2
9:45
10:00
SS4-IN-2
10:15
10:30
ASS2-IN-3
SS5-IN-2
ASS/SS2-IN-3
NST3 –IN-2
11:00
EMP1-KN-2
SS4-IN-3
SE/TF1-IN-2
10:45
NST4 –IN-3
ASS/SS2-IN-4
11:15
11:30
11:45
12:00
Lunch Break & Poster Session 1
4
VST2-IN-1
Program Summary, 24 August, Tuesday Afternoon
14:00
Rm. 201A
Rm. 201B
Rm. 201C
Rm. 308
Rm. 305C
Rm. 305AB
Rm. 307
Ballroom A
Ballroom B
LiJiang Room A
LiJiang Room B
(SS)
(SS)
(SS)
(ASS)
(ASS/SS/NST)
(NST)
(NST/BIO)
(TF)
(SE/TF/ASS)
(PST/EMP)
(VST)
SS7:
STM/STS III
SS8:
Surface and
Adsorbate
Systems III
SS9:
Graphene II
ASS3:
Surface Chemistry
and Catalysis II
ASS/SS4:
SPM and Novel
Probe Techniques
II
NST5:
Magnetics &
Spintronics I
NST6:
Nanotubes, Wires
& Novel
Architectures III
TF3:
Thin Films
Characterization I
TF/SE1:
Carbon-based
Thin Films &
Coatings
ASS3-IN-1
ASS/SS4-KN-1
NST5-IN-1
TF3-IN-1
TF/SE1-IN-1
PST2:
Plasma Sources for
Enabling
Technologies &
Plasma Diagnostics
PST2-IN-1
TF/SE1-IN-2
PST2-IN-2
SS7-KN-1
14:15
14:30
SS7-IN-1
SS9-IN-1
ASS/SS4-IN-1
NST6-IN-1
14:45
15:00
SS8-IN-1
NST6-IN-2
15:15
15:30
SS7-IN-2
PST2-IN-3
15:45
16:00
PST2-IN-4
16:15
Coffee Break
16:30
Conference Plenary Lecture Session 2
Poster Session 1, Convention Hall, 12:0014:00
P1-BIO: Nano-Bio
P1-TF1: Thin Film Growth; P1-TF/SE: Multifunctional Coatings and Carbon-Based Thin Films & Coatings
P1-SE: Surface Engineering
P1-PST1: Plasma Science and Technology; P1-EMP1: Electronic Materials and Processing
P1-VST1: Measurement and Calibration; P1-VST2: Sensors and Metrology; P1-VST3: Vacuum Gas Dynamics; P1-VST4: Large Vacuum Systems: Development & Applications
P1-VST5: Vacuum Materials and Processes; P1-VST6: Vacuum Science; P1-VST7: Pumps, Getters, and Other Vacuum Components
5
VST3:
Vacuum
Measurement
VST3-IN-1
Program Summary, 25 August, Wednesday Morning
8:00
Rm. 201A
Rm. 201B
Rm. 201C
Rm. 308
Rm. 305C
Rm. 305AB
Rm. 307
Ballroom A
Ballroom B
LiJiang Room A
LiJiang Room B
(SS)
(SS)
(SS)
(ASS)
(ASS/SS/NST)
(NST)
(NST/BIO)
(TF)
(SE/TF/ASS)
(PST/EMP)
(VST)
SS12:
Surface, Interface
and Growth II
ASS4 :
Quantitative
Surface and
Interface Analysis II
ASS4-IN-1
NST7:
Magnetics &
Spintronics II
NST8:
Nanofabrication
TF4:
Thin Films for
Photovoltaics
SE1:
Protective Coatings
& Tribology
EMP2:
Electronic Materials
VST4:
Large Vacuum
Systems
TF3-KN-1
SE1-KN-1
EMP2-IN-1
VST4-KN-1
SS10:
Single
Atom/Molecule
Manipulation
SS11:
Surface and
Adsorbate
Systems IV
SS12-IN-1
ASS/SS5:
Self-Assembly
NST7- IN-1
8:15
8:30
SS10-IN-1
ASS/SS5-IN-1
VST4-KN-2
NST7- IN-2
8:45
SE1-IN-1
9:00
9:15
9:30
9:45
10:00
10:15
SS10-IN-2
ASS4-IN-2
NST9:
Nanoparticles &
Nanomaterials
SS11-IN-1
SE1-IN-2
NST8- IN-1
10:30
10:45
SE1-IN-3
11:00
11:15
11:30
11:45
12:00
Lunch Break & Poster Session 2
6
VST4-IN-1
Program Summary, 25 August, Wednesday Afternoon
14:00
Rm. 201A
Rm. 201B
Rm. 201C
Rm. 308
Rm. 305C
Rm. 305AB
Rm. 307
Ballroom A
Ballroom B
LiJiang Room A
LiJiang Room B
(SS)
(SS)
(SS)
(ASS)
(ASS/SS/NST)
(NST)
(NST/BIO)
(TF)
(SE/TF/ASS)
(PST/EMP)
(VST)
SS13:
STM/STS IV
SS14:
Surface and
Adsorbate
Systems V
SS15:
Graphene III
ASS5:
Surface Chemistry
and Catalysis III
ASS/SS6 :
SPM and Novel
Probe Techniques
III
NST10 :
Quantum Effects &
Devices
NST11:
Nano-Bio I
TF5:
Thin Film growth II
NST10-IN-1
NST/BIO11- IN-1
IF5-IN-1
NST10-IN-2
NST/BIO11- IN-2
SS13-KN-1
ASS5-IN-1
SE2:
Protective
Coatings and
Tribology
PST3:
Plasma Chemistry
and Processes for
New Applications
PST3-KN-1
14:15
14:30
SS13-IN-1
SS14-IN-1
SS15-IN-1
14:45
15:00
PST3-IN-1
15:15
15:30
NST/BIO11- IN-3
15:45
16:00
PST3-IN-2
16:15
Coffee Break
16:30
Conference Plenary Lecture Session 3
Poster Session 2, Convention Hall, 12:0014:00
P2-SS : Graphene / Thin Film / Quantitative Analysis / Single Molecule / STM
P2-ASS: Nanomaterials / Self assembly / Novel SPM / Thin Films / Quantitative Analysis
P2-NST1: Nanotechnology; P2-NST2: Nanophotonics / Plasmonics / Novel SPM; P2-NST3: Nanotubes, Wires & Novel Architectures; P2-NST4: Magnetics & Spintronics
P2-TF1: Thin Films for Photovoltaics; P2-TF2: Thin Films Characterization
7
VST5:
Vacuum Gas
Dynamics,
Simulations I
VST5-IN-1
Program Summary, 26 August, Thursday Morning
8:00
Rm. 201A
Rm. 201B
Rm. 201C
Rm. 308
Rm. 305C
Rm. 305AB
Rm. 307
Ballroom A
Ballroom B
LiJiang Room A
LiJiang Room B
(SS)
(SS)
(SS)
(ASS)
(ASS/SS/NST)
(NST)
(NST/BIO)
(TF)
(SE/TF/ASS)
(PST/EMP)
(VST)
SS18:
Surface, Interface
and Growth III
ASS6 :
Quantitative
Surface and
Interface Analysis
III
ASS6-KN-1
SS16:
Surface
Magnetism
SS17:
Surface and
Adsorbate
Systems VI
SS17-IN-1
ASS/SS7:
Surface
NST12:
Nanophotonics /
Plasmonics I
NST13:
Nano-Bio II
NST12-KN-1
TF6:
Thin Films
Characterization II
TF6-IN-1
SE3:
Engineered
Multilayers &
Nanostructured
Coatings
SE3-IN-1
EMP3:
Graphene Based
Materials & Devices
EMP3-IN-1
VST6:
Pumps, Getters,
Components,
Materials &
Processing
VST6-IN-1
8:15
8:30
ASS6-IN-1
NST12-IN-1
VST6-IN-2
NST/BIO13- IN-1
8:45
SE3-IN-2
9:00
ASS/SS7-IN-1
NST12-IN-2
NST/BIO13- IN-2
9:15
9:30
NST/BIO13- IN-3
SS18-IN-1
9:45
10:00
10:15
10:30
SS16-IN-1
SS18-IN-2
ASS6-IN-2
SE3-IN-3
ASS/SS7-IN-2
VST6-KN-1
EMP3-IN-2
NST12-IN-3
10:45
11:00
NST12-IN-4
11:15
EMP3-IN-3
11:30
11:45
12:00
Lunch Break & Poster Session 3
8
Program Summary, 26 August ,Thursday Afternoon
14:00
Rm. 201A
Rm. 201B
Rm. 201C
Rm. 308
Rm. 305C
Rm. 305AB
Rm. 307
Ballroom A
Ballroom B
LiJiang Room A
LiJiang Room B
(SS)
(SS)
(SS)
(ASS)
(ASS/SS/NST)
(NST)
(NST/BIO)
(TF)
(SE/TF/ASS)
(PST/EMP)
(VST)
SS19:
STM/STS V
SS20:
Surface and
Adsorbate
Systems VII
SS21:
Topological
Insulators I
ASS/SS8:
SPM & Novel
Probe Techniques
IV
NST14:
Molecular
Electronics
NST15:
Nano-Bio III
TF7:
Optics,
Electronics and
Optoelectronics
TF8:
Oxides Thin Films
PST4: Plasma at
Atmospheric
Pressure and their
Applications
VST7:
Seminar on NEG
pumps
SS19-IN-1
SS20-IN-1
SS21-KN-1
ASS7:
Surface Chemistry
and Catalysis IV /
Oxide & Corrosion
/ Adhesion / Wear
ASS7-KN-1
ASS/SS8-IN-1
NST14- IN-1
NST/BIO15-KN-1
TF7-KN-1
TF8-IN-1
PST4-IN-1
VST7-IN-1
ASS7-KN-2
ASS/SS8-IN-2
NST14- IN-2
NST/BIO15-IN-1
TF7-IN-1
14:15
14:30
SS19-IN-2
VST7-IN-2
14:45
15:00
SS21-IN-1
NST/BIO15-IN-2
VST7-IN-3
15:15
15:30
VST7-IN-4
SS21-IN-2
15:45
16:00
VST7-IN-5
16:15
Coffee Break
16:30
Conference Plenary Lecture Session 4
Poster Session 3, Convention Hall, 12:0014:00
P3-SS: Surface Adsorbate / Surface Catalysis / Surface Growth
P3-ASS: Surface Modifications / Oxidation and Corrosion / Adhesion
P3-NST1: Nanofabrication; P3-NST2 : Nanoparticles & Nanomaterials; P3-NST3: Molecular Electronics; P3-NST4: Nano-Bio; P3- NST5: Nano-Mechanics; P3- NST6: Nanosenors & Systems; P3-NST7: Surface; P3- NST8: Tribology
P3-TF1: Oxides Thin Films; P3-TF2: Optics, Electronics and Optoelectronics; P3-TF3: Magnetic Thin Films and Structures
9
Program Summary, 27 August, Friday Morning
8:00
Rm. 201A
Rm. 201B
Rm. 201C
Rm. 308
Rm. 305C
Rm. 305AB
Rm. 307
Ballroom A
Ballroom B
LiJiang Room A
LiJiang Room B
(SS)
(SS)
(SS)
(ASS)
(ASS/SS/NST)
(NST)
(NST/BIO)
(TF)
(SE/TF/ASS)
(PST/EMP)
(VST)
SS22:
STM/STS VI
SS23:
Graphene IV
SS24:
Topological
Insulators II
ASS8 :
Surface Analysis
and Modifications
/ Wear
ASS8-IN-1
NST18:
Nanotechnology III
NST16:
Nanophotonics /
Plasmonics II
NST18-IN-1
NST16-KN-1
SS22-IN-1
SS24-IN-1
NST17:
Nanosenors &
Systems
TF9:
Thin Film Growth
III
EMP4:
Nano-Tubes,
-Wires & Novel
Architectures
EMP4-IN-1
VST8: Vacuum
Gas Dynamics,
Simulations II &
Vacuum Science
VST8-IN-1
8:15
8:30
SS24-IN-2
NST16 –IN-1
NST17- IN-1
8:45
9:00
9:15
9:30
9:45
Coffee Break
Plenary Lecture Session & Closing Ceremony, Convention Hall 1
10:00
Plenary Lecture 4
10:45
Plenary Lecture 5
11:30
Closing Session: Best Poster Award
10
VST8-IN-2
Plenary Sessions
August 23, 2010
Opening Session
Monday Morning, Convention Hall 1
Presiding
Xue Qikun（Tsinghua University, China）
8:309:00
Opening Speech from the General Chair of IVC-18, Jianguo Hou (President of CVS, President of University of Science and Technology of China)
Welcome Speech from the President of IUVSTA, J. W. Rogers (Idaho National Laboratory, USA)
Welcome Speech from the Executive Vice President of the Chinese Academy of Sciences, Chunli Bai
Welcome Speech from the Local Government Officer
9:009:30
Awards Ceremony (IUVSTA Prizes, CVS Outstanding Achievement Prize, CVS Youth Innovation Prize)
Plenary Lecture Session 1
Monday Morning, Convention Hall 1
Presiding
Jianguo Hou (President of CVS, President of University of Science and Technology of China, China)
Time
Author, Affiliation
Title
Abs. No.
9:4510:15
Heinrich Rohrer
Nobel Prize Laureate, Switzerland
Science, Fascination, and Passion
PL1
5f178b61-0
10:1511:00
Chunli Bai
Chinese Academy of Sciences, China
Nano Science and Technology: Challenges and Opportunities
PL2
fb9e5a5e-1
11:0011:45
A. K. Geim
University of Manchester, UK
Graphene: Status and Prospects
PL3
f0804690-1
August 23 (PM)  August 27 (AM), 2010
Sub-Conference Scientific Program*
Conference Plenary Lecture Session#
16:3018:00
*August
23, Monday Evening (18:3021:00): Banquet;
# See
following pages for details.
August 27, 2010
Plenary Lecture Session 2
Friday Morning, Convention Hall 1
Presiding
Xu Chen (General Secretary of CVS, Vice President of Tsinghua University, China)
Time
Author, Affiliation
Title
Abs. No.
10:0010:45
Charles M. Lieber
Harvard University, USA
Nanowires: A Platform for Nanoscience and Nanotechnology
PL4
ce3f3397-7
10:4511:30
Roland Wiesendanger
University of Hamburg, Germany
Spin mapping, Spin Manipulation, and Magnetometry at the Atomic
Level
PL5
8531c3d1-7
11
Closing Session: Best Poster Award
11:3012:00
Conference Plenary Lecture Session 1
August 23, Monday Afternoon, Rm. 201ABC
Presiding
Wilson Ho (University of California, Irvine, USA)
Time
Author, Affiliation
Title
Abs. No.
16:3017:15
Andreas Heinrich
Measuring the spin dynamics of single atoms with
nanosecond time resolution
CPL1-1
Controlling Electrochemical Reactions of Atoms, Ions,
and Molecules at the Nanoscale
CPL1-2
IBM Almaden, USA
17:1518:00
Masakazu Aono
National Institute for Material Science,
Japan
561ab773-4
bdae56c1-c
August 23, Monday Afternoon, Rm. 305ABC
Presiding
Seizo Morita (Osaka University, Japan)
Time
Author, Affiliation
Title
Abs. No.
16:3017:15
Xiang Zhang
Metamaterials and Plasmonics:
CPL1-3
University of California at Berkeley, USA
A New Frontier of Science and Technology
4e23e374-8
Zhonglin Wang
Self-powered Nanosystem: from Nanogenerators to
Piezotronics
CPL1-4
17:1518:00
Georgia Institute of Technology, USA
196027f0-6
August 23, Monday Afternoon, LiJiang Room AB
Presiding
Michael F. Crommie (University of California at Berkeley, USA)
Time
Author, Affiliation
Title
Abs. No.
16:3017:15
Mark J. Kushner
Controlling Plasmas for Nanofabrication and Plasma
Treatment of Living Tissue
CPL1-5
University of Michigan, USA
12
ee5e0a37-1
Conference Plenary Lecture Session 2
August 24, Tuesday Afternoon, Rm. 201ABC
Presiding
Masakazu Aono (National Institute for Material Science, Japan)
Time
Author, Affiliation
Title
Abs. No.
16:3017:15
Wilson Ho
The Interior of Single Molecules: Charge, Spin, Photon,
and Phonon
CPL2-1
Topological Insulators and Their Novel Surface States
CPL2-2
University of California, Irvine, USA
17:1518:00
Shoucheng Zhang
Stanford University, USA
5c465c81-b
a9cf5340-7
August 24, Tuesday Afternoon, Rm. 305ABC
Presiding
Lars Samuelson (University of Lund, Sweden)
Time
Author, Affiliation
Title
16:3017:15
Flemming Besenbacher
Dynamics
of
Nanostructures
High-Resolution Video-Rate STM
Aarhus University, Denmark
Abs. No.
Revealed
by
CPL2-3
2b9ea029-5
August 24, Tuesday Afternoon, Ballroom AB
Presiding
Peter B. Barna (Res Inst for Techn Phys and Mater Sci, Hungary)
Time
Author, Affiliation
Title
Abs. No.
16:3017:15
J. E. Greene
Fundamental Properties of Epitaxial and Nanostructured
Thin Films of Transition Metal Nitrides and Related
Compounds
CPL2-4
University of Illinois, USA
13
317b66c2-7
Conference Plenary Lecture Session 3
August 25, Wednesday Afternoon, Rm. 201ABC
Presiding
Andreas Heinrich (IBM Almaden, USA)
Time
Author, Affiliation
Title
Abs. No.
16:3017:15
Michael F. Crommie
From Atoms to Nanobubbles: Manipulating Graphene
CPL3-1
University of California at Berkeley, USA
17:1518:00
Seizo Morita
2e65fbdc-0
Atomic Force Microscopy as a Tool for Room
Temperature Atom Identification and Manipulation
Osaka University, Japan
CPL3-2
d9d677d2-2
August 25, Wednesday Afternoon, Rm. 305ABC
Presiding
Hans-Joachim Freund (Fritz-Haber-Institut der Max-Planck-Gesellschaft, Germany)
Time
Author, Affiliation
Title
Abs. No.
16:3017:15
Vahid Sandoghdar
Ultrasensitive Detection and Spectroscopy of Single
Molecules and Nanoparticles: from Quantum Optics to
Biophysics
CPL3-3
ETH Zurich, Switzerland
5269251f-c
August 25, Wednesday Afternoon, Ballroom AB
Presiding
Flemming Besenbacher (Aarhus University, Denmark)
Time
Author, Affiliation
Title
Abs. No.
16:3017:15
Peter B. Barna
Synthesized View of the Nucleation and Growth of
Elemental and Multi-Component Polycrystalline Thin
Films
CPL3-4
Res Inst for Techn Phys and Mater Sci,
Hungary
14
fce797c5-a
Conference Plenary Lecture Session 4
August 26, Thursday Afternoon, Rm. 201ABC
Presiding
Lars Montelius (Lund University, Sweden)
Time
Author, Affiliation
Title
Abs. No.
16:3017:15
Lars Samuelson
Nanowires: A Thin Thread Linking Basic Materials
Physics to Nanodevices
CPL4-1
Functional Molecular Nanopatterns on Solid Surface
Investigated by Scanning Tunneling Microscopy
CPL4-2
University of Lund, Sweden
17:1518:00
Lijun Wan
Institute of Chemistry, CAS, China
205d3e65-7
e7463b94-f
August 26, Thursday Afternoon, Rm. 305 ABC
Presiding
Vahid Sandoghdar (ETH Zurich, Switzerland)
Time
Author, Affiliation
Title
Abs. No.
16:3017:15
Naomi J. Halas
Plasmonics: Optics at Nanoscale Dimensions
CPL4-3
Rice University, USA
17:1518:00
f4b27c7c-9
Hans-Joachim Freund
Fritz-Haber-Institut
Max-Planck-Gesellschaft, Germany
der
Electronic Structure and Reactivity of Metals Supported
on Thin Oxide Films: Catalyst Model Systems at the
Atomic Level
15
CPL4-4
5103cf30-0
Sub-Conference Scientific Program
Sub-Conference: Surface Science
Chair: Qi-Kun Xue;
Co-Chairs: Peter Varga, Joseph A. Stroscio, Maki Kawai, Young Kuk
August 23, 2010
Monday Afternoon, Rm. 201A
Session No. and Topic: SS1 ─ STM/STS I
Presiding
Young Kuk (Seoul National University, Korea)
Time
Authors, Affiliation
Title
Abs. No.
14:00–14:30
H. Eisele1, L. Ivanova1, S. Borisova2, M. Dähne1,
Ph. Ebert2
1Technische Universität Berlin, Germany
2Forschungszentrum Jülich GmbH, Germany
Cross-sectional scanning tunneling microscopy of pure and
diluted nitride semiconductors
SS1-IN-1
5f659cfc-a
14:30–15:00
Karina Morgenstern
Leibniz Universität Hannover, Germany
STM study of the influence of neighboring molecules on thermal
and fs-laser induced diffusion of CO on Cu(111)
SS1-IN-2
5f6ba3be-3
15:00–15:15
Howon Kim, Minhui Chang, Jeong Heum Jeon,
Se-Jong Kahng
Korea University, Korea
Depopulation of Surface States on Au(111) studied using Scanning
Tunneling Spectroscopy
SS1-O-1
20bc0b6b-f
15:15–15:30
Jiepeng Liu, Xuefeng Wu, Fangfei Ming, Xieqiu
Zhang, Kedong Wang, Xudong Xiao
Chinese University of Hong Kong, China
Size dependent superconductivity of Pb islands grown on Si (111)
SS1-O-2
10e3138a-9
15:30–15:45
I. Brihuega1,2, S.Bose1, A. M. García-García3, M.
M. Ugeda1,2, J. D. Urbina4, C. H. Michaelis2, K.
Kern3
1MPI for Solid State Research, Germany
2Univ. Autonoma Madrid, Spain
3Princeton University, USA
4Universität Regensburg, Germany
Superconductivity in single
demonstration of 'shell effects'
experimental
SS1-O-3
e4f0f894-6
15:45–16:00
Howon Kim, Kyung-hoon Chung, Jong Keon
Yoon, Se-Jong Kahng
Korea University, Korea
Conformations and Kondo Effect in Co-Porphyrin Molecules on
Au(111) Studied using Scanning Tunneling Spectroscopy
SS1-O-4
f68735fe-3
nanoparticles:
16:00–16:15
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 1
18:3020:30
Banquet, Location
Monday Afternoon, Rm. 201B
Session No. and Topic: SS2 ─ Surface and Adsorbate Systems I
Presiding
Karina Morgenstern (Leibniz Universität Hannover, Germany)
Time
Authors, Affiliation
Title
Abs. No.
16
14:00–14:15
E.A. Deulin, G.A. Petrosyan, E.G. Yudin
Bauman Moscow Stat Techn Univ, Russia
New nanoscale results of friction pairs material analysis
SS2-O-1
85fec00f-4
14:15–14:30
Huihui Kong, Xin Song, Xuefu Zhang, Xiaoqing
Liu, Hongming Wang, Li Wang
Nanchang University, China
Chiral Supramolecular Self-assembly of Rubrene on Au(111)
SS2-O-2
bd766135-d
14:30–15:00
X. H. Qiu, J. Zhang, B.K. Yuan
National Center for Nanosci & Technol, China
The hydrogen-bond
8-hydroxyquinoline
self-assembled
SS2-IN-1
e125a545-9
15:00–15:15
Wei Xu1,2, Flemming Besenbacher1
1Aarhus University, Denmark
2Tongji University, China
Supramolecular Porous Network Formed by Molecular
Recognition between Chemically Modified Nucleobases G and C
SS2-O-3
5dde7809-2
15:15–15:30
Shun Yu1, Sareh Ahmadi1, Marcelo Zuleta2,
Haining Tian3, Karina Schulte4, Annette Pietzsch4,
Franz Hennies4, Jonas Weissenrieder1, Xichuan
Yang3, Mats Göthelid1
1Royal Institute of Technology (KTH), Sweden
2Uppsala University, Sweden
3Dalian University of Technology, China
4Lund University, Sweden
Molecular interaction and charge transfer dynamics of Metal-free
Organic Dye Adsorbed on TiO2
SS2-O-4
c71c18d4-2
15:30–15:45
T. J. Lerotholi1, W. Unterberger2, E. A. Kröger2, M.
J. Knight1, D. A. Duncan2, D. Kreikemeyer2, K. A.
Hogan3, D. C. Jackson1, D. P. Woodruff1
1University of Warwick, UK
2Fritz-Haber-Institut der MPG, Germany
3University of Huddersfield, UK
The local structure of hydroxyl species on TiO2(110): a
photoelectron diffraction determination
SS2-O-5
5aea852d-b
15:45–16:00
Yunbin He1,4, Ulrike Diebold1, Antonio Tilocca2,
Annabella Selloni3
1Tulane Univ, USA; 2Univ Col London, UK
3Princeton Univ, USA.; 4Hubei Univ, China
Atomic scale insight into water adsorption on the anatase TiO2
(101)
SS2-O-6
a75c0ee3-e
16:00–16:15
Shijing Tan, Yongfei Ji, Yan Zhao, Bing Wang,
Jinlong Yang, Jianguo Hou
Univ Sci &Technol China, China
Direct observation of photocatalyzed dissociation of water on
TiO2(110)-1×1 by STM
SS2-O-7
83d7f688-c
16:15-16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 1
18:3020:30
Banquet, Location
configurations
in
Monday Afternoon, Rm. 201C
Session No. and Topic: SS3 ─ Graphene I
Presiding
Andre Geim (University of Manchester, UK)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Young Kuk
Seoul National University, Korea
Charge Puddles and Edge Effect in a Graphene Device Studied
by Scanning Gate Microscope
SS3-KN-1
e90377f8-a
14:30–14:45
Justin C. Koepke1, Joshua D. Wood1 , Salvador
Barraza-Lopez2, Yang Xu3, Joseph W. Lyding1
1University of Illinois, USA
2Georgia Institute of Technology, USA
3Zhejiang University, China
Atomic-scale scanning tunneling microscopy studies of
nanometer-sized graphene flakes on the Si(111) – 7×7 surface
SS3-O-1
10d5d96a-a
14:45–15:00
S. Barja1,2, B. Borca1, M. Garnica1,2, M. Minniti2,
A. Politano2, J. M. Rodriguez-García1, J. J.
Hinarejos1, D. Farías1, A. L. Vázquez de Parga1,2,
R. Miranda1,2
Electronic and Geometric Corrugation of Periodically Rippled,
Self-nanostructured Graphene Epitaxially Grown on Ru(0001)
SS3-O-2
95fe9dd6-4
17
1Universidad Autónoma
2IMDEA-
de Madrid, Spain
Nanociencia, Spain
15:00–15:15
M. M. Ugeda1, I. Brihuega1, F. Guinea2, J.M.
Gómez-Rodríguez1
1Universidad Autónoma de Madrid, Spain
2CSIC, Spain
Missing Atom as a Source of Carbon Magnetism
SS3-O-3
a431fb52-6
15:15–15:30
J. S. Chae1, S. Y. Jung2, S. J. Woo3, H. W. Baek1,
J. H. Ha1, Y.J. Song2, Y. W. Son3, N. B. Zhitenev2,
J. A. Stroscio2, Y. Kuk1
1Seoul National University, Korea; 2NISTl, USA,
3Korea Institute for Advanced Study, Korea
Local Conductance Variation in Graphene Devices: a Scanning
Gate Microscope Study
SS3-O-4
28998454-5
15:30–15:45
G. M. Rutter1, S. Jung1,2, N. N. Klimov1,2,3, D. B.
Newell3, N. B. Zhitenev1, J. A. Stroscio1
1CNST, NIST, Gaithersburg, MD
2Maryland NanoCenter, UMD, MD
3EEEL, NIST, MD
Scanning Tunneling Spectroscopy of Gated Graphene Bilayers
SS3-O-5
6ba42774-b
15:45–16:00
C. Virojanadara1, A. A. Zakharov2, R. Yakimova1,
L. I. Johansson1
1Linköping Univ, Sweden; 2Lund Univ, Sweden
Buffer free bi-layer graphene on SiC(0001)
SS3-O-6
3e36f623-1
16:00–16:15
J. H. Gao1, M. Kitahara1, M. S. Xu2, D. Fujita1
1ICMN (MANA) and ANCC
2National Institute for Materials Science, Japan
Growth of Graphene and Carbon Nanowires on Pt(111) Surfaces
by Surface Segregation and Precipitation
SS3-O-7
03bfbe06-2
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 1
18:3020:30
Banquet, Location
18
August 24, 2010
Tuesday Morning, Rm. 201A
Session No. and Topic: SS4 ─ STM/STS II
Presiding
Harald Brune (EPFL, Switzerland), Xi Chen (Tsinghua University, China)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:30
Joseph A. Stroscio
NIST, USA
High Resolution Tunneling Spectroscopy of Graphene in Weak
and Strong Disorder Potentials
SS4-KN-1
13e62fa7-6
8:30–9:00
Werner A. Hofer
Universityof Liverpool, UK
Dynamic processes at the atomic scale
SS4-IN-1
ca97a0f3-8
9:00–9:15
Dingyong Zhong, Harald Fuchs, Lifeng Chi
Universität Münster, Germany
Surface-supported polymerization investigated by scanning
tunneling microscopy
SS4-O-1
a1f37fe3-c
9:15–9:30
A. Brambilla1, A. Picone1, F. Donati1, G. Fratesi2,
P. Sessi1, S. Achilli2, M. Passoni1, C. S. Casari1,4,
A. Li Bassi1,4, M. I. Trioni3, M. Finazzi1, L. Duò1,
F. Ciccacci1
1CNISM-NEMAS, Italy
2Università di Milano-Bicocca, Italy
3CNR-INFM, Italy
4Center for Nano Sci & Technol IIT@PoliMI, Italy
Scanning tunneling microscopy and spectroscopy of the
Fe(001)-p(1x1)O surface
SS4-O-2
ede54d89-1
9:30–9:45
Y. Oh1, S. I. Mamun2, J. Kwon1, J. Kim2, Y. Kuk1
1Seoul National University, Korea
2Kongju National University, Korea
Observation of Tetrairon(III) Single Molecule Magnet using
Scanning Tunneling Microscopy and Spectroscopy
SS4-O-3
ed55bd61-5
9:45–10:00
T. K .A. Spaeth, M. Wenderoth, K. Löser, R. G.
Ulbrich
Georg-August Universität Göttingen, Germany
The Si(111)-2x1 surface: Formation of pi-bonded chains and
co-existence of forward and backward buckling
SS4-O-4
f1b8816f-8
10:00–10:30
S. Rousset1, H. Lin1,2, J. Lagoute1 , V. Repain1,
C. Chacon1, Y. Girard1, J-S. Lauret3, F.
Ducastelle2, H. Amara2, A. Loiseau2, L. Henrard4
1Université Paris Diderot-CNRS, France
2ONERA-CNRS, France
3Institut d’Alembert, France
4Facultes Univ Notre-Dame de la Paix, Belgium
Wave functions imaging and many-body effects in carbon
nanotubes measured by STS
SS4-IN-2
2c8c7531-d
10:30–11:00
Xucun Ma
Institute of Physics, CAS, China
Molecular beam epitaxial growth and superconductivity of
ultrathin films of FeSe
SS4-IN-3
A0105BC5-B
11:00–11:15
Sangjun Jeon1, Hwansoo Suh2, Sungmin Kim1,
Young Kuk1
1Seoul National University, Korea
2Samsung Advanced Institute of Technol., Korea
Superconductivity on Nb/Si(111) System: a Scanning Tunneling
Microscopy and Spectroscopy Study
SS4-O-5
9c4e391a-0
11:15–11:30
J.N.Wu1 ，Hiroshi Kezuka1 ,Shunichi Arisawa2,
Kazuhiro Endo3
1Tokyo University of Technology, Japan
2National Institute for Materials Science
3Kanazawa Institute of Technology
Characteristics of BSCCO high-temperature superconducting
thin films prepared by MOCVD
SS4-O-6
903cd254-e
11:30–11:45
Chang Q Sun
Nanyang Technological University, Singapore
Zooming into zones aside STM/S Scoped
SS4-O-7
898d6a62-6
11:45–12:00
W.D. Xiao1, H.G. Zhang1, J.C. Lian1, Y.H. Jiang1,
Y.Y. Zhang1, Y. Pan1, Q. Liu1, N. Jiang1, L.W. Liu1,
S.X. Du1, W. A. Hofer2, H.-J. Gao1
1Institute of Physics, CAS, China
2University of Liverpool, UK
Mode Dependent Localization of Phonon Excitations in Graphene
Monolayer on Ru(0001)
SS4-O-8
922ca602-a
19
12:00–14:00
Lunch Break & Poster Session 1
Tuesday Morning, Rm. 201B
Session No. and Topic: SS5 ─ Surface and Adsorbate Systems II
Presiding
Werner A. Hofer (University of Liverpool, UK), Shixuan Du (Institute of Physics, CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
8:30–8:45
T. Pertram1, J. M. Essen1, S. Le Moal2, M. Moors1,
C. Becker2, K. Wandelt1
1University of Bonn, Germany
2Aix-Marseille Université, France
Formation of metal-free phthalocyanine chains on Au(110)
SS5-O-1
aa6cc70e-5
8:45–9:00
B.Borca1, J.M. Rodríguez-García1, J.J. Hinarejos1,
A.L. Vázquez de Parga1,2, R. Miranda1,2
1Universidad Autónoma de Madrid, Spain
2IMDEA Nanociencia, Spain
Magnetic metal-organic frameworks by means of a versatile 2D
molecular self-assembly
SS5-O-2
4dd304dd-d
9:00–9:30
Quanmin Guo
University of Birmingham,UK
Directed molecular self-assembly on metal surfaces
SS5-IN-1
7899c983-4
9:30–9:45
D.A. Duncan1, T.J. Lerotholi1, W. Unterberger2, D.
Kreikemeyer2, D.P. Woodruff1
1University of Warwick, UK
2Fritz-Haber_institut der MPG, Germany
The local structure of biologically-related molecules on Cu
surfaces
SS5-O-3
255b0ce4-8
9:45–10:00
Y. Zhao, Z. Wang, B. Wang, J. L. Yang, J. G. Hou
Univ Sci &Technol China, China
Electron-induced dissociation of CO2 on the reduced TiO2(110)
SS5-O-4
2e3506c9-c
10:00–10:15
Z. H. Qin, Q. M. Guo, K. Zang, C. D. Liu, Y. H. Yu,
G. Y. Cao
Wuhan Institute of Physics & Mathematics, China
Scanning Tunneling Microscopy of CoPc Molecules on Cu(001):
Morphologies, Structures and Stability
SS5-O-5
15bed718-6
10:15–10:45
H. W. Yeom
Pohang Univ of Science and Technology, Korea
Novel electronic structures of nanostructured Pb monolayers on
silicon -giant kink and massless electrons
SS5-IN-2
aa8d0dec-7
10:45–11:00
G. Schulze, K. J. Franke, J. I. Pascual
Freie Universität Berlin, Germany
Ring-opening/closing reactions of spiropyran on metal and
semi-metal surfaces
SS5-O-6
6e80112a-3
11:00–11:15
K. Ozawa1, K. Mase2
1Tokyo Inst Technol, Japan; 2HEARO(KEK), Japan
Surface Metallization of ZnO by Molecular Adsorption
SS5-O-7
8a938550-3
11:15–11:30
H.M. Zhang, L.K.E. Ericsson, L.S.O. Johansson
Karlstad University, Sweden
Photoemission and
Sn/Si(111)-2√3×2√3
11:30–11:45
Grzegorz Goryl1, Szymon Godlewski1, Dawid
Toton1, Lev Kantorovich2, Marek Szymonski1,
Jacek J. Kolodziej1
1Jagiellonian University, Poland
2King's College London, UK
Electronic properties of planar molecules adsorbed on InSb(001)
surface
SS5-O-9
8e81e3ff-9
11:45–12:00
R. F. Dou1, F. Lin2, F. W. Liu1, Y. Sun1, B. F. Lin1,
J.Y. Yang1, C. M. Xiong1, L. He1, J.C. Nie1
1Beijing Normal University, China
2Peking University, China
Surface Stabilization Variation of Organic Conductors Induced by
π-π stacking interactions
SS5-O-10
b9d73728-c
112:0014:00
Lunch Break & Poster Session 1
20
NEXAFS
Studies
of
PTCDA
on
SS5-O-8
2381b08a-1
Tuesday Morning, Rm. 201C
Session No. and Topic: SS6 ─ Surface, Interface and Growth I
Presiding
Shuji Hasegawa (University of Tokyo, Japan), Quanmin Guo (University of Birmingham,UK)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:15
T. U. Schülli1,3, R. Daudin1, G. Renaud1, A.
Pasturel2
1Institut Nanosciences et Cryogénie, France
2SIMAP INPG, France; 3ESRF, France
Substrate-enhanced supercooling in AuSi droplets
SS6-O-1
2a3e3b41-d
8:15–8:30
L.J. Cristina1, J.C. Moreno-López1, M.C.G.
Passeggi (h) 1 ， S. Sferco1,2, R.A. Vidal1, J.
Ferrón1,3
1INTEC (CONICET-UNL), Argentina
2Ciudad Universitaria (UNL), Argentina.
3Facultad de Ingeniería Química, Argentina
Surface characterization of self assembled N-Cu nanostructures
SS6-O-2
68FCE9B2-4
8:30–8:45
Andrey Shchukarev
Umeå University, Sweden
Approaching the real solid-aqueous solution interface with UHV
surface analysis techniques: X-Ray Photoelectron Spectroscopy
SS6-O-3
3390cf63-a
8:45–9:00
M.Trelka1, A.Medina1, D.Écija1, C.Urban1, O.
Gröning2, R. Fasel2, J.M.Gallego3, C.Claessens1,
R.Otero1,4, T.Torres1, R. Miranda1,4
1Universidad Autónoma de Madrid, Spain,
2Swiss
Federal labor Mater Test& Res,
Switzerland,
3Inst de Ciencia de Materiales de Madrid, Spain,
4IMDEA-Nano, Spain
Epitaxial growth of subphtalocyanine based nanocrystals
SS6-O-4
75500361-1
9:00–9:15
A.B. Pang, K.L. Man, M.S. Altman
Hong Kong Univ Sci & Technol, China
Adatom-Vacancy Mechansim of Step Motion on the Si(111) (1x1)
Surface
SS6-O-5
3f9a30ac-a
9:15–9:30
M. Matena1, Z. Abd-el-Fattah2, F. Schiller3, J. E.
Ortega1-3
1Donostia International Physics Center, Spain
2Universidad del Pais Vasco, Spain
3CSIC-UPV/EHU, Spain
Superlattice bands in tunable
structural/electronic interplay
networks:
SS6-O-6
18b9c7a8-4
9:30–10:00
Takashi Uchihashi
National Institute for Materials Science, Japan
Stacking-fault Superlattices and One-dimensional Surface States
of Epitaxial Ag Films on Silicon
SS6-IN-1
cd9a9788-4
10:00–10:15
Coffee break
10:15–10:30
Lin Tang, Fangsen Li, Quanmin Guo
University of Birmingham, UK
A structured two-dimensional Au/Si alloy
SS6-O-7
baefa96c-e
10:30–10:45
C. Teichert1, G. Hlawacek1, S. Lorbek1, P.
Puschnig1, D. Nabok1, C. Ambrosch-Draxl1, P.
Frank1, T. Potocar2, A. Winkler2
1University of Leoben, Austria
2Graz University of Technology, Austria
Pecularities of molecular diffusion processes and island
nucleation in organic thin film growth
SS6-O-8
614e367f-f
10:45–11:00
T. Fukuda1, T. Yasui1, K. Umezawa2, H.
Nakayama1
1Osaka City University, Japan
2Osaka Prefecture University, Japan
Island formation of Cu overlayers on Ni(110) surfaces
SS6-O-9
4fd90910-4
11:00–11:15
L. D. Sun1, C. Y. Liu1,2, D. Queteschiner1, G.
Weidlinger1, X. Fu2, X.T. Hu2, P. Zeppenfeld1
1Johannes Kepler University Linz, Austria
2Tianjin University, China
Inversion of pentacene/para-sexiphenyl heterostructures on
Cu(110)
SS6-O-10
9ba440dc-6
11:15–11:30
K. L. Man1, M. C. Tringides2, M. M. T. Loy1, M. S.
Altman1
Anomalous Mass Transport in the Pb Wetting Layer on the Si(111)
Surface
SS6-O-11
4d801818-9
21
dislocation
1Hong
2Iowa
Kong Univ Sci & Technol, China
State University, USA
11:30–11:45
N. Jiang1, Y. Y. Zhang1, Q. Liu1, Z. H. Cheng1, Z. T.
Deng1, S. X. Du1, M. J. Beck2,3, S. T. Pantelides2,4,
H.-J. Gao1
1Institute of Physics, CAS, China
2Vanderbilt University, USA
3University of Kentucky, USA
4Oak Ridge National Laboratory, USA
Diffusivity Control in Molecule-on-metal Systems using Electric
Fields
SS6-O-12
f4922b11-4
11:45–12:00
L. W. Liu1, J. C. Lian1, Z. H. Cheng1, Y. H. Jiang1,
Y. Y. Zhang1, W. Ji1, W. D. Xiao1, S. X. Du1, W. A.
Hofer2, H.-J. Gao1
1Institute of Physics, CAS, China
2University of Liverpool, UK
Mapping Anti-Bonding Electron States of a Pb Adatom on Pb(111)
SS6-O-13
11a16b85-e
12:0014:00
Lunch Break & Poster Session 1
Tuesday Afternoon, Rm. 201A
Session No. and Topic: SS7 ─ STM/STS III
Presiding
Yukio Hasegawa (The University of Tokyo, Japan), Wei Chen (National University of Singapore, Singapore)
Time
Authors, Affiliation
Title
Abs. No.
14:00–14:30
Shuji Hasegawa
University of Tokyo, Japan
Electronic and Spin Transport at Surfaces and nanostructures
SS7-KN-1
16e7de12-1
14:30–15:00
A. F. Otte1,2, M. Ternes1, K. von Bergmann1,3, S.
Loth1,4, H. Brune1,5, C. P. Lutz1, C. F.
Hirjibehedin1,6, A.J. Heinrich1
1IBM
Almaden, USA; 2Universiteit Leiden,
Netherlands; 3University of Hamburg, Germany;
4UC Berkeley, USA; 5EPFL, Switzerland
6University College London (UCL), UK
The impact of the local environment on the Kondo screening of a
high–spin atom
SS7-IN-1
c06857cd-f
15:00–15:15
A.N. Chaika1,
S.S. Nazin1,
V.N. Semenov1,
V.G. Glebovskiy1, S.I. Bozhko1, K. Radican2,
O. Lübben2, I.V. Shvets2
1Institute of Solid State Physics, Russia
2Trinity College, Ireland
Control of the spatial resolution in ultimately high resolution STM
experiments with [001]-oriented single crystalline tungsten probes
SS7-O-1
e5a42998-d
15:15–15:30
F. Donati1, C. S. Casari1,2, A. Mairov1, M.
Passoni1, C. E. Bottani1,2, G. Fratesi3, M. I. Trioni3,
A. Li Bassi1,2
1Center for NanoEngineered Mater & Surf, Italy
2CNST - IIT@PoliMI, Italy
3Università di Milano-Bicocca, Italy
4CNR-INFM, UdR Milano-Bicocca, Italy
Growth and electronic properties of low-dimensional Fe/Au(111)
structures
SS7-O-2
24260d0e-3
15:30–16:00
T. Hanaguri
IKEN Advanced Science Institute, Japan
Spectroscopic-imaging
superconductors
SS7-IN-2
6709d6d5-6
16:00–16:15
F. Yin1, J. Akola2,3, P. Koskinen2, M. Manninen2, R.
E. Palmer1
1Univ Birmingham, UK; 2Univ Jyväskylä, Finland
3Tampere Univ Technol, Finland
Bright Beach States of Nanoscale Potassium Islands on Graphite
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 2
22
STM
studies
on
unconventional
SS7-O-3
6848f8d1-b
Tuesday Afternoon, Rm. 201B
Session No. and Topic: SS8 ─ Surface and Adsorbate Systems III
Presiding
Takashi Uchihashi (National Institute for Materials Science, Japan)
Time
Authors, Affiliation
Title
Abs. No.
14:30–14:45
G. Laurent1, D. Barredo1, D. Farías1, C. Díaz1 ,
P. Riviere1, M. F. Somers2, F. Martín1, R. Miranda1,3
1Universidad Autónoma de Madrid, Spain
2Leiden University, Netherlands
3IMDEA-Nanociencia, Spain
An Experimental and Theoretical Study of Rotationally Inelastic
Diffraction of D2 from NiAl(110)
SS8-O-1
7946b37c-8
14:45–15:00
Wei Chen, Christoph Tegenkamp, Herbert Pfnür
Leibniz Uni. Hannover, Germany
Adsorptions of Organic Molecules on Insulating Surfaces
SS8-O-2
56ad1557-0
15:00–15:30
Shixuan Du
Institute of Physics, CAS, China
Identifying Multiple Configurations and Controlling Diffusivity of
Complex Molecules on Metal Surfaces
SS8-IN-1
e1f72c62-f
15:30–15:45
H. P. Koch1,2, I. Bakó2, R. Schennach1
1Graz University of Technology, Austria
2Chemical Research Centre of HAC, Hungary
Adsorption of small molecules on a (2x1) PdZn and and PdznO
surface alloy
SS8-O-3
d17b0039-5
15:45–16:00
H. Hedgeland1, B.A.J. Lechner1, F.E. Tuddenham1,
A.P. Jardine1, W. Allison1, J. Ellis1, B. J. Hinch2
1Univ Cambridge, UK; 2Rutgers Univ, USA
The dynamics of thermally activated motion of cyclopentadienyl
and pyrrole on Cu(111)
SS8-O-4
d1b59d33-5
16:00–16:15
C. Urban1, David Écija1, Marta Trelka1, Roberto
Otero1,2, J. M. Gallego3, N. Martín2,4, R. Miranda1,2
1Universidad Autónoma de Madrid, Spain
2IMDEA-Nanociencia, Spain; 3ICMM, Spain
4Universidad Complutense de Madrid, Spain
Vacancy Diffusion in Self-assembled Organic Monolayers of a TTF
Derivative
SS8-O-5
cc7211cc-6
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 2
Tuesday Afternoon, Rm. 201C
Session No. and Topic: SS9 ─ Graphene II
Presiding
M. C. Hersam (Northwestern University, USA)
Time
Authors, Affiliation
Title
Abs. No.
14:00–14:15
Cheng Lv, Qingzhong Xue, Dan Xia, Ming Ma, Jie
Xie, Huijuan Chen
China University of Petroleum, China
Effect of chemisorption structure on the interfacial bonding
characteristics of graphene-polymer composites
SS9-O-1
d54df0df-b
14:15–14:30
Zhu. Cao, Xin Li, Weihua Liu, Tao Dang
Xi’an Jiaotong University, China
Localized and Oriented Growth of Graphene by Chemical Vapor
Deposition
SS9-O-2
ea750131-6
14:30–15:00
Harald Brune
EPFL, Switzerland
Graphene mono- and bilayers on close-packed metal surfaces
SS9-IN-1
6eb9f95a-6
15:00–15:15
Qiang Fu, Yi Cui, Hui Zhang, Xinhe Bao
Dalian Institute of Chemical Physics, CAS, China
Controlled growth of graphene on Ru(0001): from nanographene
to multilayer grapheme
SS9-O-3
9feac01f-b
15:15–15:30
G. Dong, D.W. van Baarle, M.J. Rost, J.W.M.
Frenken
Leiden University, Netherlands
Understanding graphene formation on transition metals
SS9-O-4
e02d8b83-5
23
15:30–15:45
C.F.J. Flipse, J. Cervenka, M.I.Katsnelson
Eindhoven University of technology, Netherlands
room-temperature ferromagnetism in graphite
two-dimensional networks of point defects
by
SS9-O-5
92752cbd-2
15:45–16:00
K. T. He1, J. C. Koepke1, S. W. Schmucker1, S.
Barraza-Lopez2, Y. Xu3, J. D. Wood1, N. R. Aluru1,
J. W. Lyding1
1University of Illinois, USA
2Georgia Institute of Technology, USA
3Zhejiang University, China
Scanning tunneling microscopy studies of the atomic interactions
between nanometer-sized, monolayer graphene flakes and
semiconductor substrates
SS9-O-6
202a9da6-8
16:00–16:15
Suyong Jung1,2, Gregory M. Rutter1, Nikolai N.
Klimov1,2,3,David B. Newell3, Nikolai B. Zhitenev1,
Joseph A. Stroscio1
1CNST, NIST, Gaithersburg, MD
2Maryland NanoCenter, UMD, MD
3EEEL, NIST, Gaithersburg, MD
Scanning tunneling spectroscopy of a gated graphene device in
the quantum Hall regim
SS9-O-7
dcfdcf46-c
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 2
24
driven
August 25, 2010
Wednesday Morning, Rm. 201A
Session No. and Topic: SS10 ─ Single Atom/Molecule Manipulation
Presiding
C. F. Hirjibehedin (University College London, UK), X. H. Qiu (National Center for Nanosci & Technol, China)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:15
Andrew C. Norris1,2, Ozger Ozer1, John B.
Pethica1
1Trinity College Dublin, Ireland
2Laboratory for Nanoscale Science, Switzerland
The energy to move atoms?
SS10-O-1
cb63cecb-b
8:15–8:30
T. Y. Fu1, R. J. Lin1, J. L. Hou1,2, I. S. Hwang2, T.
T. Tsong2
1National Taiwan Normal University, Taiwan, China
2Institute of Physics, Academia Sinica, Taiwan,
China
Formation and mechanism of ultra-sharp single atom tips
SS10-O-2
dcbd6743-b
8:30–9:00
P. M. Koenraad
Eindhoven University of Technology, Netherlands
Single impurity manipulation and analysis in semiconductors by
STM
SS10-IN-1
e7de6d50-9
9:00–9:15
K. Motobayashi1,2, Y. Kim2, H. Ueba3, Maki Kawai
Practical analysis of Action Spectra for Single Molecule Motions
and Reactions
SS10-O-3
c47182b8-2
1,2
1University
3University
of Tokyo, Japan; 2RIKEN, Japan
of Toyama, Japan
9:15–9:30
K. Teichmann1, M. Wenderoth1, S. Loth1, R. G.
Ulbrich1, J. K. Garleff2, A. P. Wijnheijmer2, P. M.
Koenraad2
1University of Göttingen, Germany
2Eindhoven Univ Technol, Netherlands
Charge switching of donor systems near the GaAs(110) surface
induced by the tip of an STM
SS10-O-4
b3ae99d1-4
9:30–9:45
Oscar Custance
NIMS, Japan
Atomic force microscopy as a tool for atom manipulation at room
temperature
SS10-O-5
56f3505e-1
9:45–10:00
T. Sonnleitner, I. Swart, J. Repp
University of Regensburg, Germany
Atomic-scale manipulation of single molecules on ultra-thin
insulating films using an STM
SS10-O-6
16ad8461-b
10:00–10:30
Y. Sugawara, Y. Kinoshita, T. Satou, Y. Naitoh,
M. Kageshima, Y. J. Li
Osaka University, Japan
Atom Manipulation and Force Spectroscopy on Cu(110)-O Surface
with Low Temperature Noncontact AFM
SS10-IN-2
7109fabb-f
10:30–10:45
A. Garcia-Lekue1, T. Frederiksen1, D.
Sánchez-Portal2, A. Arnau2,3
1DIPC, Spain; 2CSIC-UPV/EHU, Spain
3Dpto. de Física de Materiales, UPV/EHU, Spain
Manipulating single-molecule vibrational spectroscopy by means
of functionalized STM tips
SS10-O-7
Cccb7728-b
10:45–11:00
Weihua Wang1, Xingqiang Shi2, Mochen Jin1, Nian
Lin1, C. Minot2, 3, M.A. Van Hove2
1Hong Kong Univ Sci & Technol, China
2City University of Hong Kong, China
3Université Pierre & Marie Curie, France
Electron Stimulation of Internal Torsion of a Surface-mounted
Molecular Rotor
SS10-O-8
3c25113a-2
11:00–11:15
T. Komeda, H. Isshiki, Y. F. Zhang, K. Katoh, Y.
Yoshida, M. Yamashita, H. Miyasaka, B. K.
Breedlove
Tohoku University, Japan
Detection and Manipulation of Spin state of Single Molecule
Magnet: Kondo resonance and ESR-STM
SS10-O-9
3d56c373-c
11:15–11:30
I. Swart, T. Sonnleitner, J. Repp
University of Regensburg, Germany
Controlling the charge-state of single molecules
SS10-O-10
2f89055c-0
11:30–11:45
J. K. Garleff, A. P. Wijnheijmer, C. N. v. d. Enden,
P. M. Koenraad
Eindhoven Univ Technol, Netherlands
Quantum tunneling of surface donors between bistable
configurations in semiconductor crystals
SS10-O-11
31b929c4-a
25
11:45–12:00
K. Tomatsu1, K. Nakatsuji1, M. Yamada1, B. Yan2,
C. Yam2, Y. Xu3, T. Frauenheim2, W. Duan3, F.
Komori1
1University of Tokyo, Japan
2Bremen University, Germany
3Tsinghua University, China
12:00–14:00
Lunch Break & Poster Session 2
Nonlocal atom manipulation through coupling between local
vibration mode and extended electronic state at Ge(001) surface
SS10-O-12
cdb6d98b-0
Wednesday Morning, Rm. 201B
Session No. and Topic: SS11 ─ Surface and Adsorbate Systems IV
Presiding
Maki Kawai (RIKEN, Japan), Xucun Ma (Institute of Physics, CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:15
L. Shi, Y. Aoki, H. Hirayama
Tokyo Institute of Technology, Japan
Hydrogen transmission in ultra-thin Ag films epitaxially grown on
Si (111)7x7 surfaces
SS11-O-1
fdded7cb-d
8:15–8:30
Haiming Zhang1, Yong Li1, Xin Xu2, Taolei Sun1,
Harald Fuchs1, Lifeng Chi1
1Muenster University, Germany
2Xiamen University, China
Ion strength and pH sensitive phase transition
N-isobutyryl-L-(D)-cysteine monolayers on Au (111) surfaces
SS11-O-2
BEE7AF4F-C
8:30–8:45
Jiang Lizhen
Zhejiang University, China
Iron Phthalocyanine (FePc) growth on Ag (100) surface
SS11-O-3
953008a6-e
8:45–9:00
Hyungjoon Shim, Heechul Lim, Younghoon Kim,
Geunseop Lee
Inha University, Korea
STM investigation of oxygen adsorption on the Si(111)4×1-In
surface
SS11-O-4
9a625343-2
9:00–9:15
Jinxuan Liu1, Björn Schüpbach2, Asif Bashir3,
Osama Shekhah4, Alexei Nefedov 4, Martin Kind 2,
Andreas Terfort 2, Christof Wöll4
1Ruhr-Universität Bochum, Germany
2Goethe-Universität Frankfurt am Main, Germany
3Max-Planck-Institut für Eisenforschung, Germany
4Karlsruhe Institute of Technology (KIT), Germany
Structural characterization of self-assembled monolayers of
pyridine-terminated thiolates on gold
SS11-O-5
632cba8d-8
9:15–9:30
Serpil Boz1, Meike Stöhr2, Michael Schär3,
Francois Diederich3, Thomas A. Jung1,4
1University of Basel, Switzerland
2University of Groningen, Netherlands
3ETH Zurich, Switzerland
4Paul Scherrer Institute, Switzerland
Transfer of chirality from individual helicene derivatives into 2D
supramolecular structures on Cu(111)
SS11-O-6
67dd438f-a
9:30–9:45
S. Subach, Ch. Weiss, R. Temirov, F. S. Tautz
Research Center Juelich, Germany
Site-specific polarization screening in organic thin films
SS11-O-7
d297a1cc-1
9:45–10:00
Jianyuan Dai1,2, Jing Jin1, Haiqiong Zhang1,
Shuping Bi1
1Nanjing University, China
2Sichuan University, China
Selective Penetration of Metal Atoms ― New Evidence and
Application for the Simple Ideal Penetration Model of the
Close-Packed Alkanethiol Self-Assembled Monolayers on Au(111)
SS11-O-8
9ba6207c-0
10:00–10:15
Coffee Break
10:15–10:45
Kai Wu
Peking University, China
Controlling 2D Molecular Porous Networks with Hydrogen Bonds
SS11-IN-1
beabb0a6-5
10:45–11:00
P. Cabrera-Sanfelix1, S. Maier2, I. Stass2,3, M. V.
Fernández-Serra4, A. Arnau1,5,7, M. Salmeron2,6, D.
Sánchez-Portal1,7
1DIPC, Spain
2Lawrence Berkeley National Laboratory, USA
Water Adsorption on Clean and Oxygen Decorated Ru Surfaces
SS11-O-9
e354e740-4
26
of
3Freie
Universität Berlin, Germany
University of New York, USA
5Dep. de Física de Materiales UPV/EHU, Spain
6Univ. of California Berkeley, USA
7Materials Physics Center MPC, Spain
4State
11:00–11:15
M.N. Shariati1, E. Göthelid1, P. Palmgren1, I.
Bidermane1,2, S. Ahmadi3 , K. Nilson4, M. N.
Piancastelli1, C. Puglia1
1Uppsala University, Sweden
2Université Pierre at Marie Curie, France
3Royal Institute of Technology, Sweden
4Technical University of Denmark, Denmark
Core-level photoemission and STM studies of metal-free
Phthalocyanine on Au(111)
SS11-O-10
221e58d6-5
11:15–11:30
D. Silber 1, Franziska Traeger1, Piotr Kowalski1,
Alexei Nefedov2, Christof Wöll2
1Univ Bochum, Germany; 2KIT, Germany
A comparative study of short-chained alcohols and water
adsorbed on TiO2(110) by He atom scattering and DFT
SS11-O-11
fafc8e63-8
11:30–11:45
D. Kreikemeyer-Lorenzo1, M.K. Bradley2, W.
Unterberger1, D.A. Duncan2, T.J. Lerotholi2, J.
Robinson2, D.P. Woodruff2
1Fritz-Haber-Institut der MPG, Germany
2University of Warwick, UK
The adsorption structure of the methoxy species on Cu(110)
SS11-O-12
b8df2ddb-a
11:45–12:00
D. Ecija1, D. Heim1, K. Seufert1, W. Auwärter1, C.
Aurisicchio2, C. Fabbro3, D. Bonifazi2,3, J. V. Barth1
1Technische Universität München, Germany
2Univ Namur, Belgium; 3Univ Trieste, Italy
Self-assembly of flexible one-dimensional coordination polymers
on metal surfaces
SS11-O-13
a692ffa3-b
12:00–14:00
Lunch Break & Poster Session 2
Wednesday Morning, Rm. 201C
Session No. and Topic: SS12 ─ Surface, Interface and Growth II
Presiding
Sylvie Rousset (Université Paris Diderot-CNRS, France), Kai Wu (Peking University, China)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:30
K. Wandelt
Universtiy of Bonn, Germany
Spontaneous formation of nanostructures at surfaces
SS12-IN-1
9d6f0d93-2
8:30–8:45
N. I. Plusnin1,2
1Inst of Automation & Control Processes, Russia
2Vladivostok State University of Economics &
Service, Russia
Atomic scale control of interface formation
SS12-O-1
e22ce994-c
8:45–9:00
J. J. Kolodziej, G. Goryl
Jagiellonian University, Poland
Do we understand the structure of the metal-rich (001) surfaces of
III-V compounds?
SS12-O-2
e0dee8d2-e
9:00–9:15
Hui-Qiong Wang1, Xu-Jiang Jiang1, Junyong
Kang1, Victor E. Henrich2
1Xiamen University, China
2Yale University, USA
Terrace and Step Structures of the Fe3O4 (110) Surface
SS12-O-3
27bb5bea-4
9:15–9:30
Hiroyuki S. Kato1, Kazuto Akagi2, Shiji Tsuneyuki3,
Maki Kawai 1,3
1RIKEN, Japan; 2Tohoku University, Japan
3University of Tokyo, Japan
Hydrogen-bonding network for H/D exchange reaction of hydroxyl
groups at liquid-solid interfaces
SS12-O-4
904baddc-1
9:30–9:45
Xinrui Miao, Li Xu, Wenli Deng
South China University of Technology, China.
Fabrication and structural transition of 1, 3, 5 - tris
(10-ethoxycarbonyldecyloxy) benzene self-assembly on HOPG
surface investigated by STM observation and computer
simulation
SS12-O-5
f8c3df08-a
27
9:45–10:00
Syed Jawid Askari
National Univ Sci & Technol, Pakistan
Enhancement in friction coefficients of bare Titanium by
deposition of polycrystalline CVD diamond Film
SS12-O-6
1bbe5618-5
10:00–10:15
Coffee break
10:15–10:30
R.V. Sukho, A.P. Kryshtal, N.T. Gladkikh
V.N. Karazin Kharkiv National University, Ukraine
Critical thickness of contact melting in Ge/Au layered eutectic film
system
SS12-O-7
E1BF0807-E
10:30–10:45
X. L. Huang, C. H. Chou, C. L. Lin, S. L. Tsay, T. Y.
Fu
National Taiwan Normal University, Taiwan, China.
Co islands grown on different structural Ag/Ge(111) substrate
SS12-O-8
7e0f364e-8
10:45–11:00
Michael James1, H. Cavaye2, A. R. G. Smith2, P.
E. Shaw2, A. Nelson1, I. R. Gentle2 , P. L. Burn2
1Australian Nucl Sci & Technol Org, Australia.
2University of Queensland, Australia.
When explosives are welcome at your nuclear reactor… Molecular
sensing using fluorescent dendrimer films and neutron
reflectometry
SS12-O-9
03cf5f84-5
11:00–11:15
Hui Ma, Xin Li, Weihua Liu, Hongzhong Liu, Jun
Cheng
Xi’an Jiaotong University, China
The gas sensing mechanism of the low-dimension carbon
composites with ZnO quantum dots
SS12-O-10
0f288617-7
11:15–11:30
Pavel Stishenko1, A. V. Myshlyavtsev 1,2
1Omsk State Technical University, Russia
2Institute of Hydrocarbons Processing SB RAS,
Russia
Monte Carlo simulation of CO adsorption on Au nanoparticles
SS12-O-11
53ae80d3-8
11:30–11:45
Xing-Qiang Shi1, Michel A. Van Hove1, C.S. Lin1,
R.Q. Zhang1, C. Minot1,2, W.H. Wang3, Y.N. Hong3,
B.Z. Tang3, N. Lin3
1City University of Hong Kong, China
2Université Pierre & Marie Curie, France
3Hong Kong Univ Sci & Technol, China
Manipulating and Imaging Localized Electronic States of a
Single-Molecule Double Heterojunction
SS12-O-12
85625b95-9
11:45–12:00
12:00–14:00
Lunch Break & Poster Session 2
Wednesday Afternoon, Rm. 201A
Session No. and Topic: SS13 ─ STM/STS IV
Presiding
A. Yazdani (Princeton University, USA)
Time
Authors, Affiliation
Title
Abs. No.
14:00–14:30
Maki Kawai
RIKEN, Japan
Single Molecule Spectroscopy and Reaction
SS13-KN-1
fe78ae10-7
14:3015:00
Richard Berndt
IChristian-Albrechts-Universität zu Kiel, Germany
Controlled single atom and single molecule contacts
SS13-IN-1
93cbd99e-9
15:00–15:15
J. Dumont1, R. Sporken1, B. Hackens2, S. Melinte2
1PMR Research Centre, FUNDP, Belgium
2CERMIN, UCL, Belgium
ZnO(0001) Surfaces Probed by Scanning Tunneling Spectroscopy:
Evidence for non-Uniform Electronic Structure
SS13-O-1
a3507861-5
15:15–15:30
F. Donati, C. E. Bottani, M. Passoni
NEMAS and CNISM, Italy
Three-dimensional approach to Scanning Tunneling Spectroscopy
SS13-O-2
29a9971e-7
15:30–15:45
J. Brede1, ∙N. Atodiresei2, S. Kuck1, P. Lasic2, V.
Caciuc2, S. Blügel2, G. Hoffmann1, R.
Wiesendanger1
1University of Hamburg, Germany
2Institut für Festkörperforschung, Germany
Spin-dependent tunneling through a single molecule with
intramolecular resolution
SS13-O-3
9541e096-f
15:45–16:00
C. A. Bobisch1, M. C. Cottin1, J. Schaffert1, A.
Electronic properties of thin Bismuth (111) films
SS13-O-4
28
Sonntag1, G. Jnawali1, M. Horn-von Hoegen1, G.
Bihlmayer2, R. Möller1
1University of Duisburg-Essen, Germany
2Institut für Festkörperforschung, Germany
16:00–16:15
T. Frederiksen1, M. Brandbyge2, G. Schull3, R.
Berndt4
1Donostia International Physics Center, Spain
2Technical University of Denmark, Lyngby
3CNRS - IPCMS - DSI, France
4Christian-Albrechts-Universität zu Kiel, Germany
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 3
a55b67d4-9
Transport properties of touching molecules
SS13-O-5
59513537-e
Wednesday Afternoon, Rm. 201B
Session No. and Topic: SS14 ─ Surface and Adsorbate Systems V
Presiding
Toshio Sakurai (Tohoku University, Japan), H. W. Yeom (Pohang Univ of Science and Technology, Korea)s
Time
Authors, Affiliation
Title
Abs. No.
14:00–14:15
Yaping Wu, Yinghui Zhou, Huahan Zhan, Junyong
Kang
Xiamen University, China
Identical-sized Au magic clusters grown on Si(111)-(7×7) surface
SS14-O-1
9155f244-2
14:15–14:30
A. Narita1,2, Y. Baba1, T. Sekiguchi1,
Shimoyama1, N. Hirao1, T. Yaita1,2
1Japan Atomic Energy Agency, Japan
2Ibaraki University, Japan
Anchoring of alkyl chain molecules on oxide surface through
silicon alkoxide
SS14-O-2
91d98a5b-9
14:30–15:00
K. Reuter
Technische Universität München, Germany
Adsorption of aromatic molecules: Tackling the van der Waals
challenge with DFT-D?!
SS14-IN-1
5dc566db-6
15:00–15:15
Keju Sun, Wei-Xue Li
Dalian Institute of Chemical Physics, CAS, China
What is the real monolayer structure of methanol on TiO2(110): A
first-principles multi-scaling study
SS14-O-3
ebfaf85b-7
15:15–15:30
M. Matena1, J. Björk2, M. S. Dyer2, M. Persson2, J.
Lobo-Checa3, L. Gade4, M. Enache5, M. Stöhr5, K.
Müller6, T. A. Jung6
1DIPC, Spain; 2Univ Liverpool, UK
3CSIC-ICN, Spain; 4Univ Heidelberg, Germany
5University of Groningen, Groningen, Netherlands
6Paul-Scherrer-Institute, Switzerland
Molecule-substrate interactions of porous networks
SS14-O-4
8e3fab43-c
15:30–15:45
G. Mercurio1,2, E. R. McNellis3, I. Martin4, S.
Hagen4, F. Leyssner4, S. Subach1,2, J. Meyer3, M.
Wolf 3,4, P. Tegeder4, K. Reuter4,5, F.S. Tautz1,2
1Research Center Juelich, Germany;
2JARA–FFIT; 3FHIMPG, Germany
4Freie Universität Berlin, Germany
5Technische Universität München, Germany
Benchmarking semiempirical dispersion correction approaches:
structure and energetics of azobenzene derivatives on Ag(111)
SS14-O-5
14ba9081-c
15:45–16:00
M.K. Bradley, D.A. Duncan, J. Robinson, D.P.
Woodruff
University of Warwick, UK
Furan decomposition on Pd(111): a DFT structural study
SS14-O-6
bbc118ad-8
16:00–16:15
S.I. Bozhko1,2, V.N. Semenov2, K. Radican1,3, O.
Lübben1, S.A. Krasnikov1, S.R. Vadapoo1, Han
Chun Wu1, I.V. Shvets1
1Trinity College Dublin, Ireland
2Institute of Solid State Physics RAS, Russia
3EMPA, Switzerland
Dynamics of C60 molecule rotation in proximity to ordering
transition
SS14-O-7
25f873c4-3
I.
29
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 3
30
Wednesday Afternoon, Rm. 201C
Session No. and Topic: SS15 ─ Graphene III
Presiding
Jiandong Guo (Institute of Physics, CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:15
Jian-Guo Wang, Peng-Yang Xie, Yong-An Lv
Zhejiang University of Technology, China
Enhanced Bonding of Noble Metal Monomers on Graphene by N-,
B-doping and Point Defect
SS15-O-1
e88347a0-0
14:15–14:30
Xiufang Ma, Wei-Xue Li
Dalian Institute of Chemical Physics, CAS, China
Designing nano-sized graphene: a theoretical view
SS15-O-2
305f4c32-6
14:30–15:00
Wei Chen, Andrew T. S. Wee
National University of Singapore, Singapore
Epitaxial Graphene on SiC: Growth Mechanism and Surface
Transfer Doping
SS15-IN-1
a07be745-6
15:00–15:15
M. A. Romero1, A. Iglesias1, E. C. Goldberg1,2
1INTEC-CONICET, Argentina
2UNL, Argentina.
Electronic correlation and atom-atom interference effects in the
interaction of atoms with graphene
SS15-O-3
9313EB5B-B
15:15–15:30
Yi-Lin Wang1, Can-Li Song1,2 ,Ye-Ping Jiang1,2,
Li-Li Wang1, Ke He1, Xi Chen2, Jin-Feng Jia2,
Sheng Meng1, Qi-Kun Xue1,2, Xu-Cun Ma1
1Institute of Physics, CAS, China
2Tsinghua University, China
Selective Adsorption and Electronic Interaction of F16CuPc on
Epitaxial Graphene
SS15-O-4
eef05c4c-e
15:30–15:45
Y. Liu, S. H. Rhim, Y. Qi, G. F. Sun, M. Weinert, ,
L. Li
University of Wisconsin, USA
Nitrogen doping of epitaxial grapheme on 6H-SiC(0001): The
formation of nitrogen-vacancy complexes
SS15-O-5
951a96d3-c
15:45–16:00
Jeonghoon Ha1, Heejun Yang2, Hongwoo Baek1,
Jungseok Chae1, Beomyong Hwang1, Young Kuk1
1Seoul National University, Korea
2Samsung Advanced Institute of Technol., Korea
Structure-induced Local Electronic Structure Modulation of
Graphene : A Scanning Tunneling Microscopy and Spectroscopy
Study
SS15-O-6
b4bf6f98-9
16:00–16:15
Young Jae Song1,2, Alexander Otte1,2, Young
Kuk1,4, Phillip N. First3, Walt de Heer3, Joseph A.
Stroscio1
1NIST, USA; 2 University of Maryland, USA
3Georgia Institute of Technology, USA
4Seoul National University, Korea
Scanning Tunneling Spectroscopy of Fractional Hall Physics in
Epitaxial Graphene
SS15-O-7
1b3f93ca-c
16:15–16:30
Y. Cui, Q. Fu, X. F. Ma, W. X. Li, X. H. Bao
Dalian Institute of Chemical Physics, CAS, China
Formation of identical-size graphene nanoclusters on metal
surfaces
SS15-O-8
0d4e9391-5
16:3018:00
Conference Plenary Lecture Session 3
31
August 26, 2010
Thursday Morning, Rm. 201A
Session No. and Topic: SS16 ─ Surface Magnetism
Presiding
Richard Berndt (Kiel University, Germany), Xiaofeng Jin (Fudan Univrsity, China)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:15
M. Suzuki1, M. Hashimoto1, T. Yasue1, T.
Koshikawa1, Y. Nakagawa2, T. Konomi2, A.
Mano2, N. Yamamoto2, M. Kuwahara2, M.
Yamamoto2,S. Okumi2, T. Nakanishi2, X.G. Jin2, T.
Ujihara2, Y. Takeda2,T. Kohashi3, T. Ohshima3, T.
Saka4, T. Kato5, H. Horinaka6
1Osaka Electro-Communication University, Japan
2Nagoya University, Japan; 3Hitachi Ltd., Japan
4Daido University, Japan; 5Daido Steel Co. Ltd.,
Japan; 6Osaka Prefecture University, Japan
Real Time Imaging of Magnetic Structures by High Brightness and
Highly Spin Polarized Low Energy Electron Microscopy
SS16-O-1
58b87fc5-d
8:15–8:30
Y. Saishu, T. Hirahara, Y. Niinuma, R. Hobara, S.
Hasegawa
University of Tokyo, Japan
SMOKE measurements of magnetic thin films
SS16-O-2
625549d9-e
8:308:45
Y. Zhang1, W. X. Tang1, J. Prokop1, I. Tudosa1, P.
Buczek1, L. Sandratskii1, T. R. F. Peixoto1,2, Kh.
Zakeri1, J. Kirschner1
1MPI of Microstructure Physics, Germany
2Universidade de São Paulo, Brazil
Study of magnons in ultrathin Fe films by spin-polarized electron
energy loss spectroscopy
SS16-O-3
0941d8cf-d
8:45–9:00
M.A. Van Hove1, X.Q. Shi1, C.S. Lin1, C. Minot1,2,
R.Q. Zhang1, J.I. Cerdá3, T.-C. Tseng4, S.L. Tait4,5 ,
X. Liu4, U. Starke4, N. Lin6, K. Kern4,7
1City University of Hong Kong, China; 2Université
Pierre & Marie Curie, France ; 3ICMM-CSIC, Spain
4MPI for Solid State Research, Germany; 5Indiana
University, USA; 6Hong Kong Univ Sci & Technol,
China ; 7EPFL, Switzerland
Two-dimensional metal-organic coordination networks of
Mn-TCNQ assembled on Cu (100): structural, electronic and
magnetic properties
SS16-O-4
0b51f4a5-c
9:00–9:15
P. Ferriani, C. Lazo, S. Heinze
University of Kiel, Germany
Origin of the spin-polarization of magnetic scanning tunneling
microscopy tips
SS16-O-5
94e64311-f
9:15–9:30
M. Menzel1, S. Heinze2, K. von Bergmann1, G.
Bihlmayer3,A. Kubetzka1, S. Blügel3, R.
Wiesendanger1
1University of Hamburg, Germany
2University of Kiel, Germany
3Institut für Festkörperforschung, Germany
Atomic-scale magnetic skyrmion lattice observed in real space
SS16-O-6
6b90480c-2
9:30–9:45
Z. Tian, D. Sander, F. Yildiz, Y.Q. Zhang, M.
Przybylski, J. Kirschner
MPI of Microstructure Physics, Germany
Correlation between stress, structure, and magnetism of epitaxial
Fe monolayers on Ir(100)-(1×1)
SS16-O-7
4161793d-6
9:45–10:00
S. Mehendale1, Y. Girard1, V. Repain1, C.
Chacon1, J. Lagoute1, S. Rousset1, M. Marathe2,
S. Narasimhan2
1Université Paris Diderot-Paris 7, France
2Jawaharlal Nehru Centre for Advanced Scientific
Research, India
FeAu/Ru(0001): a long-range ordered surface alloy stabilized by
magnetism
SS16-O-8
dd1dfcaa-0
10:00–10:30
Donglai Feng, Y. Zhang, L. X. Yang, H. Cheng, F.
Chen, B. P. Xie
Fudan University, China
Electronic structure perspective of the magnetic, structural and
superconducting transitions in iron pnictides
SS16-IN-1
6f6a6bef-7
10:30–10:45
A. Kubetzka1, D. Serrate2, P. Ferriani3, Y. Yoshida1,
S.-W. Hla4, M. Menzel1, K. von Bergmann1, S.
Heinze3, R. Wiesendanger1
Spin-direction and orbital symmetry of magnetic adatoms on a
magnetic surface investigated by SP-STM
SS16-O-9
3ab8c8f6-d
32
1Univ
Hamburg, Germany; 2Univ Zaragoza, Spain
zu Kiel, Germany
4Ohio University, USA
3Christian-Albrechts-Universität
10:45–11:00
S. Heinze1, K. von Bergmann2, M. Menzel2, A.
Kubetzka2, R. Wiesendanger2, G. Bihlmayer3, S.
Blügel3
1Univf Kiel, Germany; 2Univ Hamburg, Germany
3Inst für Festkörperforschung & IAS, Germany
Microscopic origin of the atomic-scale magnetic skyrmion lattice
of Fe/Ir(111)
SS16-O-10
203a86c5-9
11:00–11:15
A. Schwarz, R. Schmidt, U.
Wiesendanger
University of Hamburg, Germany
Magnetic Exchange Force Spectroscopy with Atomic Resolution
SS16-O-11
633b4177-5
11:15–11:30
U. Manju1,2 D.Topwal3 G. Rossi2,4, I. Vobornik2
1International Centre for Theoretical Physics, Italy
2TASC Laboratory, IOM-CNR, Italy
3Sincrotrone Trieste, Italy
4Università di Modena e Reggio Emilia, Italy
Electronic structure of Mn/Cu(110); a two-dimensional ordered
magnetic surface alloy
SS16-O-12
a47e13fe-c
11:30–11:45
S. Loth1, M. Etzkorn 2, C. P. Lutz1, D. M. Eigler1, A.
J. Heinrich1
1IBM Research Division, USA; 2EPFL, Switzerland
Nanosecond spin relaxation measured in individual magnetic
atoms
SS16-O-13
d2853ee0-c
11:45–12:00
D. Chylarecka1, C. Wäckerlin1, T. K. Kim2, K.
Müller3, F. Nolting1, A. Kleibert1, N. Ballav1, T. A.
Jung1
1Paul Scherrer Institute, Switzerland
2LISS and Materials Research, Germany
3Brookhaven National Lab, USA
Exchange coupling and assembly of magnetic molecules on
ferromagnetic substrates
SS16-O-14
6abbba02-f
12:0014:00
Lunch Break & Poster Session 3
Kaiser,
R.
Thursday Morning, Rm. 201B
Session No. and Topic: SS17 ─ Surface and Adsorbate Systems VI
Presiding
K. Reuter (Technical University Munich, Germany), Bing Wang (University of Science & Technology of China, China)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:30
Georg Held
University of Reading, UK
Chiral Adsorption Systems
SS17-IN-1
8db01e6e-9
8:30–8:45
I. T. McGovern1, B. N. Holland1, N. Peltekis1, G.
Cabailh1, C. McGuinness1, A. A. Cafolla2
1Trinity College, Ireland; 2Dublin City Univ, Ireland
Adsorption of metal phthalocyanine on Ge(001)-2x1
SS17-O-1
892ebf16-6
8:45–9:00
Takashi Yokoyama
Yokohama City University, Japan
Self-assembly of sexithiphene on Ag(110) studied with a
low-temperature STM
SS17-O-2
36811273-7
9:00–9:15
M. Göthelid1, Sareh. Ahmadi1, Shun Yu1, M.
Zuleta1, C. Sun1,2
1KTH, Sweden
2University of Queensland, Australia
The role of pyridine derivatives on energy level alignment and
adsorption of dyes on TiO2 surfaces
SS17-O-3
5ace3a00-4
9:159:30
V. F. Fefelov1, V. A. Gorbunov1, A. V.
Myshlyavtsev1,2, M. D. Myshlyavtseva1
1Omsk State Technical University, Russia
2Institute of hydrocarbon processing SB RAS,
Russia
Simulation of self-assembling monolayer of trimesic acid on (111)
surface in terms of directional interactions
SS17-O-4
b3731e97-0
9:30–9:45
V. F. Fefelov1, V. A. Gorbunov1, A. V.
Myshlyavtsev1,2, M. D. Myshlyavtseva1
1Omsk State Technical University, Russia
2Institute of Hydrocarbons Processing SB RAS,
Adsorption of orientable dimers on square, triangular, honeycomb
lattices
SS17-O-5
c9e4ae53-0
33
Russia
9:45–10:00
L. Cao, F. Q. Xu, W. H. Zhang, T. X. Chen, Y. Y.
Han, J. F. Zhu, Y. Xu
Univ Sci &Technol China, China
The molecular orientation and electronic structure of
3,4,9,10-perylene tetracarboylic dianhydride on Au(111) surface
SS17-O-6
60f3e682-5
10:00–10:15
Coffee Break
10:15–10:30
S. Hatta1,2, S. Miyamoto1, Y. Ohtsubo1,2, H. Tajiri3,
O. Sakata3, H. Okuyama1, T. Aruga1,2
1Kyoto Univ, Japan; 2JST CREST, Japan
3JSRRI, Japan
First-order transition following precursory relaxation of Peierls
distortion on In/Si(111)
SS17-O-7
224bf6d4-f
10:30–10:45
Qiang Ma, Francisco Zaera
University of California, Riverside, USA
Uptake of copper acetamidinate ALD precursor on metal surfaces
and the effect of hydrogen coadsorption
SS17-O-8
d7b30d6e-7
10:45–11:00
Ji-Hoon Kim1, Hyeseung Kang1, Jeong-Kyu Kim1,
Young Mi Lee1, Jouhahn Lee2, Jeong Won Kim3,
Young-Kyun Kwon1, Yongsup Park1
1Kyung Hee University, Korea
2Korea Basic Science Institute, Korea
3Korea Research Institute of Stand & Sci, Korea
Origin of unusual work function modification for highly electron
withdrawing molecule adsorbed on Cu(111)
SS17-O-9
7da85d32-8
11:00–11:15
T. Lim 1, J.C. Polanyi 1, H. Guo 2, W. Ji 2
1University of Toronto, Canada
2McGill University, Canada
STM study of CH3Cl chemisorption on Si(100)-2x1
SS17-O-10
a8d07049-f
11:15–11:30
T-C. Tseng1, C. Urban2, Y. Wang2, R. Otero2,3, S.
L. Tait1,4, M. Alcamí2, D. Écija2, J. Rodríguez2, M.
Trelka2, J. M. Gallego5, N. Lin1,6, M. Konuma1, U.
Starke1, A. Nefedov7, A. Langner1, C. Wöll7,8, M. A.
Herranz9, F. Martín2, N. Martín3,9, K. Kern1,10, R.
Miranda2,3
1MPI for Solid State Research, Germany
2Universidad Autónoma de Madrid
3IMDEA-Nanociencia, Spain; 4Indiana University
5Inst de Ciencia de Materi de Madrid – CSIC
6Hong Kong Univ Sci & Technol, China
7Ruhr-Universität Bochum
8Karlsruhe Institute of Technology (KIT)
9Universidad Complutense de Madrid
10EPFL, Switzerland
Charge-transfer-induced structural rearrangements at both sides
of organic/metal interfaces
SS17-O-11
4532ebf3-6
11:30–11:45
C. Sanchez-Sanchez1, V. Lanzilotto2, A. Verdini2,
P. L. de Andres1, L. Floreano2 , M. F. Lopez1, J. A.
Martin-Gago1
1CSIC, Spain
2Laboratorio Nazionale TASC-INFM, Italy
Fullerenes spinning on the TiO2 (110)-(1x1) surface
SS17-O-12
23bb9107-a
11:45–12:00
A. Önsten, D. Stoltz, J. Weissenrieder, Shun Yu,
M. Göthelid, U. O.Karlsson
Royal Institute of Technology, KTH, Sweden
H2O and SO2 interactions with oxide surfaces
SS17-O-13
14c65d4c-b
12:00–14:00
Lunch Break & Poster Session 3
Thursday Morning, Rm. 201C
Session No. and Topic: SS18 ─ Surface, Interface and Growth III
Presiding
T. Hashizume (Tohoku University, Japan), Ke He (Institute of Physics, CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:15
R.J. Lin,T.Y. Fu
National Taiwan Normal University, Taiwan, China
Reconstruction of platinum - study of faceting and missing-row
SS18-O-1
4a181fe8-3
34
8:15–8:30
T. Tsarfati1, R.W.E. van de Kruijs1, E. Zoethout1, E.
Louis1, F. Bijkerk1,2
1FOM Institute for Plasma Physics Rijnhuizen,
Netherlands
2University of Twente, Netherlands
Surface and interface treatment of capped Mo/Si and nitridated
B4C/La multilayer optics
SS18-O-2
211df6c2-3
8:30–8:45
Fangfei Ming1, Xieqiu Zhang1, Kedong Wang1, Aidi
Zhao2, Jun Dai2, Xudong Xiao1
1Chinese University of Hong Kong, China
2Univ Sci & Technol China, China
Study of Ag clusters on Si(111)-(7x7) surfaces and their electronic
properties
SS18-O-3
c0f58b67-4
8:45–9:00
S. Y. Wei, D. Wang, J. Y. Gu
Northeast Forestry University, China
Dynamic wettability of wood surface modified by acidic dyestuff
and fixing agent
SS18-O-4
a79ba673-9
9:009:15
Z.Y. Chen, J.S. Liang, S.J. Jiang
Sun Yat-sen University, China
Parallel computing model for kinetic Monte Carlo simulation of
sculptured thin film growth
SS18-O-5
52b17fdf-6
9:15–9:30
A. Fleurence, W. Y. Zhang, Y. Wang, R. Friedlein,
Y. Yamada-Takamura
JAIST, Japan
Study of the structural and electronic properties of epitaxial Si
layers on ZrB2 thin films
SS18-O-6
6c40912e-3
9:30–10:00
Zhiming Wang, Jiandong Guo
Institute of Physics, CAS, China
Structure evolution of the polar SrTiO3(110) surface upon Sr/Ti
concentration
SS18-IN-1
7b2e438a-9
10:00–10:15
Coffee break
10:15–10:30
Menglin Chen, Mingdong Dong, Rasmus
Havelund, Besenbacher, Peter Kingshott
Aarhus University, Denmark.
Core-Sheath
Electrospun
Nanofibers
from
(N-isopropylacrylamide)/Polycaprolactone Blends
SS18-O-7
a08dbe63-e
10:30–10:45
G. Renaud1, T. U. Schülli1,3, R. Daudin1, A.
Pasturel2
1Institut Nanosciences et Cryogénie, France
2SIMAP INPG, France; 3ESRF, France
Substrate-enhanced supercooling in AuSi droplets
SS18-O-8
e01e8549-8
10:45–11:00
Jong Keon Yoon1, Ji Yeoun Kim1, Won-joon Son2,
Kyung-Hoon Chunga, Howon Kim1, Seungwu
Han2, Se-Jong Kahng1
1Korea University, Korea
2Seoul National University, Korea
Visualizing Halogen Bondings
Supramolecular System
Two-dimensional
SS18-O-9
d8996f6e-1
11:00–11:15
A.D.Pogrebnjak1,2, V.M.Beresnev3, M.V.Kaverin1,2,
N.A.Makhmudov5, M.V.Il’yashenko1,2, O.V.Sobol4,
A.P.Pshyk1, V.A.Baidak1 , A.A.Dem’yanenko1
1Sumy State University, Ukraine
2Sumy Institute for Surface Modification, Ukraine
3Kharkov National University, Ukraine
4Kharkov Technical University (KhPI), Ukraine
5Samarkand Branch of Tashkent University of
Information, Uzbekistan
Structure, physical-chemical, and mechanical properties of
superhard nanocomposite coatings on hf-ti-si-n base
SS18-O-10
0064bb9a-0
11:15–11:30
C.G. Hu1,2, L.D. Sun2, X.T. Hu1, P. Zeppenfeld2
1Tianjin University, China
2Johannes Kepler University, Austria
Monitoring organic thin film growth by reflectance difference
spectroscopy and differential reflectance spectroscopy
SS18-O-11
1620194e-c
11:30–11:45
M. Yu1,2,3, N. Kalashnyk1, W. Xu1, R. Barattin4,5, Y.
Benjalal4, E. Lægsgaard1, I. Stensgaard1, M.
Hliwa4, X. Bouju4,5, A. Gourdon4,5, C. Joachim4,5,
F. Besenbacher1, T. R. Linderoth1
1Aarhus Univ, Denmark; 2Harbin Inst Technol,
China; 3MIT, USA; 4CNRS-CEMES, France ;
5Univ de Toulouse, France
Supramolecular Architectures on Surfaces Formed by Hydrogen
Bonding Optimized in Three Dimensions
SS18-O-12
d5f3ce9d-0
11:45–12:00
Jichun Lian1, Thomas Risse2, Hajo Freund2,
Hongjun Gao1
1Institute of Physics, CAS, China
2Fritz -Haber-Insitut der MPG, Germany
Point Defects on MgO(001) Films with Electron Paramagnetic
Resonance and Infrared Spectroscopy
SS18-O-13
e4352575-7
35
in
a
Poly
12:00–14:00
Lunch Break & Poster Session 3
36
Thursday Afternoon, Rm. 201A
Session No. and Topic: SS19 ─ STM/STS V
Presiding
Chih-Kang (Ken) Shih (University of Texas at Austin,USA)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Yukio Hasegawa, Takahiro Nishio, T. An, and T.
Eguchi
The University of Tokyo, Japan
Excitation of vortices in nano-size superconductors studied by
low-temperature STM/S
SS19-IN-1
14:3015:00
Bing Wang, Yi Luo, Jinlong Yang, J.G. Hou
Univ Sci &Technol China, China
Detecting electronic and spin states of single molecules
SS19-IN-2
7040055e-2
15:00–15:15
Chi Chen1,ChristianA.Bobisch2,Wilson Ho3
1Nanophotonics Laboratory,RIKEN Japan
2University Of Duisburg-Essen, Germany
3University of California, Irvine, USA
Visualization of Fermi’s Golden Rule through STM Light Emission
Microscopy
SS19-O-1
da01bd6c-3
15:15–15:30
Jie Liu, Hironari Isshiki, Keichi Katho, Mashahiro
Yamashita, Brian K. Breedlove, Shinya Takaishi,
Tadahiro Komeda
Tohoku University, Japan
Adsorption configuration and electronic state of triple-decker
phthalocyanine molecule on Au(111) surface
SS19-O-2
6f4d86a7-7
15:30–15:45
T. Choi, J.A. Gupta
Ohio State University, USA
STM studies of single organic magnets on metal and insulating
surfaces
SS19-O-3
3e3ff442-1
15:45–16:00
M. Paulsson1, M. Persson2,3, C. Canali1
1Linnaeus University, Sweden
2University of Liverpool, UK
3Chalmers University of Technology, Swede
Inelastic spin excitations in tunneling from first principles
calculations
SS19-O-4
9c3e9aca-d
16:00–16:15
H.-J. Shin 1,2, J. Jung 1, K. Motobayashi 1, Y. Kim 1,
M. Kawai 1,2
1RIKEN, Japan
2University of Tokyo, Japan
State-selective dissociation of H2O molecules on MgO films using
LT-STM
SS19-O-5
0af77024-1
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 4
3adc45bc-9
Thursday Afternoon, Rm. 201B
Session No. and Topic: SS20 ─ Surface and Adsorbate Systems VII
Presiding
Georg Held (University of Reading, UK), Junyong Kang (Xiamen Univresity, China)
Time
Authors, Affiliation
Title
Abs. No.
14:00–14:30
M.O. Blunt, J.M. Russell, A. Stannard, J.P.
Garrahan, M. del Carmen Giminez-Lopez, X. Lin, M.
Schröder, N.R. Champness, P. H. Beton
University of Nottingham, UK
Entropically-stabilised molecular rhombus tilings
SS20-IN-1
a1ea82d5-d
14:30–14:45
R. Friedlein1, F. Bussolotti2
1JAIST, Japan; 1Chiba Univ, Japan
Hybrid electronic states at anthracene/Cu(110) and adenine/Cu(110) SS20-O-1
interfaces
8fa879ff-d
14:4515:00
Federico Masini1, Svetlana Klyatskaya2, Mario
Ruben2,3,
Erik
Lægsgaard1,
Flemming
Besenbacher1, Trolle René Linderoth1
1Aarhus Univ, Denmark; 2KIT, Germany
3Université de Strasbourg, France
On-surface Synthesis of a Highly Ordered Nanoporous and SS20-O-2
Conjugated Two-dimensional Co-polymer
e1326e36-4
37
15:00–15:15
Bjørk Hammer
Aarhus University, Denmark
Activity of stepped and oxidized surfaces
15:15–15:30
Kyung-hoon Chung, Howon Kim, Jong Keon Yoon,
Se-Jong Kahng
Korea University, Korea
Porous Supramolecular Structures by Halogen Interactions on noble SS20-O-4
metal surfaces
7ad66997-9
15:30–15:45
Jong Keon Yoon1, Won-joon Son2, Kyung-Hoon
Chung1, Howon Kim1, Seungwu Han2, Se-Jong
Kahng1
1Korea Univ, Korea; 2Seoul National Univ, Korea
Prochiral Domain Structures of Two Isomer Molecules on Au(111)
15:45–16:00
Daojian Cheng1, G. Barcaro2, A. Fortunelli2, M. Hou1
1Univ Libre de Bruxelles, Belgium; 2IPCF-CNR, Italy
Properties of adsorbed carbon clusters on Ni surfaces determined SS20-O-6
by DFT
167e6a15-b
16:00–16:15
Yutaka Wakayama
NIMS, Japan
Binary molecular
intermixing
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 4
assemblies:
alloying,
SS20-O-3
e50bd774-6
solid-solution
SS20-O-5
52963269-8
and SS20-O-7
b7b6fbfb-1
Thursday Afternoon, Rm. 201C
Session No. and Topic: SS21 ─ Topological Insulators I
Presiding
K. Wandelt (University Bonn, Germany), Lijun Wan (Institute of Chemistry, CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
14:00–14:30
A. Yazdani
Princeton Univresity, USA
Visualizing Scattering & Transmission of Topological Surface
States
SS21-KN-1
3d4b2c39-3
14:30–14:45
Yusuke Sakamoto1, Toru Hirahara1, Hidetoshi
Miyazaki2, Yasuo Takeichi3, Taku Komorida1,
Shin-ich Kimura2, Akito Kakizaki3, Shuji
Hasegawa1
1University of Tokyo, Japan
2Institute for Molecular Science, Japan
3Institute for Solid State Physics, Japan
Electronic structure of topological insulator Bi2Se3 ultrathin films
on a Si surface
SS21-O-1
70a9eda9-0
14:45–15:00
A. Stróżecka1, A. Eiguren2, M. Bianchi3, D. Guan3,
Ph. Hofmann3, J. I. Pascual1
1Free University Berlin, Germany
2Universidad del País Vasco, Spain
3University of Aarhus, Denmark
Spin dependent electron interference on Bi and Sb 110-surfaces
SS21-O-2
304869f5-4
15:00–15:30
Z. Fang
Institute of Physics, CAS，China
Topological Insulators at Room Temperature: Bi2Se3, Bi2Te3,
Sb2Te3
SS21-IN-1
f039369e-d
15:30–16:00
Jinfeng Jia
Shanghai JiaoTong University, China
Growth of topological insulator thin films
SS21-IN-2
1af33d0e-e
16:00–16:15
M. Ye1, K. Kuroda1, S. Kim1, A. Kimura1, K.
Miyamoto1, M. Arita1, M. Nakatake1, T. Okuda1, K.
Shimada1, Y. Ueda2, H. Namatame1, M. Taniguchi1
1Hiroshima University, Japan
2Kure National College of Technology, Japan
Interference of Dirac Electrons on the Surface of Topological
Insulators
SS21-O-3
60ccdffe-f
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 4
38
August 27, 2010
Friday Morning, Rm. 201A
Session No. and Topic: SS22 ─ STM/STS VI
Presiding
P. H. Beton (University of Nottingham, UK), Li-Li Wang (Institute of Physics, CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:30
Chih-Kang (Ken) Shih, S. Qin, J. Kim
University of Texas at Austin,USA
Superconductivity at the Two-dimensional Limit
SS22-IN-1
af27cf2b-1
8:30–8:45
Vadim Schott 1, D. Silber1, F. Traeger1, A. Birkner1,
M. Kroll1, U. Köhler1, Ch. Wöll2
1Ruhr-University Bochum, Germany
2Karlsruhe Institute of Technology, Germany
Investigation of copper-metallized ZnO and brass surfaces with
STM, SEM and XPS
SS22-O-1
be22478e-c
8:45–9:00
A. P. Wijnheijmer1, J. K. Garleff1, O. Makarovsky2,
R. P. Campion2, P. M. Koenraad1
1Eindhoven Univ Technol, Netherlands
2University of Nottingham, UK
Electrostatic Quantum Dots created by interstitial Manganese
studied with STM
SS22-O-2
c51acc79-6
9:00–9:15
T. K. Shimizu1, J. Jaehoon1,2, Y. Kim1, M. Kawai1,2
1RIKEN, Japan
2University of Tokyo, Japan
Verwey transition on the magnetite (111) surface studied by STM
SS22-O-3
2a8045f6-b
9:15–9:30
Wenjing Yin1, Kevin G. West2, Changhyun Ko3,
Jiwei Lu1, Stuart A. Wolf1, Petra Reinke1
1Univ Virginia, USA; 2Univ California, USA
3Harvard Univ, USA
Observation of the Metal-Insulator Transition of Vanadium Dioxide
by STM and the Irreversible Surface Modifications due to Heating
Treatments
SS22-O-4
780028c1-1
9:30–9:45
Aidi Zhao, Wei Feng, Bing Wang, J. G. Hou
Univ Sci &Technol China, China
STM study on the magnetism of single Co atoms and clusters on
4d platinum metals
SS22-O-5
da09ea3d-4
9:45–10:00
Coffee Break
10:0011:30
Plenary Lecture Session 2 (at Convention Hall 1)
11:3012:00
Closing Session: Best Poster Award
Friday Morning, Rm. 201B
Session No. and Topic: SS23 ─ Graphene IV
Presiding
Peter Varga (Vienna University of Technology, Austria)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:15
Jun Cheng, Congxiang Lu, Xin. Li, Hongzhong Liu
Xi’an Jiaotong University, China
Graphene FETs with combined structure and transparent top
SS23-O-1
f3d51c37-d
8:15–8:30
H. Takaki, N. Kobayashi
University of Tsukuba, Japan
Mutli-terminal transport of zigzag graphene nanoribbons
SS23-O-2
532457bc-0
8:30–8:45
Rui Wang, Shengnan Wang, Dongdong Zhang,
Xiaohui Qiu
National Center for NST, China
Distinguishing electrical effects of chemical and topological
defects in rapheme oxide
SS23-O-3
1ea25082-0
8:45–9:00
Lian Li, Y. Qi, S. H. Rhim, G. F. Sun, M. Weinert
University of Wisconsin, USA
Epitaxial graphene on SiC(0001): More than just honeycombs
SS23-O-4
ddd6db14-6
9:00–9:15
A Abdurahman, Oguz Gulseren
First-Principles Investigation of Polymer Binding to Graphene
SS23-O-5
39
Bilkent University, Turkey
9:15–9:30
Silvano Lizzit1, Guillermo Zampieri2, Luca
Petaccia1, Rosanna Larciprete3, Paolo Lacovig1,4,
Emile D. L. Rienks5, Gustav Bihlmayer6,
Alessandro Baraldi4,7, Philip Hofmann5
1Sincrotrone Trieste, Italy
2CNEA, Argentina
3CNR-Institute for Complex Systems, Italy
4Univ Trieste, Italy; 5Aarhus Univ, Denmark
6Institut für Festkörperforschung, Germany
7Laboratorio TASC INFM-CNR, Italy
8987642b-1
Band dispersion in the deep 1s core level of graphene
SS23-O-6
dc132ebf-3
9:30–9:45
9:45–10:00
Coffee Break
10:0011:30
Plenary Lecture Session 2 (at Convention Hall 1)
11:3012:00
Closing Session: Best Poster Award
Friday Morning, Rm. 201C
Session No. and Topic: SS24 ─ Topological Insulators II
Presiding
Joseph A. Stroscio (NIST, USA), Jinfeng Jia (Shanghai Jiao-Tong University, China)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:30
Xi Chen1, Tong Zhang2, Yaoyi Li1, Guang Wang1,
Peng Cheng1, Canli Song1, Yi Zhang2, Yilin
Wang2, Xiegang Zhu1, Lili Wang2, Ke He2, Xucun
Ma2, Jinfeng Jia1, Qi-Kun Xue1,2
1Tsinghua University, China
2Institute of Physics, CAS, China
Molecular beam epitaxy growth and novel properties of
topological insulator films
SS24-IN-1
cd38e63e-1
8:30–9:00
Jian Wang1,2, M. Singh1, M. L. Tian1, J. K. Jain1,
N. Samarth1, T. E. Mallouk1, M. H. W. Chan1
1The Pennsylvania State University, USA
2Peking University, China
Transport studies of individual crystalline nanowires contacted by
superconducting electrodes
SS24-IN-2
b3427c9f-8
9:00–9:15
Yi Zhang1, Ke He1, Cui-Zu Chang1,2, Can-Li
Song1,2, Li-Li Wang1, Xi Chen2, Jin-Feng Jia2,
Zhong Fang1, Xi Dai1, Wen-Yu Shan3, Qian Niu4,
Xiao-Liang Qi5, Shou-Cheng Zhang5, Xu-Cun Ma1,
Qi-Kun Xue1,2
1Institute of Physics, CAS, China; 2Tsinghua
University, China; 3University of Hong Kong,
China; 4University of Texas, Austin, USA;
5Stanford University, USA
Transition from Three-Dimensional Topological Insulator to the
Two-Dimensional Limit
SS24-O-1
8ffb2820-8
9:15–9:30
H. D. Li, Z. Y. Wang, X. Kan, X. Guo, M. H. Xie
University of Hong Kong, China
Van der Waals epitaxy of Bi2Se3 thin films on Si(111) vicinal
surface for topological insulators
SS24-O-2
1b8512ea-a
9:30–9:45
K. Kuroda1, M. Arita1, K. Miyamoto1, M. Ye1, A.
Kimura1, E. E. Krasovskii2,3, E. V. Chulkov2,3, J.
Jiang1, H. Iwasawa1, T. Okuda1, K. Shimada1, Y.
Ueda4, H. Namatame1, M. Taniguchi1
1Hiroshima Univ, Japan; 2Univ del Pais Vasco,
Spain; 3DIPC, Spain; 4Kure Nat Col Technol,
Japan
Hexagonal Warping Effect in the Fermi Surface of Bi2Se3
SS24-O-3
54f1c216-f
9:45–10:00
Coffee Break
40
10:0011:30
Plenary Lecture Session 2 (at Convention Hall 1)
11:3012:00
Closing Session: Best Poster Award
41
POSTER SESSIONS
Poster Session 2: August 25, Wednesday (12:0014:00),
Convention Hall 1
Session Topic: P2-SS — Graphene / Thin Film / Quantitative Analysis / Single Molecule / STM
Abs. No.
Authors
Title
P2-SS-1
c797af37-6
Hongwoo Baek1, Beomyong Hwang1, Jeonghoon Ha1, Toyoaki
Eguchi2, Yukio Hasegawa2, Young Kuk1
1Seoul Nat Univ, Korea; 2Univ Tokyo, Japan
Verification of CVD-Grown Graphene with Scanning Probe Microscopy
P2-SS-2
5664dae2-3
Y. Cui, Q. Fu, X. H. Bao
Dalian Institute of Chemical Physics, CAS, China
Temperature dependence of the configuration of carbon species on
Pt(111)
P2-SS-3
d3105d6d-4
J. H. Gao1, M. S. Xu2, D. Fujita1
1ANCC , Japan; 2NIMS, Japan
Spectroscopy and Imaging Characterization of Few-layer Graphene
Films
P2-SS-4
062e4f43-7
Won-Jun Jang, Jong Keon Yoon, Howon Kim, Se-Jong Kahng
Korea University, Korea
Electronic structure of Graphene on Ru(0001) studied by Scanning
Tunneling Spectroscopy
P2-SS-5
cd3e9d40-0
K. Kakitani, H. Kaji
Okayama University of Science, Japan
Theoretical analyses of Dirac cone modified by quasi periodic potential
P2-SS-6
1f21abc3-c
C. Tegenkamp1, T. Langer1,2, H. Pfnür1, H.W. Schumacher2
1Leibniz Universität Hannover, Germany
2Physikalische Technische Bundesanstalt, Germany
Plasmons in epitaxial graphene: influence of defects and doping
P2-SS-7
c078cf51-4
B. Hwang, S. Kim, K.Y. Lee, Y. Kuk
Seoul Nationl University, Korea
Construction a Cryogenic Scanning Tunneling Microscope with Lateral
Positioner and Optical Imager
P2-SS-8
08e73eb0-5
Y. Miyatake, K.Morita, K. Koyama, K.Miura, N.Sakamaki, T.Sasaki,
X.Hu, T.Nagamura
UNISOKU Co., Ltd., Japan
Developing of functional SPM probes for multi probing SPM and low
temperature UHV-SPM
P2-SS-9
fda6b866-4
Scott Schmucker, J.D. Wood, J.W. Lyding
University of Illinois, USA
Transfer of graphene fluoride platelets and study by electron
microscopy and scanning tunneling microscopy
P2-SS-10
f0ac25b9-c
Zhiquan Jiang, Lingshun Xu, Yulin Zhang, Yunsheng Ma, Weixin
Huang
Univ Sci &Technol China, China
Spectroscopic evidence for the subsurface defects on rutile TiO2(110)
P2-SS-11
98730b5e-a
L.L. Kou, K. Tenjin, Y. Naitoh, Y.J. Li, Y. Sugawara
Osaka University, Japan
Study of ultrathin films of NaCl on Cu(111) with AFM
P2-SS-12
bd4a0049-9
Thomas Stirner1, Jizhong Sun2
1University of Applied Sciences Deggendorf, Germany
2Dalian University of Technology, China
Ab initio Hartree-Fock simulation of r-plane sapphire
P2-SS-13
49f0dbd4-1
Xu Run, Wang Linjun, Xia Yiben, Xu Fei
Shanghai University, China
The growth of Si overlayer on Er2O3(111)/ Si(111)
P2-SS-14
c64c39e1-5
Xu Run, Tang Minyan, Wang Linjun，Xia Yiben, Xu Fei
Shanghai University, China
The effect of Hf-Si bonds on the valence band offset of HfO2/Si(001)
P2-SS-15
dd0856f4-8
Y. L. Zheng1, C. M. Zhen1, X. Q. Wang2, L. Ma1, X. L. Li1, D. L.
Hou1
1Hebei Normal University, China
2Northeastern University at Qinhuangdao Branch, China
Room-temperature ferromagnetism observed in alumina films
P2-SS-16
4343eadd-2
A. Garcia-Lekue1, L.W. Wang2
1DIPC, Spain; 2LBNL, USA
Plane-wave based electron tunneling through Au nanojunctions
P2-SS-17
419c840e-0
J. Jiang, K. Shimada, H. Iwasawa, H. Hayashi, D. Hirayama, T.
Habuchi, H. Namatame, M. Taniguchi
Hiroshima University, Japan
Temperature-dependent high-resolution angle-resolved photoemission
study of Ni(111) and Al(100) surface state
42
P2-SS-18
6d4c463f-1
L. Walczak1, V. Joco1, J. Martinez-Blanco1, I. Vobornik2, S.V.
Eremeev3, E.V. Chulkov4, E.G. Michel1
1Universidad Autónoma de Madrid, Spain.
2TASC National Laboratory, CNR-INFM, Italy
3Institute of Strength Physics and Materials Science, Russia
4Universidad del Pais Vasco, Spain
Surface electronic structure of Au(110)-(1x2) surface.
P2-SS-19
5c44e2bc-6
A. S Lea1, K. R. Swanson1, J. N. Haack1, M. H. Engelhard1, D. R.
Sisk1, D. R. Baer1, J. E. Castle2, S. M. Tougaard3
1Pacific Northwest Nat Lab, USA; 2University of Surrey, UK
3University of Southern Denmark, Denmark
A Near Real-time Data Analysis Package to Enhance the Information
Extracted from XPS Spectra
P2-SS-20
5b4d4f56-d
D. Bootkul1, S. Intarasiri2, L.D. Yu2, S. Singkarat2
1Srinakharinwirot University, Thailand
2Chiang Mai University, Thailand
Investigations of Local Corundum Gemstones using the Combined
PIXE and IL
P2-SS-21
d28a25f0-b
P. N. He1,2, J. Ning1, Y. Qin1, C. Zhao1, F. Gou3, 4
1Guizhou University, China
2Science College of Guizhou University, China
3FOM Institute for Plasma Physics, Netherlands
4Key Lab Radiation Phys & Technol Ministry of Education, China
Angular Effect2s of SiF3+ Etching SiC Surface: MD study
P2-SS-22
94038a31-4
A. P. Wijnheijmer, J. K. Garleff, M.A. v.d. Heijden, P. M. Koenraad
Eindhoven University of Technology, Netherlands
Impurity band in Zinc doped Gallium Arsenide studied by Scanning
Tunneling Spectroscopy
P2-SS-23
89d77117-3
M. Ogawa1, P. Moras2, D. Topwal3, A. Harasawa1, C. Carbone2, I.
Matsuda1
1Univ Tokyo, Japan; 2Consiglio Nazionale delle Ricerche, Italy
3ICTP, Italy
Modification of electronic structure in thin Ag quantum films induced
by surface umklapp scattering of Bi/Ag surface alloy
P2-SS-24
d0aa9016-d
Oscar Custance
NIMS, Japan
Chemical identification of individual surface atoms by atomic force
microscopy
P2-SS-25
96377e0d-6
Donghyuk Lee, Hyunsoo Lee, Yongho Seo
Sejong University, Korea
Optimization of phase-feedback for high speed Noncontact mode AFM
P2-SS-26
cdd8c4a3-2
T. L. Pan, P. A. Sloan, R. E. Palmer
University of Birmingham, UK
Towards Manipulation of Single Protein Molecules with the Scanning
Probe Microscope (SPM) in a Physiological Environment
P2-SS-27
45912dba-0
Masaaki Araidai1,2, Masaru Tsukada1,2
1Tohoku Univ, Japan; 2Japan Sci & Technol Agency, Japan
Theoretical Study on Inflection Behavior in Fowler-Nordheim Plot of I-V
Characteristics in Molecular Junction
P2-SS-28
e99d00b0-8
Li Ling1,2, Song Zhongxiao1, Shi Yanhui1, Liu Chunliang1, Wu
Shengli1, Liang.Zhihu1
1Xi’an Jiaotong Univ, China; 2Shandong Univ, China
Surface conduction electron emission property of W-Ge-N films
P2-SS-29
16cac461-b
Qian Tao, Jie Xu, Yan Xia Chen
Univ Sci & Technol China, China
The Mechanism and Kinetics of Methanol oxidation at Pt electrodes a
Differential Electrochemical Mass Spectrometric Study
P2-SS-30
cd749b54-6
Min Jun LEE, Seong Joon LIM, BeomYong HWANG, Hwansoo
SUH, Jeong Hoon KWON, Young KUK
Seoul National University, Korea
Compact piezoelectric X-Y positioner on a sample holder of scanning
tunneling microscope
P2-SS-31
EE39995E-E
A. Masago, M. Tsukada
Tohoku University, Japan
Force Mapping of Atomic Force Microscopy on Si(111)-(5x5)-DAS
Surface from Simulation
P2-SS-32
22c61a59-4
P. Baddorf1, Junsoo Shin1, Albina Y. Borisevich1, Vincent Meunier1,
Jing Zhou2, E. Ward Plummer3, Sergei V. Kalinin1
1Oak Ridge Nat Lab, USA; 2University of Wyoming, USA
3Louisiana State University, USA
Structure and Reconstruction at the BaTiO3-SrRuO3 Interface
P2-SS-33
b975d336-2
I. Shimoyama, Y. Baba, T. Sekiguchi
Japan Atomic Energy Agency, Japan
Density functional theory calculations on electronic structures of B, N
doped carbon alloys
P2-SS-34
1a592bc1-6
Zongmin Ma, Yoshitaka Naitoh, Yanjun Li, Yasuhiro Sugawara
Osaka University, Japan
Structure of Mn Atoms Deposited on Cu(110)-O Surface Using Low
Temperature Noncontact AFM
43
P2-SS-35
ba7add0a-f
S. Foglio1, A. Li Bassi1,2, M. Passoni1, C.E. Bottani1,2, C.S.
Casari1,2
1NEMAS, Italy; 2Center for Nano Sci & Technol IIT@PoliMI, Italy
Pulsed Laser Deposition regimes of Pd clusters on Au(111) 22xsqrt(3)
P2-SS-36
b48bcf90-9
Yingshuang Fu, Germar Hoffmann, Roland Wiesendanger
University of Hamburg, Germany
Splitting of quantum well states in Pb films induced by spin dependent
confinement
P2-SS-37
c156751d-4
Jianzhi Gao, Lin Tang, Fangsen Li, Quanmin Guo
University of Birmingham, UK
Substitutional Doping of Graphite with Nitrogen
P2-SS-38
f1b1f2bc-0
N. Ishida, D. Fujita
NIMS, Japan
Scanning tunneling microscopy and spectroscopy on rutile TiO2(110)
surfaces
P2-SS-39
9bc19d70-6
P. Kocán1, P. Sobotík1, I. Ošťádal1, H. Tochihara2
1Charles Univ, Czech Republic; 2Kyushu Univ, Japan
Thermal stability of Tl-induced structures on Si(111) surface
P2-SS-40
0b90fd90-6
Seong Joon LIM, Seong Heon KIM, Kun Young LEE, Min Jun
LEE, Young KUK
Seoul National University, Korea
Development of Scanning Tunneling Microscope (STM) Capable of
Photon Injection and Electroluminescence (EL) Detection
P2-SS-41
eb9e2a98-3
Z. Majzik1,2, N. Balázs3, A. Berkó1,3
1University of Szeged
2Institute of Physics of the Academy of Sciences of the Czech
Republic, Czech Republic
3CRC of the Hungarian Academy of Sciences, Hungary
Atomically resolved STM detection and tunneling current spectroscopy
of wagon-wheel-like encapsulation layer formed on Rh nanoparticles
supported on TiO2(110)
P2-SS-42
09f19333-5
T. Mizuno, N.Yoshida, A.Subagyo, N.Monta, K.Sueoka
Hokkaido University, Japan
Scanning tunneling spectroscopy studies of negative differential
resistance on Cs/InAs(110)
P2-SS-43
8ebd81c5-5
T. Momose1, T. Ochiai1, S. Ohno1, T. Kitajima2, T. Suzuki2, M.
Tanaka1
1Yokohama Nat’l Univ, Japan
2National Defense Academy, Japan
Adsorption and desorption processes of CO molecules on
Si(001)-c(4x2) studied by STM
P2-SS-44
373c7fc1-a
T. L. Pan, P. A. Sloan, R. E. Palmer
University of Birmingham, UK
Match and mismatch between adsorbate electronic states and voltage
thresholds in atomic manipulation: chlorobenzene / Si(111)-7×7
P2-SS-45
d55c3e1b-7
C. Pérez León1,2, C. Sürgers1, H. v. Löhneysen1, K. Sagisaka2, D.
Fujita2
1KIT, Germany; 2NIMS, Japan
Interaction of air with the Cu(111) surface: formation of copper oxide
surface structures
P2-SS-46
3e45f9b4-b
K. Sagisaka, D. Fujita
National Institute for Materials Science, Japan
Adsorption of phosphorus atoms on the Si(100) surface
P2-SS-47
8081d08e-7
Jin Sung Shin1,2, Kyung-Deuk Ryang2, Han Woong Yeom1
1Pohang Univ Sci & Technol, Korea; 2Yonsei University, Korea
Finite-length charge density waves on the Si(553)-Au surface
P2-SS-48
a357caa6-0
P. Sobotík, J. Pudl, P. Zimmermann, M. Setvín, J. Javorský, I.
Ošťádal, P. Kocán
Charles University in Prague, Czech Republic
Search for heterogeneous metal dimers in Al-Sn and In-Sn chains on
the Si(100)-2x1 surface using scanning tunneling spectroscopy.
P2-SS-49
7c29425d-9
S. Takemoto, N. Kobayashi
University of Tsukuba, Japan
Long-Period Modulation of Electronic Structure of CNT adsorbed on
Metal Surface
P2-SS-50
775ad7d4-c
T. Momose1, H. Nishioka1, K. Fujiwara2, T. Kitajima2, S. Ohno1, M.
Tanaka1, T. Suzuki2
1Yokohama Nat’l Univ, Japan; 2National Defense Academy, Japan
Nano-clustering of alkali metals (Na, Li) on Si(111)-7x7 surfaces at high
coverage
P2-SS-51
2b890b61-0
S. E. Mousavi Ghahfarokhi, M. Zargar Shoushtari
Shahid Chamran University, Iran
Structural and physical properties of Cd doped
Sr2Ca2-xCdxCu3Oy superconductors
P2-SS-52
16f1a71c-4
C. D. Zhang, J. C. Lian, W. Yi, Y. H. Jiang, L. W. Liu, H. Hu, W. D.
Xiao, S. X. Du, L. L. Sun, H. J. Gao
Institute of Physics, CAS, China
Surface Structures of Black Phosphorus Investigated with Scanning
Tunneling Microscopy
44
Bi1.64Pb0.36
Poster Session 3: August 26, Thursday (12:0014:00),
Convention Hall 1
Session Topic: P3-SS — Surface Adsorbate / Surface Catalysis / Surface Growth
Abs. No.
Authors
Title
P3-SS-1
15b2090a-3
S. Ahmadi1, S. Yu1, N. Shariati2, M. Göthelid1
1KTH, Sweden; 2Uppsala University, Sweden
Charge transfer and chemical interaction of ZnPc and FePc on Au(111)
and Au(111)-I
P3-SS-2
200fd027-0
Y. Aoki, H. Hirayama
Tokyo Institute of Technology, Japan
H thermal desorption at Ag/Si(111)√3x√3R30°-B surface
P3-SS-3
30f3c65f-6
Sang-Hun, Sang Duck Lee, Soon-Bo Lee, Jin-Hyo Boo
Sungkyunkwan University, Korea
Investigation of hydrogen adsorption on single wall carbon nanotubes
P3-SS-4
7f331fe9-5
M. Cottin, J. Schaffert, A. Sonntag, H. Karacuban, C.A. Bobisch,
R. Möller
University of Duisburg-Essen, Gemany
Supramolecular architecture of organic molecules:PTCDA and CuPc on
a Cu(111) substrate
P3-SS-5
5cce305c-e
Wei Feng, Aidi Zhao, Bing Wang, J. G. Hou
Univ Sci & Technol China, China
Electron transport in single CoPc molecules adsorbed on graphene/Ru
(0001) and HOPG studied with STM
P3-SS-6
d530c50d-7
E. Germán, I. López-Corral, A. Juan, G. Brizuela
Universidad Nacional del Sur, Argentina
Comparation of cyclopentene adsorption on Ge(001)-2x1 and
Si(001)-2x1
P3-SS-7
d92a25c4-6
H. Toyoshima1, S. Ohno1, T. Yokoyama2, M. Tanaka1
1Yokohama National Univ, Japan; 2Yokohama City Univ, Japan
Real-time optical measurement of α-sexithiophene
processes on modified Si(001)-(2x1) surfaces
P3-SS-8
35f8214e-4
A.M.Ionov2, A.A.Volykhov1,
S.I.Bozhko2, V.S.Bozhko2, L.V.
Yashina1, M.M.Brzhezinskaya3,4, G.Dyker5
1Moscow State Univ, Russia; 2Inst Solid State Physics, Russia
3BESSY GmbH, Germany; 4St. Petersburg State Univ, Russia
5Ruhr-Universitat Bochum, Germany
Electronic structure, bonding of tetrakis-pyridyl porphyrins and direct
metaling of Pt: photoemission studies
P3-SS-9
2fb59fbc-8
S. Kera1,2, R. Tateishi1, S. Hosoumi1, H. Machida1, T. Aoki1, S.
Nagamatsu2, N. Ueno1
1Chiba Univ, Japan; 2Institute for Molecular Science, Japan
Interface electronic structure of Co-phthalocyanine/Cu(111)
P3-SS-10
a7fbd9a5-3
Qing Liao, Hanjie Zhang, Ke Wu, Haiyang Li, Shining Bao, Pimo
He
Zhejiang University, China
Scanning Tunneling Microscope Studies of Co Growth on the
graphene/Ru(0001) Surface
P3-SS-11
4f6684d4-f
Hongying Mao1, Weidong Dou1,2, Qing Du1, Qing Liao1, Hanjie
Zhang1, Shining Bao1, Haiyang Li1, Pimo He1, Frederik Floether3
1Zhejiang Univ, China; 2Shaoxing College of Arts & Sci, China
3University of Cambridge, UK
Adsorption behavior of iron phthalocyanine on Cu(100)
P3-SS-12
c098a277-f
Chao Lu, Erkuang Zhu, Yadi Liu, Bo Xu
Yanshan University, China
C60 on Nanostructured SrTiO3(001) Surfaces
P3-SS-13
bc0f2820-e
G. Otero, G. Biddau1, A. Pinardi2, J. Méndez2, R. Pérez1 , J.A.
Martín-Gago2
1Universidad Autónoma de Madrid, Spain
2Instituto de Ciencia de Materirles de Madrid (CSIC), Spain
Fullerenes from aromatic precursors by a surface catalyzed
cyclodehydrogenation process
P3-SS-14
7f6e1028-5
I. T. McGovern1, N. C. Berner1, S. Kesanakurthi1, Z. Wang1, N. N.
Sergeeva1, Y. N. Sergeeva1, M. O. Senge1, S. Sanvito1, A. A.
Cafolla2
1Trinity College, Ireland; 2Dublin City University, Ireland
Adsorption of tetrabromophenylporphyrin molecules on clean and
hydrogen passivated Ge(001)-2x1
P3-SS-15
37f149dd-a
J. Schaffert1, M. C. Cottin1, A. Sonntag1, H. Karacuban1, C. A.
Bobisch1, N. Lorente2, R. Möller1
1University of Duisburg-Essen, Germany
2Campus de la Universitat Autònoma de Barcelona, Spain
Visualisation of molecular switching of Cu-Phthalocyanine on Cu(111)
P3-SS-16
40e451a5-9
A. Strozecka1, M. S. Santacruz2, J. Fernandez-Rossier2, J. I.
Pascual1
1Free Univ Berlin, Germany; 2Univ Alicante, Spain
Modification of magnetic properties of a manganese phthalocyanine by
coordination of CO molecule
45
adsorption
P3-SS-17
00f82119-e
G. Mercurio1, O. Bauer2, B. Fiedler2, A. Delhey1, R. Temirov1, S.
Subach1, M. Sokolowski2, F.S. Tautz1
1Res Center Juelich, Germany; 2Univ Bonn, Germany
Alkali-induced nanopatterning of the PTCDA/Ag(110) interface
P3-SS-18
9b9654f9-8
Lin Tang, Xin Zhang, Quanmin Guo
University of Birmingham, UK
Bonding configuration switching of C60 at the elbow sites on Au(111)
P3-SS-19
98ab7e13-f
S. Breuer1, D.T. Pham1, T.H. Phan1, T. Meyer2, P. Broekmann3, K.
Wandelt1
1Univ Bonn, Germany; 2Techn Univ Darmstadt, Germany
3Univ Berne, Switzerland
Selfassembled Viologen Layers on Copper Single Crystal Surfaces:
XPS Studies after Electrochemical Preparation
P3-SS-20
27e1deb5-f
H.Q. Lan, Y. Wang, C. Liu
Beijing Jiaotong University, China
Simulations of structures of amorphous SixC1-x films
P3-SS-21
4e6a44ad-6
Q. Xin1, S. Duhm1, S. Hosoumi1, N. Ueno1, X. T. Tao2, S. Kera1
1Chiba Univ, Japan; 2Shandong Univ, China
Molecular orientation and energy-level alignment of a N-heterocyclic
conjugated compound
P3-SS-22
ca29202a-8
M. J. Ying1,2
1Beijing Normal Univ, China; 2Beijing Radiation Center, China
First-Principles Study of Hydrogen Adsorption and Diffusion on
ZnO(0001) and (000 ) Surfaces
P3-SS-23
6e2598b7-3
Lei Dong, Liang Zhu, Yongfei Ji, Bing Wang, Jianguo Hou
Univ Sci &Technol China, China
Direct Ion Exchange of Metallophthalocyanines with Metal Atoms on a
Surface
P3-SS-24
db5f3f61-0
S. Yokoya, K. Kakitani
Okayama University of Science, Japan
Density functional theory calculation of Al adsorption on NaCl surface
P3-SS-25
bb7a38a3-a
Ana Gomes Silva1, Nenad Bundaleski1, Ulrike Schröder2, Augusto
M.C. Moutinho1, Orlando M.N.D. Teodoro1
1Universidade Nova de Lisboa, Portugal
2Technical University of Darmstadt, Germany
Dynamics of water adsorption on TiO2 monitored by work function
spectroscopy
P3-SS-26
289db944-8
M. Gurnett, H. M. Zhang, L. S. O. Johansson
Karlstad University, Sweden
Photoemission Study of the Li/Ge(111)-(sqrt3 x sqrt3) Surface
P3-SS-27
ce397dd1-9
Dong Chen, Lan Lan Fang, Ling-Wen Liao, Shao-Xiong Liu,
Yan-Xia Chen
Univ Sci &Technol China, China
Determination of the Real Surface Area Pd and Pt Electrodes
P3-SS-28
f3ec76c3-5
Y. Dong, J. Brunelle, V. Demers-Carpentier, G. Goubert, G.
Mahieu, S.Lavoie, P. H. McBreen
Laval University, Canada
Understanding Chiral Reactions on Metal Surfaces
P3-SS-29
ef89079c-6
T. Pertram1, M. Moors1, T. Kobiela2, M. Kralj3, C. Becker4, K.
Wandelt1
1Univ Bonn, Germany; 2Warsaw Univ Technol, Poland
3Institute of Physics, Croatia ; 4Aix-Marseille Université, France
Bimetallic model catalysts: Au/Pd(110) surfaces
P3-SS-30
322600f8-8
K. Veltruská1, M. Cabala1, M. Václavů1, I. Píš1, T. Skála2, K.C.
Prince2, V. Matolín1
1Charles University in Prague, Czech Republic
2Sincrotrone Trieste, Italy
Ni interaction with thin layer of CeO2/Cu(111)
P3-SS-31
c7268ca2-e
Jian-Guo Wang, Qiang-qiang Meng, Qin Xie
Zhejiang University of Technology, China
Nanotubes From Rutile TiO2 (110) Sheets: Formation and Properties
P3-SS-32
e8872baf-5
E. Gross, I. Popov, M. Asscher
Hebrew University of Jerusalem, Israel
Chemical reactivity of Pd-Au bimetallic nano-clusters grown via
amorphous solid water as buffer layer
P3-SS-33
78148d97-0
P. Cabrera-Sanfelix1, A. Arnau2,3, D. Sánchez-Portal2
1DIPC, Spain
2Centro Mixto CSIC-UPV, Spain
3Departamento de Física de Materiales UPV/EHU, Spain
First-principles investigation of electron-induced cross-linking of
aromatic self-assembled monolayers on Au(111)
P3-SS-34
9e011cd9-6
Gil Sagong, Jihwa Lee
Seoul National University, Korea
D2 Adsorption on Ti-deposited Metal Organic Frames
46
P3-SS-35
d7134216-4
D. Stoltz, A. Önsten, J. Weissenrieder, U.O. Karlsson, M. Göthelid
Materialfysik, KTH-Electrum 229, Sweden
SO2 on Fe3O4(100): from ordered growth of ferrous sulfate till dry
oxidation to SO4
P3-SS-36
4a0d093a-9
Hae-geun Jee, Sang Duck Lee, Jin-Hyo Boo, Seong Kyu Kim,
Soon-Bo Lee
Sungkyunkwan University, Korea
In-situ Study on Thermal Decomposition of 1,3-Disilabutane to Silicon
Carbide on Si(100) Surface
P3-SS-37
4ADA76A3-3
Xuefei Feng, Wei Zhao, Liang Zhang, Huanxin Ju, Yang Xu,
Wenhua Zhang, Junfa Zhu
Univ Sci &Technol China, China
Photoelectron spectroscopy study of the interface formation between
Li and regioregular poly (3-hexylthiophene)*
P3-SS-38
2356278f-8
L.I. Johansson, C. Virojanadara
Linköping University, Sweden
Studies of reactions on surfaces of SiC after Ti deposition and
annealing.
P3-SS-39
f1a1d46a-9
Weimin Wang1, C. M. Cacho2,O. Heckmann1, M. C. Richter1, J.
Krempasky3, W. Ndiaye1, P. De Padova4, J.-M. Mariot5, F.
Parmigiani6, K. Hricovini1
1Université de Cergy-Pontoise, France
2CLF, Rutherford Appleton Laboratory,UK
3SLS, Villigen, Switzerland；4CNR, ISM, Italy
5Université Pierre et Marie Curie, France
6FERMI @ ELETTRA, Italy
Electron dynamics in Fe3O4(100)/MgO(100) thin layers investigated by
spin-resolved photoemission
P3-SS-40
ae976144-7
H. Realpe, E. Peretz, N. Shamir, M. H. Mintz, R. Z. Shneck, Y.
Manassen
Ben-Gurion University of the Negev, Israel
Islands as Nanometric Probes of Strain Distribution in Heterogeneous
Surfaces
P3-SS-41
50fbebf8-1
H. Tamura, K. Mckenna, M. Tsukada
WPI-Advanced Institute for Material Research, Japan
Theoretical study on laser assisted field evaporations from oxides
P3-SS-42
32b09ebe-0
A.N. Chaika, A.M. Ionov, S.I. Bozhko
Institute of Solid State Physics, Russia
Gd-induced atomic reconstructions on vicinal Si(hhm) surfaces studied
by STM, LEED and AES
P3-SS-43
ae636846-f
Jakub Javorský, Martin Setvín, Pavel Sobotík, Ivan Ošťádal
Charles University in Prague, Czech Republic
Low temperature diffusion of In atoms on the Si(100) 2×1 surface
P3-SS-44
d3680866-9
Dandan Kong, Guodong Wang, Yonghe Pan, Haibin Pan, Junfa
Zhu
Univ Sci &Technol China, China
Silver Growth on Oxidized and Reduced CeOX(111)
P3-SS-45
8eeb829f-c
I. Ošťádal, M. Setvín, M. Kučera, P. Sobotík, P. Kocán
Charles University in Prague, Czech Republic
Mobility of Al atoms on the Si(100)2x1 surface
P3-SS-46
b667b383-f
N. I. Plusnin1, 2, V.M. Iliyaschenko1, 2, S.A. Kitan1, 2, N.A. Tarima1, 2
1Institute of Automation and Control Processes, Russia
2Vladivostok State University of Economics and Service, Russia
Formation of atomic scale interfaces and growth of Cu and Fe
nanolayers on Si(001)
P3-SS-47
9a780674-2
Rafal Chodun1, Katarzyna Nowakowska Langier2, Krzysztof
Zdunek1,2
1Warsaw University of Technology, Poland
2The Andrzej Soltan Institute for Nuclear Studies, Poland
New approach for the Impulse Plasma Deposition method (IPD)
P3-SS-48
73bd677f-8
Jeong Heum Jeon, Kyung-hoon Chung, Howon Kim, Se-jong
Kahng
Korea University, Korea
Epitaxial Bismuth Thin Films on Au(111) studied using Scanning
Tunneling Microscopy
P3-SS-49
ae0c5a63-b
T. Hirahara1, Y. Sakamoto1, Y. Saisyu1, H. Miyazaki2, S. Kimura2, T.
Okuda1,3, I. Matsuda1, S. Murakami4, S. Hasegawa1
1Univ Tokyo, Japan; 2Insitute for Molecular Science, Japan
3Hiroshima Univ, Japan; 4Tokyo Institute of Technology, Japan
A topological metal at the surface of an ultrathin BiSb alloy film
P3-SS-50
2be4479c-4
M. Corso1, M. Verstraete2, F. Schiller3, L. Fernández1, M.
Ormaza2, Th. Greber4, A. Rubio1,2,3, J. E. Ortega1,2,3
1Donostia International Physics Center, Spain
2Universidad del Pais Vasco, Spain
3CSIC-UPV/EHU, Spain; 4University of Zurich, Switzerland
Rare earth metals - Au surface compounds: nanoscale templates for
high density magnetic nanodot arrays
P3-SS-51
J. K. Garleff1, A. P. Wijnheijmer1, W. Van Roy2, P. M. Koenraad1
Increased binding energy of manganese acceptors below the (110)
47
52009ad2-6
1Eindhoven
Univ of Technol, Netherlands; 2IMEC, Belgium
surface of gallium arsenide
P3-SS-52
21eee90a-b
Chun Guang Yang
Da Lian Ocean University, China
A Review of Vacuum Degradation Research and the experimental
outgassing research of the core material PU foam on Vacuum
Insulation Panels
P3-SS-53
8f0ad324-d
D. Ecija1, K. Seufert1, D. Heim1, W. Auwärter1, C. Aurisicchio2,
C. Fabbro3, D. Bonifazi2,3, J. V. Barth1
1Technische Universität München, Germany.
2Univ Namur, Belgium; 3Univ Trieste, Italy.
Engineering 2D Nanoporous Chiral
Conformational Flexibility of Porphyrins
48
Networks
by
Exploiting
Sub-Conference: Applied Surface Science
Chair: László Kövér;
Co-Chairs: Paul M. Koenraad, Daisuke Fujita, John T. Grant, Zhenchao Dong
August 23, 2010
Monday Afternoon, Rm. 308
Session No. and Topic: ASS1 — Surface Chemistry and Catalysis I
Presiding
Vladimir Matolin (Charles University in Prague, Czeck)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
J. W. M. Frenken
Leiden University, Netherlands
Seeing catalysis at work: video STM and SXRD under reaction
conditions
ASS1-IN-1
2beef98a-1
14:3014:45
Johan Gustafson1, R. WesterstrÖm1, S.Blomberg1,
O. Balmes2, A. Resta2, R. van Rijn2,3, E. Lundgren1
1Lund University, Sweden; 2ESRF, France
3Leiden University, Netherlands
Catalytic reaction between O2, CO and NO over Rh model
catalysts
ASS1-O-1
93a50b9e-3
14:4515:00
Ali Katrib, H. Al-Kandari, F. Al-Kharafi,
Kuwait University, Kuwait
Surface electronic structure-catalytic activity of different Mo
oxidation states for olefins and saturated hydrocarbon molecules
ASS1-O-2
697b02f8-1
15:0015:15
Feng Yin1, A. Abdela1, S. Lee2, S. Vajda2 and R. E.
Palmer1
1University of Birmingham, UK
2Argonne Natl Lab, USA
Sintering of Catalytic Size-selected Pd Clusters under Realistic
Reaction Conditions
ASS1-O-3
87e76c94-5
15:1515:30
Ya Xu1, Hideki Yoshikawa1, Jun Hyuk Jang1,2,
Masahiko Demura1, Keisuke Kobayashi1,
Shigenori Ueda1, Yoshiyuki Yamashita1, Dang
Moon Wee2, Toshiyuki Hirano1
1NIMS, Japan; 2KAIST,Korea
Surface evolution of Ni3Al foil catalyst during the initial period of
methanol decomposition studied by hard X-ray photoelectron
spectroscopy
ASS1-O-4
8080d864-a
15:3015:45
Simon Penner1, Harald Lorenz1, Stuart Turner2,
Bernhard Klötzer1
1University of Innsbruck, Austria
2University of Antwerp, Belgium
Structure-activity correlations in vacuum-deposited
oxide-supported Pd methanol steam reforming catalysts
ASS1-O-5
c435f7dd-3
15:4516:00
Lingshun Xu, Yulin Zhang, Yunsheng Ma, Zhiquan
Jiang, Weixin Huang
Univ Sci & Technol China, China
Interaction of water with Co(0001) and O-covered Co(0001)
ASS1-O-6
5fad85bf-e
16:0016:15
M. Asscher, E. Gross, I. Popov
Hebrew University of Jerusalem, Israel
Pd-Au bimetallic nano-clusters: Reactivity and selectivity
ASS1-O-7
509d3418-4
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 1
18:3020:30
Banquet, Location
49
August 24, 2010
Tuesday Morning, Rm. 308
Session No. and Topic: ASS2 — Quantitative Surface and Interface Analysis I
Presiding
Sven Tougaard (University of Southern Denmark, Denmark), An Ping Li (Oak Ridge National Lab, USA)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
W. S. M. Werner, Mihaly Novak
Vienna University of Technology, Austria
Progress in quantitative interpretation of electron spectra
for surface and nanostructure analysis
ASS2-IN-1
ab7a759f-3
8:308:45
L. Kövér1, M. Novák1, I. Cserny1, J. Tóth1, D.
Varga1, Zs. Jánosfalvi1, S. Egri2, W. Drube3
1Institute of Nuclear Research of the H AS,
Hungary
2University of Debrecen, Debrecen, Hungary
3HASYLAB/DESY, Germany
Quantitative applications of high (up to 15 keV) energy electron
spectroscopy
ASS2-O-1
5990a5a6-4
8:459:00
M. Milosavljević1,3, D. Peruško1, V. Milinović1, J.
Kovač2, G. Dražič2, C. Jeynes3
1VINČA Institute of Nuclear Sciences, Serbia
2Jožef Stefan Institute, Slovenia
3University of Surrey Ion Beam Centre, UK
Ion irradiation induced Al-Ti interaction in nano-scaled Al/Ti
multilayers
ASS2-O-2
F1BBB1F0-9
9:009:30
Z. J. Ding, Z.M. Zhang, S.F. Mao, B. Da, R.G.
Zeng, P. Zhang, H.P. Mei, Y.G. Li and H.M. Li
Univ Sci & Technol China, China
Theoretical Study of Electron Interaction with Solid Surface for
Application to Surface Electron Spectroscopy and Microscopy
ASS2-IN-2
665a9b18-1
9:309:45
K. E. J. Goh1, C. Troadec1, H. L. Qin1,2 and K. L.
Pey2
1A*STAR, Singapore
2Nanyang Technological University, Singapore
Nano-fingerprinting device interfaces with hot electrons
ASS2-O-3
ef245e10-f
9:4510:00
Coffee Break
10:0010:30
H. Iwai1, M. Kobata1, I. Píš1,2, H. Yoshikawa1, S.
Tanuma1, H. Yamazui3, H. Takahashi3, M.
Kodama3, A. Tanaka3, M. Suzuki3, E. Ikenaga4, H.
Matsuda5, H. Daimon5, K. Kobayashi1
1NIST, Japan
2Depart of Surf & Plasma Science, Czech Republic
3ULVAC-PHI, INC. Japan; 4JSRRI, Japan
5NIST, Japan
Development of Angle Resolved HXPS Instrument for Laboratory
Use
ASS2-IN-3
76886aac-9
10:3010:45
A. Pancotti1, P. A. P. Nascente2, A. de Siervo1,3, L.
H. de Lima1, M. F. Carazzolle1, D. A. Tallarico2, R.
Landers1,3, G. G. Kleiman1
1State University of Campinas, Brazil
2Federal University of Sao Carlos, Brazil
3Brazilian Synchrotron Light Laboratory, Brazil
Ultra-thin Films of Pd on Au(111) Studied by XPS,XAES, LEED,
and XPD
ASS2-O-4
82591f0c-2
10:4511:00
B. Da, Z.J. Ding
Univ Sci & Technol China, China
Calculation of SEP and Monte Carlo Study of Surface Excitation
ASS2-O-5
2eaed5e5-f
11:0011:15
J.Q. Song, T. Ding, Q. Cai
Fudan University, China
Electrical transport properties of nanoscale Schottky contacts
between Er silicide nanoislands and Si(001)
ASS2-O-6
945d2bad-b
11:1511:30
Sandeep Singh1, Ganesh Adhikary2, D. Biswas2,
Kalobaran Maiti2, C.Biswas1
1S.N. BNCBC, India
2Tata Institute of Fundamental Research, India
Electronic structure modification in Ni50Mn35Sn15 as a function of ASS2-O-7
temperature
36934663-a
11:3011:45
Zhongping Wang1,2, Mitsunori Kurahashi1, Taku
Suzuki1, Zengming Zhang2, Zejun Ding2, Yasushi
Yamauchi1
1NIMS, Japan
The Improved Self-assembled Monolayer of
Octadecyltrichlorosilane as Positive Resist for Patterning Silicon
Surface by Metastable Helium Atom Beam Lithography
50
ASS2-O-8
a2c8bd30-1
2Univ
Sci & Technol China, China
11:45-12:00
Sven Kayser, Hans-Georg Cramer, Thomas Grehl,
Felix Kollmer, Ewald Niehius, Derk Rading
ION-TOF GmbH, Germany
12:0014:00
Lunch Break & Poster Session 1
Depth Profiling of Organic Materials Using TOF-SIMS Under
Improved Ion Beam Conditions
ASS2-O-9
e3707e1b-9
Tuesday Afternoon, Rm. 308
Session No. and Topic: ASS3 — Surface Chemistry and Catalysis II
Presiding
J. W. M. Frenken (Leiden University, Netherlands), Z. J. Ding (Univ Sci & Technol China, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Xueming Yang
Dalian Institute of Chemical Physics, CAS, China
Photocatalytic Chemistry of Methanol on TiO2(110) Surface
ASS3-IN-1
01a944e5-c
14:3014:45
A. Berkó1,2, N. Balázs1, Z. Majzik3
1C R C of HAC, Hungary
2University of Szeged, Hungary
3IPAS of the Czech Republic, Czech Republic
Ordered TiOx decoration layers formed on Rh nanocrystallites
supported on TiO2(110) surface
ASS3-O-1
1dc5f0e3-8
14:4515:00
Xiang-Kui Gu, Wei-Xue Li
Dalian Institute of Chemical Physics, CAS, China
A first principles study on the origin of the different selectivity for
methanol steam reforming over Cu(111) and Pd(111)
ASS3-O-2
ec226d6a-3
15:0015:15
Vijay K.Kanuru, Georgious Kyriakou, Anthoula
Papageorgiou, Simon Beaumont, David Watson,
Mintcho Tikhov, Richard Lambert
University of Cambridge, UK
Unraveling the molecular mechanisms of C-C and C-N bond
forming reactions on Au (111) by surface science techniques
ASS3-O-3
416678c4-f
15:1515:30
Kai Huang, Iain R. McNab, John C. Polanyi, Jody
(S. Y.) Yang
University of Toronto, Canada
Molecular dynamics of localized atomic reaction: An STM study of
ethyl bromide on Si(100)-c(4x2) at 100 K
ASS3-O-4
981b79fb-e
15:3015:45
Igor Morozov1, Ekaterina Loukhovitskaya1, Evgenii
Vasiliev1, Walter Hack2
1SICP- RAS, Russia
2University of Goettingen, Germany
Free halogen containing radicals on the surface of frozen
atmospheric aerosols
ASS3-O-5
c5e409b2-5
15:4516:00
Sven Kayser1, Michael Fartmann2, Rik ter Veen2,
Gemma Moxham3, Emma Schofield3, Richard
Smith3, Thomas Grehl1, Hidde Brongersma1,2
1ION-TOF GmbH, Germany
2Tascon GmbH, Germany
3Johnson Matthey Technology Centre, UK
Characterization of the Outermost Atomic Layer of Supported
Catalysts by High Mass Resolution Low Energy Ion Scattering
(LEIS)
ASS3-O-6
7606c8d1-0
16:0016:15
Min Chen1, Xuefei Feng1, Liang Zhang1, Huanxin
Ju1, Qian Xu1, J. Michael Gottfried2, Junfa Zhu1,
1Univ Sci & Technol China, China.
2Universität Erlangen-Nürnberg, Germany
Direct Synthesis of Nickel(II) Tetraphenylporphyrin and its
Interaction with a Au(111) Surface
ASS7-O-7
6ad02c9b-8
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 2
51
August 25, 2010
Wednesday Morning, Rm. 308
Session No. and Topic: ASS4 — Quantitative Surface and Interface Analysis II
Presiding
Laszlo Kover (Institute of Nuclear Research-MTA ATOMKI, Hungary), M. Tsukada (Tohoku University, Japan)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
S. Tanuma1, C.J. Powell2, and D. R. Penn2
1NIMS, Japan; 2NIST, USA
Calculations of electron inelastic mean free paths for 41 elemental
solids over the 50 eV to 30 keV range
ASS4-IN-1
1992286b-0
8:308:45
T. Tang1, Z.M. Zhang1, Z.J. Ding1, K. Tokesi2
1Univ Sci &Technol China, China
2Institute of Nuclear Research of HAS, Hungary
The Effective Energy Loss Functions Derived XPS Spectra for Ag
and Ni
ASS4-O-1
7d8e7f93-0
8:459:00
Keun Su Kim1, Sung Chul Jung2, Myung Ho Kang2,
Han Woong Yeom1
1Yonsei University, Korea
2Pohang Univ Sci & Technol, Korea
Nearly massless electrons in the silicon interface with a metal film
ASS4-O-2
ba0c86bb-8
9:009:15
F. Yang, D. Z. Guo, H. S. Lin, M. X. Sun, Z. X.
Zhang, X. Y. Zhao, Z. Q. Xue, G. M. Zhang
Peking University, China
Alkali Ion Emission from Metallic Targets by 532 nm Soft Pulsed
Lasers
ASS4-O-3
195f2134-1
9:159:30
T. Kawamura
University of Yamanashi, Japan
Origin of RHEED intensity oscillation during growth on GaAs(001)
ASS4-O-4
38875A9B-F
9:309:45
K.Sakamoto1, A.Kimura2, T.Oda3, K.Miyamoto2,
T.Kuzumaki1, T.Takahashi4, J.Fujii5, T.Oguchi2,
R.I.G. Uhrberg6
1Chiba University, Japan
2Hiroshima University, Japan
3Kanazawa University, Japan
4Tohoku University, Japan
5TASC National Laboratory, INFM-CNR, Italy
6Linköping University, Sweden
Peculiar Rashba spins on heavy elements adsorbed silicon
surfaces
ASS4-O-5
3ea40518-8
9:4510:00
Coffee Break
10:0010:30
John T. Grant
University of Dayton, USA
Issues with Data Acquisition in AES and XPS
ASS4-IN-2
d2657982-8
10:3010:45
Christoph Tegenkamp, Daniel Lükermann, Herbert
Pfnür
Leibniz Univesität Hannover, Germany
Magnetotransport in anisotropic Pb-films and monolayers
ASS4-O-6
df086896-c
10:4511:00
L. Walczak1, G. Goryl2, M. A. Valbuena3, A.
Tejeda4,5, M. Abuin6, A. Taleb-Ibrahimi5, J.J.
Kolodziej2, E.G. Michel1
1Universidad Autónoma de Madrid, Spain
2Jagiellonian University in Krakow, Poland
3IPMC, Switzerland.
4CNRS–Université de Nancy–UPV-Metz, France
5Synchrothron SOLEIL, France.
6Universidad Computense de Madrid, Spain
Electronic Structure of InAs(001) and InSb (001) in Low
Temperature condition
ASS4-O-7
a99efe8f-5
11:0011:15
Zhang Bo1, Xu Binshi1, Xu Yi1, Wang Xiaoli1, Zhang
Baosen1,2
Research On The Tribological Performance And Self-Repairing Of
Phyllosilicate Lubricating Ductile Cast Iron Friction Pairs
ASS4-O-8
a8b15a00-d
52
1AAFE,
China
Jiaotong University, China
2Shanghai
11:1511:30
M. Novák1, L. Kövér1, W. Drube2, I. Cserny1, S. Egri3,
J. Tóth1, D. Varga1
1MTA ATOMKI, Hungary
2DESY, Hamburg, Germany
3University of Debrecen, Hungary
Accurate determination of 1s photoelectron line shapes of 3d
transition metals using Monte Carlo method based deconvolution
techniques for quantitative analysis of XPS and REELS data
ASS4-O-9
5266d380-b
11:3011:45
J. Lenz1, K. Winkler1, M. Escher2, B. Krömker1, N.
Weber2
1Omicron NanoTechnology GmbH, Germany
2FOCUS GmbH, Germany
Energy filtered PhotoElectron Microscopy
ASS4-O-10
5FEDDB46-7
11:4512:00
H. Sezen, Sefik Suzer
Bilkent University, Turkey
Photovoltage, Photoconductivity, and Charging Probed by
Dynamical XPS Measurements
ASS4-O-11
3648ab31-e
12:0014:00
Lunch Break & Poster Session 2
Wednesday Afternoon, Rm. 308
Session No. and Topic: ASS5 — Surface Chemistry and Catalysis III
Presiding
Qiang Fu (Dalian Institute of Chemical Physics, CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
E. Lundgren1, J. Gustafson1, S. Blomberg1, R.
Westerström1, J. N. Andersen1, O. Balmes2, R.
Van Rijn2,3, J. W. M. Frenken3, H. Bluhm4, M. E.
Messing1, K. Deppert1
1Lund University, Sweden
2ESRF, France
3Leiden University, Netherlands
4Lawrence Berkeley National Laboratory, USA
In situ studies of Pd and Rh model catalysts
ASS5-IN-1
793bd2f6-3
14:3014:45
S. Foglio1, M. Corbetta1, A. Li Bassi1,2, M.
Passoni1, C.E. Bottani1,2, C.S. Casari1,2
1Dipartimento di Energia and NEMAS – Center for
NanoEngineered Materials and Surfaces, Italy
2Center for Nano Science and Technology of
IIT@PoliMI, taly
Pulsed Laser Deposition and In Situ Scanning Tunneling
Microscopy of Pd clusters on ultrathin alumina layers
ASS5-O-1
629d0c25-0
14:4515:00
S. Blomberg1, R. Westerström1, J. Gustafson1, J.
N. Andersen1, M. E. Messing1, K. Deppert1, O.
Balmes2, M. E. Grass3, Z. Liu3, H. Bluhm3, E.
Lundgren1
1Lund University, Sweden.
2ESRF, Grenoble, France.
3Lawrence Berkeley National Laboratory, USA
High-pressure oxidation and CO reduction of Rh and Pd
nanoparticles
ASS5-O-2
a44dad4e-6
15:0015:15
Shao Xiong Liu, Bin Geng, Ling Wen Liao, Pu
Zhang, Yan Xia Chen
Univ Sci & Technol China, China
Potential Effects on Methanol Decomposition at Pt Film Electrodes
under Controlled Mass-Transport Conditions, a Quantitative Study
by ATR-FTIR Spectroscopy
ASS5-O-3
D70a550f-5
15:1515:30
YouKun Gao1, Mingchun Xu1, Yuemin Wang1,
Christof Wöll2
1Ruhr-Universität Bochum, Germany
2Karlsruher Institut für Technologie, Germany
Monitoring photooxidation of acetone on TiO2(110) using IR
spectroscopy
ASS5-O-4
f4ba9246-e
15:3015:45
Rentao Mu, Qiang Fu, Hui Zhang, Chuanfu Wang,
Hong Xu, Runsheng Zhai, Dali Tan, Xinhe Bao
Dalian Institute of Chemical Physics, CAS, China
The reactivity of PtNi bimetallic catalyst: from model systems to
supported catalysts
ASS5-O-5
652ca6bf-b
15:4516:00
Tao Liu, L.H. Dong, Y. Zhou, Y.S. Yin
Effect of Aluminum with Super-hydrophobic Surface on Marine
ASS5-O-6
53
16:0016:15
Shanghai Maritime University, China,
Bacterial Adhesion
8b221450-4
O. Dos Santos Ferreira, E.R.M. Gelinck, D. de
Graaf, Rudolf Fischer
Adhesion in Applications on Nanoscale - Parameters of Influence
ASS5-O-7
19f6ed3f-d
TNO Science and
Technology,
Netherlands,
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 3
54
August 26, 2010
Thursday Morning, Rm. 308
Session No. and Topic: ASS6 — Quantitative Surface and Interface Analysis III
Presiding
Giorgio Margaritondo (EPFL, Switzerland), Shigeo Tanuma (National Institute of Materials Science, Japan)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
Giorgio Margaritondo
EPFL, Switzerland
Recent Advances in X-Ray Imaging for Nanoscience and
Biomedical Research
ASS6-KN-1
97d03cc9-9
8:309:00
A. Herrera-Gomez1, J. Muñoz-Flores2
1CINVESTAV-Unidad Queretaro, Mexico
2Departamento de Física, CINVESTAV, Mexico
Improved method for XPS and ARXPS data fitting
ASS6-IN-1
8abd6607-6
9:009:15
F. Bebensee1,2, M. Schmid1, H.-P. Steinrück1, J. M.
Gottfried1
1University Erlangen-Nürnberg, Germany
2Aarhus University, Denmark
Low-Temperature Deposition of Ca onto P3HT: A Route to Sharper
Interfaces
ASS6-O-1
aed89014-2
9:159:30
S. Saykova1, S. Vorobyev1, Yu. Mikhlin 1,2, M.
Likhatski2, A. Romanchenko2, S. Erenburg3, S.
Trubina3
1Siberian Federal University, Russia
2Inst Chem & Chemical Technol SB RAS, Russia
3Nikolaev Institute of inorganic Chemistry SB RAS,
Russia
XAS and XPS characterization of Cu nanoparticles synthesized by
chemical reduction in aqueous solutions
ASS6-O-2
63384dc0-e
9:309:45
N. Pauly1 and S. Tougaard2
1Université Libre de Bruxelles, Belgium
2University of Southern Denmark, Denmark
Quantitative XPS: effects of core-hole and surface excitations
ASS6-O-3
23cdc8a2-d
9:4510:00
Coffee Break
10:0010:30
Christian R. Ast
MPI for Solid State Research, Germany
Giant Rashba-type spin-splitting at surfaces
ASS6-IN-2
27ff9bc2-9
10:3010:45
Z. Wang1, X. J. Xu1, H. B. Zhang1, W. L. Li2, M.
Gao2, Q. Fu1, X. H. Bao1
1Dalian Institute of Chemical Physics, CAS, China
2Peking University, China
Non-catalytic synthesis of vertically aligned CNTs arrays and
metal functionalization
ASS6-O-4
bbe33478-f
10:4511:00
S. R. Barman1, S. W. D'Souza1, R. S. Dhaka1, M.
Maniraj1, J. Nayak1, Abhishek Rai1, D. L. Schlagel2,
T. Lograsso2, C. Kamal3, Aparna Chakrabarti3
1UGC-DAE Consortium for Sci Res, India
2Iowa State Univ, USA; 3RRCAT, USA
Ni2MnGa(100) ferromagnetic shape memory alloy surface studied
by photoelectron spectroscopy, LEED and density functional
theory
ASS6-O-5
53c4c567-3
11:0011:15
K. Yaji, Y. Ohtsubo, S. Hatta, H. Okuyama, T. Aruga,
Kyoto University, Japan
Rashba spin-orbit interaction in metallic semiconductor surface ASS6-O-6
states
40bb6b30-8
11:1511:30
Georges Raseev
Univ. Paris-Sud 11, France
Plasmon resonances in Al(001) surface using power density
absorption
ASS6-O-7
a97a6427-7
11:3011:45
Chris R. Arumainayagam
Wellesley College, USA
Surface Analysis of Radiation Chemistry
ASS6-O-8
3687c2b5-1
11:4512:00
CJ Blomfield, SJ Hutton, AJ Roberts
Kratos Analytical Ltd, UK
XPS depth profiling of organic materials with a polyatomic ion
source
ASS6-O-9
8fa91353-0
12:0014:00
Lunch Break & Poster Session 3
55
Thursday Afternoon, Rm. 308
Session No. and Topic: ASS7 — Surface Chemistry and Catalysis IV / Oxide & Corrosion / Adhesion / Wear
Presiding
E. Lundgren (University of Lund, Sweden), Donglai Feng (Fudan University, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Qiang Fu, Xinhe Bao
Dalian Institute of Chemical Physics, CAS, China
Architectural configurations of Pt-based bimetallic catalysts for
CO oxidation
ASS7-KN-1
7590c9fd-1
14:3015:00
Marcus Philippe
Ecole National Superieure de Chimie, France
Surface analysis for studying corrosion processes
ASS7-KN-2
15:0015:15
E. Papis-Polakowska1, J. Kaniewski1, J. Szade2,
W. Rzodkiewicz1, A. Jasik1, K. Reginski1, A.
Wawro3
1Institute of Electron Technology, Poland
2University of Silesia，Poland
3Institute of Physics, PAS, Poland
Chemistry of interfaces in type-II GaSb/InAs superlattices
ASS7-O-1
8d64c34c-f
15:1515:30
Z.X. Jiang, Y. D. Huang, L. Liu
Harbin Institute of Technology, China
Preparation of miniature boats with striking loading capacity
fabricated from superhydrophobic quartz fiber bundles
ASS7-O-3
4da45779-b
15:3015:45
J. Stausholm, B. Hammer
Aarhus University, Denmark
DFT+U Study Of Defects In Bulk Rutile TiO2
ASS7-O-4
fa197df0-8
15:4516:00
Jamal Takadoum, P. Henry
CNRS, UFC, ENSMM, UTBM France
Corrosion friction and wear of some passive metals
in H2SO4 solution
ASS7-O-5
aaefc819-8
16:0016:15
Jae Ho Lee , Dong Bok Lee
Sungkyunkwan University, Korea
Oxidation of Ni-W coatings at 700 and 800 ºC in air
ASS7-O-6
54d17055-5
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 4
56
August 27, 2010
Friday Morning, Rm. 308
Session No. and Topic: ASS8 — Surface Analysis & Modifications / Wear
Presiding
J. T. Grant (University of Dayton, USA), Marcus Philippe (Ecole National Superieure de Chimie, France)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
J.-J. Pireaux
University of Namur, Belgium
Surface Analysis of Polymers and Composites
ASS8-IN-1
e7f185aa-f
8:308:45
Munawar Iqbal1, I. Shaukat2, A. Mahmood1, K.
Abbas1
1National Inst Lasers & Optronics,Islamabad
2PIEAS, Islamabad
Surface Modification of Mild Steel by Electron Beam Melting
ASS8-O-1
e0f9e96c-7
8:459:00
Y. Hao1 , Bo Gao1, G. F. Tu 1, H.Cao1, W.F.Zhang1,
S.Z.Hao2, C.Dong2
1Northeastern University, China,
2Dalian Universiy of Technolg, China,
Surface Modification of Al-12.6Si Alloy by High Current Pulsed
Electron Beam
ASS8-O-2
b3e2a286-1
9:009:15
Punyachai Learngarunsri, P.Chaiyen, T. Srikhirin,
W. Veerasai, S. Dangtip
Mahidol University, Thailand
Applications of Planar ITO Electrodes for Studying of Some
Biochemical Activities
ASS8-O-3
29e575b9-4
9:159:30
Hongxi Liu1, Y. H. Jiang1, X.W.Zhang1, B.Y.Tang2
1Kunming Univ Sci & Technol, China
2Harbin Institute of Technology, China
Wear behavior and rolling contact fatigue life of Ti/TiN/DLC
multilayer coatings fabricated on bearing steel by PIIID
ASS8-O-4
112CFA32-9
9:309:45
Xiuyan Li, Bin Tang, Jiaorong Ye
Taiyuan University of Technology, China
Fabrication of Zr and Zr-N surface alloyed layers and hardness
improvement of Ti6Al4V alloy by plasma surface alloying technique
ASS8-O-5
e20c459a-b
9:4510:00
Coffee break
10:0011:30
Plenary Lecture Session 2 (at Convention Hall 1)
11:3012:00
Closing Session: Best Poster Award
57
POSTER SESSIONS
Poster Session 2: August 25, Wednesday (12:0014:00),
Convention Hall 1
Session Topic: P2-ASS — Nanomaterials / Self assembly / Novel SPM / Thin Films / Quantitative Analysis
Abs. No.
Authors
Title
P2-ASS-1
524a141b-8
Hongjuan Zeng, Yadong Jiang, Guangzhong Xie，Jia Hu
UESTC, China
Influence of pH on the properties of electrosynthesized PEDOT films
P2-ASS-2
92d40553-4
Takashi Miura, Etsuko Imai, Ichiro Arakawa
Gakushuin University, Japan
Effect of surrounding gas on surface electrification due to sliding
friction of metals and insulators
P2-ASS-3
f29b55bb-7
Yanhui Xing, J. Han, J. Deng, Y. X. Zhu, Ch. Xu, G. D. Shen
Beijing University of Technology, China
Study on properties rough p-InGaN with high hole concentration and
light-emitting diode
P2-ASS-4
843fbcc2-f
Bo-Chao Huang, Bo-Chih Chen, Ya-Ping Chiu, Min-Chuan Shih,
Li-Wei Tu
National Sun Yat-sen University, Taiwan, China
Electronic structures of dislocations in GaN/Si(111) grown by
molecular-beam epitaxy
P2-ASS-5
0508a4c1-e
Y. Wang, D.C. Ba, Jianchang Li
Northeastern University, China
Electrical characterization using microscopic four-point probe
technique
P2-ASS-6
e2a9e11b-1
Miyoko Tanaka1, M. Shimojo1,2
1NIMS, Japan; 2Saitama Institute of Technology, Japan
Formation of In/Ag Compound Nano Clusters
studied by UHV-TEM/STM
P2-ASS-7
262bef9e-f
Weiguang Xie, J An, J Du, X Wan, J B Xu
CUHK, China
Study of electronic properties of vanadyl- phthalocyanine molecular
layers on HOPG by scanning probe microscopy
P2-ASS-8
64565554-2
Alexander Rahachou1, A.A. Rogachev1, M.A. Yarmolenko1, Jiang
Xiao-Hong2, Liu Zhu Bo1,2
1Gomel State University, Belarus; 2NUST,China
Molecular structure and optical properties
nanocomposite polymer-metal coatings
P2-ASS-9
c89c599c-e
Hanjie Zhang1, Lizhen Jiang1, Hongying Mao1, Weidong Dou1,2,
Qing Du1, Qing Liao1, Shining Bao1, Haiyang Li1, Pimo He1,
Frederik Floether3
1Zhejiang Univ, China; 2Shaoxing Col Arts & Sci, China
3University of Cambridge, UK
Adsorption behavior of iron phthalocyanine on Cu(100)
P2-ASS-10
8731816f-7
M.-T. Dau, M.A. Zrir, V. Le Thanh
A RHEED study of Ge growth process by molecular beam epitaxy
P2-ASS-11
0eef78c6-d
Wang Kefan, W.F. Zhang, M.J. Huang, Y.L. Mao
Henan University, China
Achievement and photoluminescence of ultra-small size of Ge quantum
dots directly grown on Si(001) substrate
P2-ASS-12
3bab4ea9-d
Ruihua Cheng 1, Ya.B. Losovyj 2
1IUPUI.USA; 2Louisiana State University, USA
Magnetic Atomic Chains on Pt Vicinal Surface
P2-ASS-13
839d53a4-0
Qi Fang1, C. Hodson1, M. Liu2, Z.W. Fang3, R. Potter3, R. Gunn1
1Oxford Instruments Plasma Technology, UK
2Institute of Solid State Physics, CAS, China
3University of Liverpool, UK
Preliminary investigation of high-k materials -Ti doped Ta2O5 Films by
remote plasma ALD
P2-ASS-14
5977aaa1-e
Tomihiro Hashizume1,2,3, S. Heike1, Y. Iwadate3, T. Ushiyama3, S.
Kubota3, N. Fukui2, T. Hitosugi2
1Hitachi, Ltd.Japan; 2Tohoku Univ, Japan
3Tokyo Institute of Technology Japan
Scanning probe microscopy of interfaces of organic thin film
transistors
P2-ASS-15
2502f1c5-4
Yi Lv , Y. F. Zhang, S. H. Zhao, J. Cui, X. J. Yang
Fudan University, China
Composition distribution and electrical properties of individual GeSi
quantum rings
P2-ASS-16
0e0ed194-0
Kalyani Date1, Sundar Iyyer 2, C. V. Dharmadhikari1
1University of Pune, India
2Ahmednagar college, India
A new approach for AC current imaging/spectroscopy of
nanostructures using high bandwidth preamplifier in non-contact
Atomic Force Microscope
P2-ASS-17
Mao-Suan Huang1, Keng-Liang Ou1, Chung-Ming Liu1,2,3,
PengResearches of Biocompatibility and Antibacterial property on
of
PTFE-based
Aix-Marseille Université, France
58
cbb969e7-5
Wei-Hung Chang2, Pei-Weng Peng1
1Taipei Medical University, Taiwan, China; 2LungHwa UST, Taiwan,
China; 3GSET, LungHwa UST, Taiwan, China
Nanocrystalline Diamond Film
P2-ASS-18
d40d9433-2
Linjun Wang, J. Huang, R. Xu, K. Tang, J.J. Zhang, Y. B. Xia
Shanghai University, China
Effects of hydrogen plasma etching treatment on the structural and
optical properties of nano-crystalline diamond films
P2-ASS-19
15256bbc-4
Jian Huang, L. J. Wang, K. Tang, J. J. Zhang, W. M. Shi, Y. B.
Xia, L. X. Gang
Shanghai University, China
The fabrication and application of ZnO/ diamond film heterojunction
P2-ASS-20
5185b15b-d
Junfa Zhu, Wei Zhao, Xuefei Feng, Yuxian Guo, Wenhua Zhang
Univ Sci & Technol China, China
Interfacial structures and energy alignments of Ca on semiconducting
polymer surfaces
P2-ASS-21
1a180c65-c
Guodong Wang , D. D. Kong, Y. H. Pan, H. B. Pan, J. F. Zhu
Univ Sci & Technol China, China
Ar-ion bombardment effects on the CeO2 surface
P2-ASS-22
d2ce6dcd-6
Yu-Ting Chen1, Bo-Chao Huang1, Ya-Ping Chiu1, Jan-Chi Yang2,
Chen-Wei Liang2, Ying-Hao Chu2
1Nat Sun Yat-sen Univ, Taiwan, China; 2Nat Chiao Tung Univ,
Taiwan, China
Electronic properties at domain walls in multiferroic BiFeO3
P2-ASS-23
f2b2c852-c
Suttinart Noothongkaew1, Hideki Nakajima2, Anusorn Tong-on1,
Prayoon Songsiriritthigul1,2,3
1Suranaree University of Technology, Thailand
2Synchrotron Light Research Institute, Thailand
3Commission on Higher Education, Thailand
Oxidation of Zn in UHV environment at elevated temperatures
P2-ASS-24
6aeb4df7-7
Andrea Li Bassi1,2, C.S. Casari1,2, F. Di Fonzo2, M. Fusi1, , V.
Russo1, C.E. Bottani1,2, K. Prince3, E. Maccallini4, T. Caruso4, R.G.
Agostino4
1Politecnico di Milano, Italy; 2CNST, Italy
3Sincrotrone Trieste, Italy; 4Università della Calabria, Italy
Pulsed Laser Deposition of hierarchically nanostructured TiO2
surfaces
P2-ASS-25
9ca37ab4-d
Jijun Wang, Yunfei Shi, Lizhong Lu, Guidong Xu, Baiqiang Xu
Jiangsu University, China
Aanalysis of Laser-generated Ultrasonic Force Source at Specimen
Surface and Display of Bulk Wave in Transversely Isotropic Plate by
Numerical Method
P2-ASS-26
01dbc6a9-1
Lizhong Lu, Yunfei Shi, Jijun Wang
Jiangsu University, China
The influence of pulse width and energy on temperature field in metal
irradiated by ultrashort-pulsed laser
P2-ASS-27
be83faea-d
Guoliang Peng 1, Liping Guo 1, Tiecheng Li1,*, Zhongpo Zhou 1,
Ting Peng 1, Wen Wen 2, Qing He 2, Xiaolong Li 2, Xingtai Zhou 2
1Wuhan University, China; 2 CAS, China
Ferromagnetism and structure of SixMn1-x
semiconductors prepared by ion implantation
P2-ASS-28
f5202e4c-5
W. R. Zeng1, H. Zhou, F. Chen, S. Z. Yang 2
1Beijing Inst Petrochemical Technol, China; 2CAS, China
Gas pressure dependence of composition in Ta-Ti-N films prepared by
pulsed high energy density plasma
P2-ASS-29
e2715678-b
Miroslaw Krawczyk*, W. Lisowski, J. W. Sobczak, A. Kosiński, A.
Jablonski
Institute of Physical Chemistry, Polish Academy of Sciences,
Poland
XPS and EPES studies of TiN: surface and sub-surface analysis
P2-ASS-30
1c33aab7-5
Li Yang 1, P. Svarnas2, A.G. Shard1, J.W. Bradley2
1National Physical Laboratory, UK
2University of Liverpool, UK
Quantification of contact angle for OLED patterns by XPS data and
multivariate analysis
P2-ASS-31
b38b6631-8
Xuejun Chen, Qian Ma
University of Science and Technology Beijing, China
On thermally driven edge-cracking of a coating/substrate system
P2-ASS-32
cc8b07aa-4
Fumitaka Esaka1, H. Yamamoto1, H. Udono2, N. Matsubayashi3
K. Yamaguchi1, S. Shamoto1, M. Magara1, T. Kimura1
1Japan Atomic Energy Agency, Japan; 2Ibaraki University, Japan
3National Institute of AIST, Japan
Non-destructive depth profiling of FeSi2 single crystals by synchrotron
radiation excited XPS and XAS
P2-ASS-33
32bf9724-6
Hiroyuki Yamamoto1, Fumitaka Esaka1, Hideaki Matsue1,
Masato Sasase2
1Japan Atomic Energy Agency, Japan; 2Energy Res Center, Japan
Non-destructive Analysis of Deep Interface by Neutron Beam
59
diluted
magnetic
P2-ASS-34
a3afbe46-c
Thomas Sulzbach1,C. Richter1, P. Weinzierl1, O. Krause1, W.
Engl1,C. Penzkofer2, B. Irmer2
1 Nanoworld Services GmbH, Germany
2 Nanotools GmbH, German
Ultrashort Cantilever Probes for High Speed AFM
P2-ASS-35
37c85e39-a
Yanqing Guo, Rui Huang , Jie Song, Xiang Wang, Yixiong Zhang
Hanshan Normal University, China
Influence of deposition parameters on the crystallization of ultrathin
nanocrystalline silicon films fabricated in a VHF-PECVD system
60
Poster Session 3: August 26, Thursday (12:0014:00),
Convention Hall 1
Session Topic: P3-ASS — Surface Modifications / Oxidation and Corrosion / Adhesion
Abs. No.
Authors
Title
P3-ASS-1
b3ad7176-0
Tao Shao, Cheng Zhang, Yang Yu, Dongdong Zhang, Ping Yan
CAS, China
Atmospheric Pressure Plasma Treatment of Polymer via
Nanosecond-pulse Dielectric Barrier Discharge Produced by Magnetic
Compression Pulsed Power Generator
P3-ASS-2
00b53ac1-a
Guifu Dong1, M.R. Sun2, X.H. Li1
1Dalian University, China; 2Harbin Institute of Technology, China
The composition and microstructure of (Ti,Al)N coatings by
plasma-bassed ion implantation mixing
P3-ASS-3
1235acbe-a
Hongzhu Xi1, 2, 3, Q.Liu1, Y.S.Wang1, 2, C.F.Guo1, 2, S.M.Guo1，
Y.Tian1, 2, G.M.Zhang3
1NCNST, China; 2Graduate University of CAS, China
3Peking University, China
The study of laser induce GeSbTe thin films phase change
P3-ASS-4
79c671dc-3
Paola Miglietta1, Vito Fasano2, Nicola Lovergine2, Evie
Papadopoulou3, H. De Rosa4, Alessio Perrone2
1Development and Research Sector, Italy
2University of Salento, Italy
3IESL, FORTH, Greece
4Universidad de Buenos Aires, Argentina
Morphological and structural studies of Y thin films obtained by pulsed
laser deposition
P3-ASS-5
68b0a6f7-d
Yuttakarn Rattanachai1, H. Nakajima2, M. Medhisuwakul3,4,
P. Songsiriritthigul1,2,4
1Suranaree University of Technology, Thailand
2Synchrotron Light Research Institute, Thailand
3Chiang Mai University, Thailand
4Commission on Higher Education, Thailand
Recovery of Nafion® Membrane by EUV irradiation
P3-ASS-6
9486c9bb-b
Min. Zhang1, Kwang Ho Kim2
1Liaoning Normal Univ, China; 2Pusan National Univ, Korea
Structure and oxidation behavior of compositionally gradient CrN x
coatings prepared using arc ion plating
P3-ASS-7
8d5dd0c4-f
Hongxi Liu1, Y. H. Jiang1, C.Q.Wang1, B.Y.Tang2
1KUST, China; 2Harbin Institute of Technology, China
Wear and corrosion behaviors of Ti6Al4V alloy by argentine plasma
immersion ion implantation process
P3-ASS-8
d64baf68-b
Xiaoping Liu, H. J. Zhang. P. L. Ge, Z. X. Wang, Z. Y. He, Y. P. Liu
Taiyuan University of Technology, China
Nb-C compound layer prepared on TiAl alloys by plasma Nb alloying
and carburization
P3-ASS-9
4ecff62c-8
Shi-xiang Hou, Zong-de Liu, Dong-yu Liu, Xiao-na Yuan
North China Electric Power University, China
Microstructure and Oxidation Resistance of MoSi2-Al Coatings
Prepared by Electro-thermal Explosion Ultrahigh Speed Spraying
P3-ASS-10
2afb17ea-e
Shi-xiang Hou, Zong-de Liu, Dong-yu Liu, Xiao-na Yuan
North China Electric Power University, China
Oxidation Behavior of NiAl-TiB2 Coatings Prepared by Electro-thermal
Explosion Ultrahigh Speed Spraying
P3-ASS-11
67a58cfa-5
P.S. Pa
National Taipei University of Education, Taiwan, China
Surface Modification via Thin film Finishing Process
P3-ASS-12
60061e99-d
Zhang Jianwu
Univ Sci & Technol China, China
Secondary electron ejection-induced current change in patterning
Si(100) wafer substrate by atom lithography
P3-ASS-13
ee813a36-b
C. Chen1, P. Sheng, Fei Zeng1, Y.C. Yang1, P.Y. Yan1, J.T. Luo1, F.
Pan1, WS Yan2
1Singhua University, China; 2Univ Sci & Technol China, China
Microstructure and Giant Ferromagnetism of Manganese Implanted
Congruent LiNbO3
P3-ASS-14
dc8f6055-f
Ma Tianjun, Zhao Shike, Deng Feng, Hu Jingjun, Wu Kun
CAS, China
Research On Properties of Cr-Ni Coatings Prepared on Pyrolytic
Graphite by Arc Ion Plating
P3-ASS-15
638269f9-c
D. Fujita, T. Kumakura, K. Onishi, K. Sagisaka
NIMS, Japan
High temperature in situ AFM/STM observation of decomposition and
cleaning process of ultrathin SiO2 films on Si(111) surfaces in ultrahigh
vacuum
P3-ASS-16
b78a05f1-5
Min Jung Kim, Dong Bok Lee
Sungkyunkwan University, Korea
Gas corrosion of Fe- and Ni-base alloys in the N2-H20-H2S gases at 600
and 800 oC
61
P3-ASS-17
5cf90843-a
Lixia Peng1, W. Feng2, Y.Liu2
1National Key Laboratory for Surface Physics & Chemistry, China
2Sichuan University, China
The influence of oxygen on the surface state and deuterium permeation
of Pd membrane
P3-ASS-18
a11c263c-b
Tianxian He, Xinrui Miao, Li Zhang, Yan Mu, Wenli Deng
South China University of Technology, China
Research on the adhesion mechanism of the adhesive disc of
Parthenocissus tricuspidata
P3-ASS-19
f112429a-4
Ling-Hung Lin1,2, Keng-Liang Ou1, Chung-Ming Liu1,3, Shih-Cheng
Liu3, Pei-Weng Peng1
1Taipei Med Univ, Taiwan, China; 2Taipei Med Univ Hospital,
Taiwan, China; 3LungHwa UST, Taiwan, China
Research of Hemocompatibility and Biocompatibility on Biomedical
Stainless Steel with Nitridation
P3-ASS-20
72e3c2d8-7
Yanhua Zhang, J.Y. Gu, Y.F. Zuo, H.Y. Tan, M.W. Di, L.B. Zhu
Northeast Forestry University, China
Study on the Influence of isocyanate coupling agents on Mechanical
Properties of Wheat Straw/Polyethylene Composite Materials
P3-ASS-21
72856b69-4
Jiehe Sui, Zhiguo Li, Wei Cai
Harbin Institute of Technology, China
Mechanical properties and hemocompatibility
diamond-like carbon (F-DLC) films on the NiTi alloys
P3-ASS-22
03a76a77-b
Xiong Xin-bo, Zeng Xie-rong, Zou Chun-li
Shen Zhen University, China
Preparation of High Bonded HA Coating on Alkaline Treated Ti by
Induction Heating Deposition/Alkaline Hydrothermal Treatment
P3-ASS-23
1e922b49-d
Ryosuke Watanabe1, 2, Y. Miyauchi1, 2, H. Hirose1, 2, G. Mizutani1, 2
1Japan Advanced Institute,Japan; 2CREST, Japan
Development of a high resolution UHV sum frequency microscope with
an intrusion-type glass window
P3-ASS-24
db3125e4-0
Di Lu1, G.F. Dong1 , M.R. Sun2, X.H. Li1
1Dalian University, CAS, China; 2Harbin Institute of Technol, China
The composition and microstructure of (Ti,Al)N coatings by
plasma-bassed ion implantation mixing
P3-ASS-25
6ae2fd26-9
C.Y. Kang1, J. Tang1, L. M. Li1, H. B. Pan1, P.S. Xu1, S.Q. Wei1,
Y.Q. Gao2, X.G. Xu2
1Univ Sci & Technol China, China; 2Shandong University, China
In-situ study on the electronic structure of graphene growing process
on 6H-SiC(000-1)with SRPES
P3-ASS-26
517db777-f
K.X. Zhang, W. Wang, J.H. Zhao, Y. Zhang, J.L. Hou, Y.C. Fang
Hefei University of Technology, China
Hydrophilicity Difference of TiO2 Thin Film Induced by Different Plasma
P3-ASS-27
bc54b509-8
E. L. Albuquerque, L.R. da Silva
UFRN, Brazil
Thermal Radiation in Metamaterials
P3-ASS-28
9e08683f-8
Nusret Kaya1, Ahmet Oztarhan1, Daryush Iia2, Satilmis Budak2
1EGE University, Turkey
2Alabama A&M Univ Research Institute, USA
Effect of C+H and C+H+Ar hybrid ion implantation on UHMWPE
samples
P3-ASS-29
d8dd73ea-1
M. R. Bayati1, R. Molaei1, A. Z. Moshfegh2, F. Golestani-Fard1
1Iran Univf Sci & Technol, Iran; 2Sharif University of Technology,
Iran
Fabrication of S-Doped TiO2 Nano Porous Layers: A Photocatalytic
Study
P3-ASS-30
f6f7c9a6-6
Munawar Iqbal1,3, Zahid Majeed2, Ayub Faridi3, M. Arshad1, G.
Islam3, M.A.K.Lodhi4
1Nat Inst of Lasers & Optronics, Islamabad
2Nat Engin & Sci Commission, Islamabad
3University of the Punjab, Lahore
4Texas Tech University, USA
Optimization of Electrostatic Focusing for Line Source Electron Beam
Emitter Assembly
P3-ASS-31
fd2d8f8a-1
M.R. Bayati1, Roya Molaei1, H.R. Zargar1, Amir Kajbafvala2,
Saeed Zanganeh3, F. Golestanifard1
1Iran Univ Sci & Technol, Iran.
2North Carolina State University, USA
3University of Connecticut, USA
Micro Arc Oxidized Nano Structured Ceramic Layers for Photocatalytic
Applications
P3-ASS-32
e307d175-f
M. Aliofkhazraei, A. Sabour Rouhaghdam
Tarbiat Modares University,Iran
Precise hardness control of ultra hard graphite/WC/TiC
nano-composite layer fabricated by plasma electrolysis
P3-ASS-33
94c0f8fb-7
Jisheng Pan1, Zheng Zhang1, Lina Wei-Wei Fang2
1A*STAR, Singapore; 2NUS, Singapore
Preparation of oxide-free Ge2Sb2Te5 surface: An x-ray photoelectron
spectroscopy study
P3-ASS-34
f5614f50-d
C. Mahata, M. K. Hota, S. Mallik, T. Das, C. K. Maiti
Indian Institute of Technology, India
Y2O3 and HfYOx High-k Gate Dielectrics on Germanium
62
of
fluorinated
P3-ASS-35
23562c7d-a
X. D. Bai, P. Gao, Z. C. Kang, W. L. Wang, Enge Wang
Institute of Physics, CAS, China
Electrically driven redox process in cerium oxides
P3-ASS-36
3dcc0b4c-d
Liu Yajuan, Xu Jinyong, Gao Cheng, Zhang Jingchun
Guilin Univ of Electronic Technology, China
Influences of Additives on the Properties of Micro-arc Oxidation
Ceramic Coatings on 6061 Aluminum Alloy
P3-ASS-37
60b5e950-4
Yongguang Wang, Yongwu Zhao, Peng Zhang
Jiangnan University, China
Effect of Pulse Power on Hardness and Electro-plating Velocity for
Ni-Fe-W Coatings
P3-ASS-38
3dffd723-2
M. Aliofkhazraei, A. Sabour Rouhaghdam
Tarbiat Modares University, Iran
Fabrication of Functionally Gradient Nanocomposite Coatings with
Plasma Electrolytic Oxidation Based on Variable Duty Cycle
P3-ASS-39
8e421c4f-b
Lifang Lu, Zheng Xu, Fujun Zhang, Suling Zhao, Zuliang Zhuo,
Chao Kong
Beijing Jiaotong University, China
Effects of different nanostructural MoO3 ultrathin layers on the
performances of organic light-emitting diodes
P3-ASS-40
2cf757c7-8
Ni Zifeng, Liu Liguo, Wang Yongguang
Jiangnan University, China
The Mechanical Property and Biotribological behavior of UHMWPE
Prepared in Vacuum
P3-ASS-41
feb356e8-b
J. W. Sobczak, M. Krawczyk, W. Lisowski, A. Kosiński, A.
Jablonski
Institute of Physical Chemistry, PAS, Poland
Surface properties of ZnO bulk single crystals: effects of surface
termination
P3-ASS-42
63438bf3-f
A.Kazemi Babaheydar, A.Kiani, Gh.Moghadam
Islamic Azad University, Iran
Investigation and chemisorptions study of C2H4 gas on Al surface by
DFT calculation
P3-ASS-43
6400acac-6
Yaojun Zhang, Tuo Li, Ya Chao Wang
Xi’an Univ Arch & Technol, China
Synthesis of chromium loaded SiC-TiO2 nanocomposites and H2
production by photocatalytic water splitting
63
Joint Sub-Conferences: Applied Surface Science / Surface Science / Nanoscience and Technology
August 23, 2010
Monday Afternoon, Rm. 305C
Session No. and Topic: ASS/SS1 — SPM and Novel Probe Techniques I
Presiding
Hidemi Shigekawa (University of Tsukuba, Japan)
Time
Authors, Affiliation
Title
Abs. No.
14:00–14:30
Bengt Kasemo
Chalmers U. Technology, Sweden
Plasmonic And Qcm-D Sensing Cleantech And Biointerface Aplications
ASS/SS1-KN-1
2b6712a3-f
14:30–15:00
An-Ping Li
Oak Ridge National Laboratory, USA
Electronic phases and phase transitions revealed by four-probe
scanning tunneling microscopy
ASS/SS1-IN-1
ff662ff6-f
15:00–15:15
Y. J. Li, K. Takahashi, Y. Naitoh, Y. Sugawara
Osaka University, Japan
Development of Multifrequency High-speed PM-AFM in CA mode
with the capability of imaging topography, energy dissipation and
elasticity in liquids
ASS/SS1-O-1
1f6b6180-4
15:15–15:30
L. Zhang , W. Wulfhekel
Physikalisches Institut(KIT), Germany
A sub-Kelvin ultra high vacuum scanning tunneling microscope
with high energy resolution and high stability
ASS/SS1-O-2
6d708070-e
15:30–15:45
Andreas Bettac, Markus Maier, Jürgen Koeble,
Albrecht Feltz
Omicron NanoTechnology GmbH, Germany
QPlus AFM at temperatures between 5 K and 1083 K with small
oscillation amplitudes and high frequencies
ASS/SS1-O-3
2cac8660-9
15:45–16:00
Andreas Thissen
SPECS Surface Nano Analysis GmbH, Germany
Novel Applications in Surface Science – In situ sample analysis in
extreme environments
ASS/SS1-O-4
e1e24025-3
16:00–16:15
H. T. Zhou, H. G. Zhang, J. H. Mao, L. Gao, Q. Liu,
N. Jiang, H. M. Guo, H.-J. Gao
Institute of Physics, CAS, China
Manipulation and Control of a Single Molecular Rotor on Au(111)
Surface
ASS/SS1-O-5
4d59c0c5-c
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 1
18:3020:30
Banquet, Location
64
August 24, 2010
Tuesday Morning, Rm. 305C
Session No. and Topic: ASS/SS2 — Characterization of Nanomaterials
Presiding
Hermann Suderow (Universidad Autónoma de Madrid ,Spain), Jennifer Hoffman (Harvard University, USA)
Time
Authors, Affiliation
Title
8:00–8:30
D. Fujita, M. S. Xu , J. H. Gao, K. Sagisaka
NIMS, Japan
Novel synthesis and nanoscale
graphene-based nanocarbon
of
ASS/SS2-IN-1
a9f7dd56-7
8:30–8:45
J. Yin, B. Nysten
IMCN–ICMN and UCL, Belgium
Charge Dissipation in Antistatic Felts:an Atomic Force Microscopy
Study
ASS/SS2-O-1
8:45–9:00
J. S. Pan1, E. S. Tok2, S. Y. Chiam1, Z. Zhang1, J.
W. Chai1, D. Li1, S. J. Wang1, M. Lin1, Y. L. Foo1
1A STAR, Singapore
2NNUS, Singapore
X-ray photoemission spectroscopy (XPS) study of Ni metal
clusters grown on oxide substrates
ASS/SS2-O-2
bad79d38-9
9:00–9:30
Donald R. Baer, J. E. Amonette, M. H. Engelhard,
S. Kuchibhatla, J. Liu, P. Nachimuthu, C-M. Wang
Pacific Northwest National Laboratory, USA
Importance of surface chemical analysis tools for understanding
the structure and properties of nanomaterials
ASS/SS2-IN-2
d370f1a9-d
9:30–9:45
J. Koeble1, A Bettac1, B. Günther1, M.Maier1, A
Feltz1, D. Jie2, N. Chandarsekhar2, C. Joachim3
1Omicron NanoTechnology GmbH, Germany
2IMRE, Singapore
3CEMES-CNRS, France
High Precision local electrical Probing: Potential and Limitations
for the Analysis of Nanocontacts and Nanointerconnects
ASS/SS2-O-3
52243e07-a
9:45–10:00
Matteo Amati, Majid Kazemian Abyaneh, Matteo
Maria Dalmiglio, Luca Gregoratti, Maya Kiskinova
Sincrotrone Trieste SCpA, Italy
Recent achievement in characterization of micro-and
nano-materials by scanning photoemission imaging and
spectromicroscopy
ASS/SS2-O-4
f85ca7aa-2
10:00–10:15
Coffee Break
10:15–10:45
Shingo Ichimura1, H. Itoh1, D. Fujita2
1National Inst Adv Indl Sci & Technol, Japan
2NIMS,Japan
Standardization of nano- structure/material measurements and
characterization
ASS/SS2-IN-3
b25d1c52-3
10:45–11:00
Y. P. Chiu , B. C. Chen, B. C. Huang, M. C. Shih,
L. W. Tu
National Sun Yat-sen University, Taiwan, China,
Elucidation of the electronic structure of dislocations in GaN/Si(111)
by using scanning tunneling microscopy
ASS/SS2-O-5
7841f33a
11:00–11:30
Sven Tougaard, Shaaker Hajati
University of Southern Denmark, Odense M
Nano-Structure Information from XPS; Automated Data Analysis
and 3D-Imaging
ASS/SS2-IN-4
cdaca7d8-e
11:30–11:45
Eugenie Martinez1, C. Gaumer2, S. Lhostis2, C.
Licitra1, M. Silly3, F. Sirotti3, O. Renault1
1CEA, LETI, MINATEC, France
2ST Microelectronics, France
3Synchrotron Soleil, France
Soft x-ray photoemission study of Nitrogen bonding and diffusion
in high-k/metal gate stacks
ASS/SS2-O-6
967d26c8-f
11:45–12:00
M.A. Van Hove1, X.Q. Shi1, R.Q. Zhang1, C.
Minot1,2, A.B. Pang3, K.L. Man3, M.S. Altman3
1City University of Hong Kong, China
2Université Pierre & Marie Curie, Paris 6, France
3Hong Kong Univ Sci & Technol, China
Structure of C60 Adsorbed on Pt(111): Detailed LEED and DFT
Analysis
ASS/SS2-O-7
01e18372-e
12:00–14:00
Lunch Break & Poster Session 1
Abs. No.
65
characterization
1e4fd9c5-3
Tuesday Morning, Ballroom B
Session No. and Topic: ASS/SS3 — Oxide Thin Films and Insulating Films
Presiding
Franz Giessibl (University of Regensburg,Germany), Johannes Barth (TU München, Germany )
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:30
V. Matolín, I. Matolínová, M. Václavů, M. Vorokhta
Charles University in Prague, Czech Republic
Synchrotron Radiation Photoelectron Spectroscopy Study of
Metal-Oxide Thin Film Catalysts: Pt-CeO2 coated CNTs
ASS/SS3-IN-1
8:30–9:00
J. Shen1,2, T. Z. Ward2
1Fudan University, China
2Oak Ridge National Laboratory, USA
Emergent Phenomena in Complex Oxides under Spatial
Confinement
ASS/SS3-IN-2
832961db-6
9:00–9:15
Toby Hopf1,2, A. Markwitz 1,2
1University of Wellington, New Zealand
2GNS Science, New Zealand
Patterned growth of self-assembled nanostructures via selective
oxide desorption mediated by metallic surface impurities
ASS/SS3-O-1
d4cffe14-9
9:15–9:30
Hagai Cohen
The Weizmann Institute, Israel
Hot-Electron Characteristics in Si and Hf-based Oxide Layers
ASS/SS3-O-2
d301d649-f
9:30–9:45
A.J. Window1, A. Hentz1, D.C. Sheppard1, G.S.
Parkinson1, D.P. Woodruff1, T.C.Q. Noakes2, P.
Bailey2
1University of Warwick, UK
2STFC Daresbury Laboratory, UK
The surface and bulk structure of ultra-thin epitaxial V2O3(0001)
films
ASS/SS3-O-3
8ffb7fe3-7
9:45–10:00
K. Mašek, J. Beran, J. Mysliveček, F. Dvořák, V.
Matolín
Charles University, Czech Republic
Growth of cerium dioxide on Cu(111) surface
ASS/SS3-O-4
2c81710f-d
10:00–10:30
E. W. Plummer, Rongying Jin, Jiandi Zhang
Louisiana State University, USA
Manifestations of Broken Symmetry at the Surfaces of Correlated
Electron Materials
ASS/SS3-IN-3
76d4d4cd-0
10:3010:45
Chan-Yuen Chang1, Hung-Dau Li2, Deng-Sung
Lin1
1National Tsing Hua University, Taiwan, China
2National Chiao Tung University, Taiwan, China
Growth of a single NaCl monolayer on Si(100) using sequential
surface reactions
ASS/SS3-O-5
f57b1254-1
10:45–11:00
Seolun Yang1, HyunKook. Park1, H. -N. Hwang2,
H. -D. Kim2, J. -S. Kim1
1Sookmyung Women's University, Korea
2PAL, POSTECH, Korea
Reduction of energies for charge fluctuations in ultrathin NiO
films on Ag(001)
ASS/SS3-O-6
c190484e-0
11:00–11:15
W. L. Chen, S. C. Lee, S. S. Ng, H. Ahmad, N.
H. Al-Hardan, M. J. Abdullah, Z. Hassan, H. Abu
Hassan
Universiti Sains Malaysia, Malaysia
Effects of film thickness on the surface phonon polariton mode of
wurtzite ZnO semiconductor
ASS/SS3-O-7
7678b71a-f
11:15–11:30
M. Ranjbar, A. Iraji zad. S. M. Mahdavi
Isfahan University of Technology, Iran
Real-time
measurement
of
oxidation
dynamics
of
sub-stoichiometric tungsten oxide films by pulsed laser
deposition
ASS/SS3-O-8
37ac7357-c
11:30–11:45
Hong-Liang Lu, Qing-Qing Sun, Peng-Fei Wang,
Shi-Jing Ding, David Wei Zhang
Fudan University, China
Effect of temperature on GaAs surface self-cleaning using
dimethylaluminumhydride
ASS/SS3-O-9
7f42404f-b
11:45–12:00
Run-Hai Ouyang, Wei-Xue Li
Dalian Institute of Chemical Physics, CAS, China
A first-principles study of adsorption of metal adatoms on
ultrathin oxide film FeO/Ru(0001) in the presence of CO
ASS/SS3-O-10
8567aa7b-6
12:0014:00
Lunch Break & Poster Session 1
66
2d5c2e45-2
Tuesday Afternoon, Rm. 305C
Session No. and Topic: ASS/SS4 — SPM and Novel Probe Techniques II
Presiding
J. Shen (Oak Ridge National Lab,USA), Bengt Kasemo (Chalmers University of Technology, Sweden)
Time
Authors, Affiliation
Title
Abs. No.
14:00–14:30
Franz Giessibl
University of Regensburg,Germany
Exploring picoscience with atomic force microscopy
ASS/SS4-KN-1
c3d01333-e
14:30–15:00
Yang Gan
Harbin Institute of Technology, China
AFM Surface Characterization at Atomic and Subnanometer
Resolution in Non-UHV Conditions
ASS/SS4-IN-1
70060ee3-a
15:00–15:15
S. H. Zhao, Y. F. Zhang, Y. Lv, Xinju Yang
Fudan University, China
Nanoscale electrical properties of individual GeSi quantum dots
and quantum rings studied by scanning probe microscopy
ASS/SS4-O-1
33b8e854-c
15:15–15:30
Monika Fleischer1, B.Zeeb1,A.Weber-Bargioni2,
M.V.P. Altoe2, A.M. Schwartzberg2, D. Zhang1, K.
Braun1, S. Jaeger1, Y. Fulmes 1, C.Schaefer1, A.J.
Meixner1, P.J. Schuck2, S. Cabrini2, D.P. Kern1
1University of Tuebingen, Germany
2Lawrence Berkeley National Laboratory, USA
Gold nanocone antenna scanning probes
ASS/SS4-O-2
50e29097-0
15:30–15:45
Jean-Christophe Girard, B. Fain, C. David, G.
Patriarche, L.Largeau,A. Beveratos, D. Elvira, I.
Robert-Philip, G.Beaudoin, I. Sagnes，Z.Z.Wang
Lab Photonics & Nanostructures, France
Scanning tunneling microscopy and spectroscopy of InAsP/InP
(001) quantum dots
ASS/SS4-O-3
879915b3-3
15:45–16:00
Takuji Takahashi1，M. Takihara1,
T. Minemoto 2, Y. Wakisaka2
1University of Tokyo, Japan
2Ritsumeikan University,Japan
Scanning Probe Microscopy on Cu(InGa)Se2 Solar Cell Material to
Analyze Band Profile around Grain Boundary
ASS/SS4-O-4
69b7fd8e-3
16:00–16:15
Anika Schlenhoff (née Emmenegger), S. Krause,
G. Herzog, R.Wiesendanger
University of Hamburg, Germany
Cr bulk tips for SP-STM with both in-plane and out-of-plane
sensitivity
ASS/SS4-O-5
6484314f-1
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 2
67
August 25, 2010
Wednesday Morning, Rm. 305C
Session No. and Topic: ASS/SS5 — Self-Assembly
Presiding
E. W. Plummer (Louisiana State University, USA), Andre Gourdon (CEMES―CNRS, France)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:15
Jihyun Kim1, J. H. Kim1, N.-B. Ha1, M. Joe2, K.-L.
Lee2, R. Cuerno3，J. S. Kim1
1Sookmyung Women’s University, Korea
2Korea Institute of Science and TechnologyKorea
3Universidad Carlos Ⅲ de Madrid, Spain
Quasi-one dimensional nanodots of Au patterned by hierarchical
self-assembly
ASS/SS5-O-1
251ee40e-8
8:15–8:30
Roberto Otero1，M. Trelka1, C. Isvoranu2, C.
Martí-Gastaldo3, D. Écija1, C. Urban1, E. Ataman2,
J. M. Gallego4, J. Schnadt2 , E. Coronado3, R.
Miranda1,5
1Universidad Autónoma de Madrid, Spain
2Lund Univ, Sweden; 3Univ de Valencia, Spain
4ICMM-CSIC, Spain; 5IMDEA Nanoscience, Spain
The Densest Iron Coordination Network Based on Carboxylate
Ligands
ASS/SS5-O-2
54c671d9-0
8:30–9:00
Johannes Barth
TU München, Germany
Bottom-Up Design of Surface Coordination Architectures
ASS/SS5-IN-1
c49567bf-1
9:00–9:15
Szymon Godlewski1, A. Tekiel1,2, J. Budzioch1,
J.P.Bechcicki1, M. Szymonski1,
1Jagiellonian University,Poland
2McGill University, Canada
Self-assembly of molecular nanostructures on the rutile TiO2 (011)
surface
ASS/SS5-O-3
f3e78cee-e
9:15–9:30
Yi Tao Cui1,T. Xie2, M. Ye3, S. Qiao4, A. Kimura3,
H. Namatame2, M.Taniguchi2,3, J. Sun1, Y.L. Jin1,
F.Z. Guo1
1DICP, CAS, China; 2Hiroshima University, Japan
3Fudan University, China
Self-assembled Co clusters on Si (111) with Cu buffer layers
ASS/SS5-O-4
a5e12590-1
9:30–9:45
Lizeth Rojas1, L. Rojas-Blanco1, R. Ramírez-Bon1,
P. G. Mani-González1, M. Urzúa Acevedo2 , F. J.
Espinoza-Beltrán1
1Centro de Investigación y de Estudios Avanzados
del Instituto Politécnico Nacional, México.
2Universidad de Chile, Chile
Photocatalytic thin films containing TiO2:N nanopowders obtained
by the layer-by-layer self-assembling method
ASS/SS5-O-5
3bb80978-f
9:45–10:00
H. X. Qian1, W. Zhou2
1Shenzhen University, China
2Nanyang Technological University, Singapore
Self-Organization of Ripples on Ti Irradiated with Focused Ion
Beam
ASS/SS5-O-6
fb234d26-6
10:00–10:15
Lan Chen1, Hui Li2, Andrew T. S. Wee1,2
1National University of Singapore, Singapore
2University of Nebraska-Lincoln, Lincoln, USA
Surface confined polymerization through H-H bonding
ASS/SS5-O-7
42d5f874-e
10:15–10:30
Dimas de Oteyza1, A. El-Sayed 2, Y. Wakayama 3,
J. E. Ortega 2,4
1Donostia International Physics Center, Spain
2Universidad del Pais Vasco, Spain
3National Institute for Materials Science, Japan
4Materials Physics Center, Spain
Spectroscopic fingerprints of non-covalent interactions in
supramolecular assemblies
ASS/SS5-O-8
e59ce68b-2
10:30–10:45
Yeliang Wang1, Klaus Kern2, Hong-jun Gao1
1Institute of Physics, CAS, China
2Max-Planck Institute, Germany
Exploring Hierarchical Molecular Nanostructures at Metal Surfaces
ASS/SS5-O-9
89fbbab6-0
10:45–11:00
Y. H. Jiang, J. C. Lian, L. W. Liu, Z. H. Cheng, L.
Gao, W. D. Xiao, S. X. Du, H.-J. Gao
Institute of Physics, CAS, China
Self-assembly of Metal Phthalocyanines on Different Metal
Substrates
ASS/SS5-O-10
560d9be3-7
68
11:00–11:15
Ziliang Shi, Nian Lin
Hong Kong Univ Sci & Technol, China
Structural and Chemical Control in Assembling of
Multi-component Metal-organic Coordination Networks on Surface
ASS/SS5-O-11
4bce0b89-1
11:15–11:30
Jinhai Mao, Haigang Zhang, Yuhang Jiang, Yi
Pan, Min Gao, Wende Xiao, Hongjun.Gao
Institute of Physics, CAS, China
Formation and Tunability of Supramolecular Kagome Lattices of
Magnetic Phthalocyanines using Graphene Based Moiré Patterns
as Templates
ASS/SS5-O-12
45234a4b-f
11:30–11:45
H. Y. Cun1, Y. L. Wang1, L. Zhang1, B. Yang1, X. B.
He1, S. X. Du1, W. Hofer2, H.-J. Gao1
1Institute of Physics, CAS, China
2University of Liverpool, UK
Multiple Roles of Carbon Chains in Quinacridone Monolayer
ASS/SS5-O-13
caad5812-8
11:45–12:00
Y. Zhang, J.R.G. Evans
University College London, UK
Approaches to the manufacture of layered nanocomposites
ASS/SS5-O-14
8a0f3d4a-4
12:00–14:00
Lunch Break & Poster Session 2
Wednesday Afternoon, Rm. 305C
Session No. and Topic: ASS/SS6 — SPM and Novel Probe Techniques III
Presiding
Donald R. Baer (Pacific Northwest National Laboratory,USA)
Time
Authors, Affiliation
Title
Abs. No.
14:00–14:15
Chunmei Wang, H. Itoh
National Inst Adv Ind Sci &Technol,Japan
Effective probe Shape for Dynamic AFM Imaging
ASS/SS6-O-1
01b9b7a2-d
14:15–14:30
Sunil Singh Kushvaha, Wulf Hofbauer, Sean J.
O’Shea
A STAR,Singapore
Thermovoltage measurements using Atomic Force Microscopy
ASS/SS6-O-2
19b18487-1
15:00–15:15
Kenji Hara, T. Takahashi
University of Tokyo, Japan
Photothermal Spectroscopic Measurements by AFM around Grain
Boundary in Multicrystalline Silicon Material
ASS/SS6-O-3
f8efc3c9-b
15:15–15:30
Ruben Perez, Pablo Pou,
Delia Fernández Universidad Autónoma de
Madrid, Spain
Forces and Currents in FM-AFM Experiments on Low-dimensional
Carbon Materials: Are we imaging atoms?
ASS/SS6-O-4
5cc348e6-d
15:30–15:45
David Lewis, Anatoly Komissar, Avi Israel, Hesham
Taha, Andrey Ignatov, Oleg Zhinoviev, Sasha
Ratner
Nanonics Imaging Ltd, Israel
Design of Multiple Probe SPM Systems
ASS/SS6-O-5
b4848c1f-9
15:45–16:00
Fengzhou Zhao, Ripon Dey, Heng-Yong Nie,
W.M.Lau
University of Western Ontario, Canada
AFM study of Octadecylphosphonic acid molecular layers on
cleaved mica and Si wafer
ASS/SS6-O-6
5bcd8cda-1
16:00–16:15
T. Uetake, N. Nagamura, R. Hobara, T. Hirahara,
S. Hasegawa
University of Tokyo, Japan
Transport properties of Ag quantum films formed on Si(111)4×1-In
measured by low-temperature four-tip STM
ASS/SS6-O-7
d58478dd-6
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 3
69
August 26, 2010
Thursday Morning, Rm. 305C
Session No. and Topic: ASS/SS7 — Surface
Presiding
Shingo Ichimura (National Inst Adv Indl Sci & Technol, Japan), Yang Gan (Harbin Institute of Technology, China)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:15
Nir Kampf1, Susan Perkin2 , Gilad Silbert1, Jacob
Klein1
1Weizmann Institute of Science, Israel
2University College London, UK
The stability of ammonium surfactants on charged surfaces and
its implication to surface interactions
ASS/SS7-O-1
955f9952-e
8:15–8:30
Subrata Majumder , VRR Medicherla, V. Solanki,
Shikha Varma
Institute of Physics, India
Scaling Studies and Pattern Formation on Tantalum with low
Energy Ion Beams
ASS/SS7-O-2
d5239a03-a
8:30–8:45
Yadi Liu ,Erkuang Zhu, Chao Lu, Bo Xu
Yanshan University, China
Distinct C60 growth modes on anthracene carboxylic acid
templates
ASS/SS7-O-3
173b1fef-a
8:45–9:00
Kedong Wang, Xieqiu Zhang, XudongXiao
Chinese University of Hong Kong, China
Effect of substrate doping concentration on quantum well states of
Pb island grown on Si(1 1 1)
ASS/SS7-O-4
bcf1d29d-5
9:00–9:30
Hermann Suderow
Universidad Autónoma de Madrid ,Spain
Direct observation of melting in a 2D superconducting vortex
lattice through very low temperature scanning tunneling
spectroscopy
ASS/SS7-IN-1
883b08de-a
9:30–9:45
Chuanchao Zhang, Z.M.Zhang, R.C. Dai,
Z.P. Wang , Z.J. Ding
Univ Sci & Technol China, China
High-pressure Raman and luminescence studies on the phase
stability of GdVO4:Eu3+ nanocrystals
ASS/SS7-O-5
5B4788F9-0
9:45–10:00
Kuo Hai, Dongsheng Tang, Xiao-Gang Wang
Hunan Normal University, China
Pure Phase Lead Oxide Nanowires Produced by Oxidation of Lead
Nanowires
ASS/SS7-O-6
c890c226-d
10:00–10:15
Coffee Break
10:15–10:45
Jennifer Hoffman, Alex Frenzel, Jeehoon
Kim,Tess Williams, Yi Yin, Martin Zech
Harvard University, USA
Nanoscale Imaging of Correlated Electron Systems
ASS/SS7-IN-2
b093aecb-0
10:45–11:00
Ruiqin Zhang
City University Hong Kong, China
Surface effects of silicon nanostuctures
ASS/SS7-O-7
4c7d942f-2
11:00–11:15
Donghun Lee, Jay A. Gupta
Ohio State University, USA
Atomic scale gate electrode formed by a charged defect on
GaAs(110)
ASS/SS7-O-8
331ff393-c
11:15–11:30
Zhihai Li1,2,Nongjian Tao2, Thomas Wandlowski3,
Li-Jun Wan1
1Institute of Chemistry, CAS ,China
2Arizona State University, USA
3University of Bern, Switzerland
Probing Single Molecule Functionality: From Supramolecular
Nano-architectures to Redox Gating and Quantized Charging
ASS/SS7-O-9
d632c736-d
11:30–11:45
Tae-Hwan Kim1, M. Angst1, B. Hu2, R. Jin2, X.-G.
Zhang1, J. F. Wendelken1, E. W. Plummer2,
An-Ping Li1
1Oak Ridge National Lab.,USA
2Louisiana State University, USA
Real-Space Imaging of Strain-Induced Electronic Phase Separation
near the Mott Metal-Insulator Transition
ASS/SS7-O-10
075893be-0
11:45–12:00
Manuel Smeu1, Wei Ji1, Robert A. Wolkow2, and
Hong Guo1
1McGill University; Canada
2University of Alberta and National Institute for
Nanotechnology, Canada
Calculations of the Electronic Properties of Si(111)-7×7 and
Related Reconstructions
ASS/SS7-O-11
e916cce9-4
70
12:0014:00
Lunch Break & Poster Session 3
Thursday Afternoon, Rm. 305C
Session No. and Topic: ASS/SS8 — SPM and Novel Probe Techniques IV
Presiding
Daisuke Fujita (National Institute for Materials Science, Japan)
Time
Authors, Affiliation
Title
Abs. No.
14:00–14:30
Hidemi Shigekawa
University of Tsukuba, Japan
Laser-combined STM and probing ultrafast transient dynamics
ASS/SS8-IN-1
8da06e6d-a
14:30–15:00
M. Tsukada1, A. Masago1, M. Shimizu2
1Tohoku University, Japan
2Advanced Algorithm and Systems, Japan
Theoretical Methods for Kelvin Probe Force Microscopy
Simulation and Application to Semiconductor Surfaces
ASS/SS8-IN-2
29a374c2-8
15:00–15:15
David Lewis1, Andrey Ignatov, Hesaham Taha,
Oleg Zhinoviev, Anatoly Komissar, Sasha Krol,
Aaron Lewis2
1Hebrew University of Jerusalem, Israel
2Nanonics Imaging Ltd, Israel
Nanoelectrical probing with multiprobe SPM Systems compatible
with scanning electron microscopes
ASS/SS8-O-1
893a8f44-c
15:15–15:30
Eika Tsunemi, N. Oyabu, K. Kobayashi, K.
Matsushige, H. Yamada
Kyoto University, Japan
Development of multi-environment dual-probe AFM with optical
beam deflection sensors
ASS/SS8-O-2
a3af1498-e
15:30–15:45
Tary l Kirk1, L.G. De Pietro1, T. Bähler1, U. Maier2,
U. Ramsperger1, D. Pescia1
1ETHZ, Switzerland
2Ferrovac GmbH, Switzerland
Ultra-high resolution imaging via SPM-induced electron
excitations
ASS/SS8-O-3
c2ccc00c-8
15:45–16:00
Ian Thomas Clark, Masamichi Yoshimura
Toyota Technological Institute, Japan
SPM-Probe-Mounted Pd-Catalyzed CNTs: Growth and
Characterization
ASS/SS8-O-4
bd3694d3-d
16:00–16:15
Bolormaa Sanduijav, D.G. Matei, G. Springholz
Johannes Kepler University,Austria
STM study of successive Ge growth on “V”-stripe patterned Si
(001) surfaces at different growth temperatures
ASS/SS8-O-5
4471b285-e
16:15–16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 4
71
Sub-Conference: Nanoscience and Technology (NST) & Joint Sessions with Bio-Interface (BIO)
NST Chair: Lars Montelius; Co-Chair: Hongjun Gao, Masakazu Aono, Robert M. Westervelt, Hajo Freund
BIO Chair: Pietro Favia; Co-Chair: Harold G. Craighead, Jun Hu, Christoph Gerber
August 23, 2010
Monday Afternoon, Rm. 305AB
Session No. and Topic: NST1 — Nanotechnology I
Presiding
Christoph Gerber (University of Basel, Switzerland), Hongjun Gao (Institute of Physics, CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Michelle Simmons
University of New South Wales, Australia
Towards Atomically Precise Silicon Devices in all Three
Dimensions
NST1-KN-1
8450d61f-8
14:3015:00
Yanchun Zhou
CAS,China
Prospective and challenges for nanolaminated ternary carbides
and nitrides (MAX phases)
NST1- IN-1
b13460a2-c
14:4515:15
Lili Wu1,2, Xitian Zhang1
1Harbin Normal University, China
2HIST, China
Twinned nanostructures of Group III Doped ZnO
NST1-O-1
be6aef1f-8
15:1515:30
Liying Jiang, M. H. Mahdavi, X. Sun
The University of Western Ontario,Canada
Nonlinear Vibration of an Embedded Carbon Nanotube in a
Polymer Matrix
NST1-O-2
d769d1ec-3
15:3015:45
Ute Schmidt, M. Kress, A. Jauss, T. Dieing, O.
Hollricher
WITec GmbH, Germnay
High Resolution Chemical Imaging with the Confocal Raman AFM
NST1-O-3
174361fa-f
15:4516:00
CHunzeng Li, Yan Hu, Shuiqing Hu, Natalia Erina,
Chanmin Su
Veeco Instruments Inc.,USA
PeakForce Tapping Mode AFM and Quantitative Nanomechanical
NST1-O-4
3b4a021e-c
16:0016:15
Focko Meier, L. Zhou, J. Wiebe, R. Wiesendanger
University of Hamburg,Germany
Interplay between spin polarization and RKKY interaction on the
(111) surface of platinum near cobalt nanostripes
NST1-O-5
fad5b51e-6
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 1
18:3020:30
Banquet, Location
Monday Afternoon, Rm. 307
Session No. and Topic: NST2 — Nanotubes, Wires & Novel Architectures I
Presiding
Magnus Borgström (University of Lund, Sweden), Jean-Philippe Bourgoin (CEA Saclay, France)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Enge Wang
Beijing University, China
Single and double walled carbon nanotube-based field effect
transistors with resolved chirality
NST2-KN-1
dc1356d9-e
14:3014:45
Eugeni Popov1, O.F. Pozdnyakov1, A.O.
Pozdnyakov1,2
1Ioffe Physico-Technical Institute, Russia
Field electron emission from ”polymer-carbon nanotubes”
composites as revealed by mass spectrometry
NST2-O-1
94a31a30-8
72
2IPME,
Russia
14:4515:00
Jin Zou
The University of Queensland, , Australia
Role of Au catalysts in growth of epitaxial III-V compound
semiconductor nanowires
15:0015:30
Quan Li
Chinese University of Hong Kong, China
Direct visualization of interface plasmon
one-dimensional Si/SiO2 core-shell nanostructures
15:3015:45
Anubha Goyal, Ashavani Kumar, Pulickel M.
Ajayan
Rice University USA
Metal Salt Induced Synthesis of Hybrid Metal Core-Siloxane Shell
Nanoparticles and Siloxane Nanowires
NST2-O-3
11623900-9
15:4516:00
Rainer Timm, M. Hjort, A. Fian, M. T. Borgström, J.
Wallentin, E. Lundgren, L. Samuelson, A.
Mikkelsen
Lund University, Sweden
Structure, mechanics, and conductivity of semiconductor
nanowires using scanning tunneling microscopy
NST2-O-4
a4a87a5f-8
16:0016:15
Alireza Moshfegh1,2, A. Khademi1, R. Azimirad3
1Sharif University of Technology, Iran
2Malek-Ashtar University of Technology, Iran
Field Emission of MoO2, W18O49 and ZnO Nanowires: A
Comparative Study A Comparative Study
NST2-O-5
4b7c7075-b
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 2
18:3020:30
Banquet, Location
73
in
NST2-O-2
e462f7a4-6
pseudo
NST2-IN-1
3cdefb63-2
August 24, 2010
Tuesday Morning, Rm. 305AB
Session No. and Topic: NST3 — Nanotechnology II
Presiding
Andras Berko (University of Szeged, Hungary), Chen Wang (National Center for NST, China)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
P. Weiss
University of California, Los Angeles, USA
Designing, measuring, and controlling molecular and
supramolecular devices
NST3-KN-1
fdaa20d6-b
8:309:00
R. Möller1, J. Schaffert1, M. Cottin1, A. Sonntag1,
C. A. Bobisch1, N. Lorente2
1University of Duisburg-Essen, Germany
2Campus
de la Universitat Autònoma de
Barcelona, Spain
Noise in tunneling current: Analysis of molecular switching
processes
NST3-IN-1
31f2aea8-c
9:009:15
Rene Kullock1, Stefan Grafström1, William R.
Hendren2, Andreas Hille1, Markas Sudzius1, Paul
R. Evans2, Robert J. Pollard2, Ron Atkinson2,
Lukas M. Eng1
1Technische Universität Dresden, Germany
2The Queen’s University of Belfast, UK
Linear and Non-Linear Optical Properties of Metallic Nanorod
Arrays: Negative Refraction and Femtosecond Pump-Probe
Spectroscopy
NST3-O-1
e3b03127-0
9:159:30
Petr Duchek1, M. Špírková2 , S. Šabata3
1University of West Bohemia, Czech Republic
2Institute of Macromolecular Chemistry of the AS
CR, Czech Republic
3Institute of Chemical Process Fundamentals of
the AS CR, Czech Republic
Intercalation of quaternary ammonium epoxide into
montmorillonite structure
NST3-O-2
b1233d85-c
9:309:45
Liqiang Mai1,2, L. Xua1, C.H. Han1, B. Hu1
1Wuhan University of Technology, China
2Harvard University,USA
Nanostructured electrode materials: lithiation and
electrochemistry
NST3-O-3
97d30eae-d
9:4510:00
Cyril Guedj1, G. Auvert 2, D. Lafond1, E. Martinez1,
P. Calka1, F. Bertin1, P. Bayle-Guillemaud 1, A.
Chabli1
1CEA, LETI, MINATEC, France
2ST Microelectronics, France
Evidence for filamentary conduction in Pt/NiO stacks
NST3-O-4
224379d7-8
10:0010:15
J. F. Janik, M. Drygas, L. Czepirski
AGH University of Science & Technology, Poland
Modelling porosity of high surface area nanopowders of the
gallium nitride GaN semiconductor
NST3-O-5
e8567622-d
10:1510:45
Akihiro Miyauchi
Hitachi Ltd., Japan
Nanoimprint technology and applications
NST3 –IN-2
fa9008ca-1
10:4511:00
Jean Klein1, N.Moreau1, V.Repain1, H. Bulou2,
C.Chacon1, Y.Girard1, J. Lagoute1, S.Rousset1, C.
Goyhenex2, F. Scheurer2, Ph. Ohresser3
1Université Paris Diderot-CNRS, France
2Université de Strasbourg et CNRS, France
3SOLEIL, France
Magnetic properties and self-organized growth of Co1-xPtx
nano-alloys on Au(111)
NST3-O-6
285cd127-1
11:0011:15
Phil Martin1, A.Bendavid1, K-H Muller1, D. Wang1,
T. Saito2
1CSIRO, Australia; 2Canon Inc., Japan
Nanostructured Thin Film Materials
NST3-O-7
5103c2e6-f
11:1511:30
Sascha Sadewasser, Ph. Wagner, S. Lehmann,
M.Ch. Lux-Steiner
HZB, Germany
Growth and Characterization of CuGaSe2 Quantum Dots for
Application in Intermediate Band Solar Cells
NST3-O-8
9581cffb-5
11:3011:45
Somsak Dangtip1, T. Osotchan1, Y. Sawada2, T.
Uchida2
1Mahidol University, Thailand
Changes in Optical Properties of Some Organic Light Emitting
Materials Following Sputtered Deposition of ITO
NST3-O-9
c34effda-7
74
2Tokyo
Polytechnic University, Japan
11:4512:00
12:0014:00
Lunch Break & Poster Session 1
Tuesday Afternoon, Rm. 305AB
Session No. and Topic: NST5 — Magnetics & Spintronics I
Presiding
Roland Wiesendanger (University of Hamburg, Germany), Michelle Simmons (University of New South Wales, Australia)
Time
Authors, Affiliation
Title
Abs. No.
14:00 14:30
Iwao Matsuda
University of Tokyo, Japan
Regulations of spin orientation and spin transport of quantum
metal films with a Rashba-type surface
NST5-IN-1
b8ff8abc-7
14:30 14:45
Cesar Lazo, S. Heinze
University of Kiel, Germany
Ferromagnetic versus antiferromagnetic tips in magnetic
exchange force microscopy: a first-principles study
NST5-O-1
6724de56-3
14:4515:00
Gabriela Herzog, S. Krause, A. Schlenhoff, R.
Wiesendanger
University of Hamburg, Germany
Spin Torque Switching of Nanomagnets by SP-STM
NST5-O-2
1bf6851e-e
15:0015:15
Sylvie Rousset1，S. Rohart2, P. Campiglio1, V.
Repain1, Y. Nahas1, C. Chacon1, Y. Girard1, J.
Lagoute1, A. Thiaville2
1Université Paris Diderot, CNRS, France.
2Université Paris Sud, CNRS, France.
Spin-wave assisted thermal reversal of epitaxial perpendicular
magnetic nanodots
NST5-O-3
32ccb7d8-d
15:1515:30
Stefan Krause, G. Herzog, A. Schlenhoff, R.
Wiesendanger
University of Hamburg, Germany
Critical current for switching the magnetization of quasistable
nano-islands using SP-STM
NST5-O-4
25d4c6d7-4
15:3015:45
Lars Diekhoener1, J. Bork1,2, P. Wahl2, Y. Zhang1,
K. Kern2,3
1Aalborg University, Denmark
2MPIP, Germany
3EPFL,Switzerland
Competition between Magnetism and Kondo screening of two
Cobalt atoms
NST5-O-5
b3ad8736-f
15:4516:00
Henning Prüser, M. Wenderoth, A. Weismann, R.
G. Ulbrich, P. E. Dargel, R. Peters, T. Pruschke
University of Göttingen, Germany
Probing the long range signature of a single magnetic atom
NST5-O-6
53b0b2f9-c
16:0016:15
Tim Ifflaender, M. Wenderoth, L. Winking and R.G.
Ulbrich
Georg-August-University Goettingen, Germany
Magnetic properties of ultrathin epitaxially flat grown Fe films on
the GaAs(110) surface
NST5-O-7
8397e2f1-f
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 3
Tuesday Morning, Rm. 307
Session No. and Topic: NST4 — Nanotubes, Wires & Novel Architectures II
Presiding
Richard Palmer (University of Birmingham, UK), Zhonglin Wang (Georgia Institute of Technology, USA)
Time
Authors, Affiliation
Title
Abs. No.
75
8:008:15
Juncong She，B P Zhou, S Z Deng, Jun Chen, N S
Xu
Sun Yat-sen University, China
Study on Micro-Fabrication Processes of Triode Device Structures
Using Vertically Aligned N-Type Doped Amorphous Si Nanowires
Arrays
NST4-O-1
51a1f819-e
8:158:30
D. Wang1, L. Liu1, F. Zhou2
1MPIP, Germany; 2CAS, China
TiO2 nanotube Array for in situ Formation of p-n Heterojunctions
NST4-O-2
4a8e9f38-0
8:308:45
Jiacai Nie, Lin He, Yi Sun, Ji-Yong Yang, Rui Xu,
Rui-Fen Dou
Beijing Normal University, China
Scanning Tunnelling Microscope Studies of Co3O4 Nanowires
NST4-O-3
636bdbf7-2
8:459:00
Jianping Xie, J. P. Xie, T. Inaba, K. Yamada, Y.
Homma
Tokyo University of Science, Japan
A Comparative Study of Single-walled Carbon Nanotube Growth
Behaviors between Silica and Quartz Substrates
NST4-O-4
712ede89-b
9:009:30
Jean-Philippe Bourgoin
CEA Saclay, France
Carbon Nanotubes as Enablers of Unconventional
Nanoelectronics
NST4- IN-1
5b553587-7
9:3010:00
Zheng Hu
Nanjing University, China
Phase-Equilibrium-Dominated Vapor-Liquid-Solid Growth
Mechanism
NST4 –IN-2
febfe583-7
10:0010:15
Coffee Break
10:1510:30
Tianming Wang
University of Manchester, UK
Inkjet Printed Carbon Nanotube Networks: Control of Sheet
Resistance
NST4-O-5
08723bb4-a
10:3010:45
Yongfeng Li, Toshiro Kaneko, Rikizo Hatakeyama
Tohoku University, Japan
Inner-Nanospace Controlled Carbon Nanotubes for Nanodevice
Application
NST4-O-6
7ff36795-0
10:4511:15
Shu-Shen Li ,Hui-Xiong Deng, Jingbo Li
Institute of Semiconductors, CAS, China
Quantum Confinement Effects and Electronic Properties of SnO2
Quantum Wires and Dots
NST4 –IN-3
4f438bd3-6
11:1511:30
Joshua Wood, Vineet Nazareth, Joseph W. Lyding
University of Illinois, USA
High-density Alignment of Carbon Nanotubes by Electrostatic and
Mechanical Meniscus Force
NST4-O-7
b3753e96-2
11:3011:45
Z. Zhang, S. Senz
MPI for Microstructurephysics ,Germany
High-Density III-V Nanowire Arrays on Si by UHV-CBE
NST4-O-8
e0269458-2
11:4512:00
Kazuki Yamada1, Y. Homma1, H. Tabata2, K.
Ishibashi2
1Tokyo University of Science, Japan
2RIKEN, Japan
Growth of Single-wall Carbon Nanotubes on Quartz Substrate
using Dispersed Diamond Nanoparticles
NST4-O-9
df1d34d6-f
12:0014:00
Lunch Break & Poster Session 1
Tuesday Afternoon, Rm. 307
Session No. and Topic: NST6 — Nanotubes, Wires & Novel Architectures III
Presiding
Hans-Joachim Güntherodt (University of Basel, Switzerland), Zheng Hu (Nanjing University, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:15
Fei Liu, Z. J. Su, L. Li, F. Y. Mo, S. Z. Deng, J.
Chen, N. S. Xu
Sun Yat-sen University, China
Different Density of Ultra-long AlN Nanowire Arrays: Controlled
Synthesis and Research on Their Field Emission Properties
NST6-O-1
84b31988-4
14:1514:30
Markus Ahlskog, J. Leppäniemi, D. Mtsuko
University of Jyväskylä, Finland
Electronic transport in intermediate sized multiwalled carbon
nanotubes
NST6-O-2
f8263f13-a
14:3015:00
Chia-Seng (Jason) Chang1, Yuan-Chih Chang1,
Yen-Song Chen1,2, Shau-Chieh Wang1,3, Der-Hsien
Lien1, Tung Hsu3
In situ studies on dynamic properties of carbon nanotubes with
metal clusters
NST6-IN-1
c0929a08-3
76
1Academia
Sinica, Taiwan, China
University, Taiwan, China
3National Tsing-Hua University, Taiwan, China
2National Taiwan
15:0015:30
Bingqing Wei
University of Delaware, USA
Nanomaterials and Nanostructures for Energy Storage
NST6-IN-2
be567424-5
15:3015:45
Shuichi Katsui, T. Takahashi
University of Tokyo, Japan
Dependence of photoabsorption property on incident light
polarization investigated by STM on InAs wire structures
NST6-O-3
42a8497c-6
15:4516:00
Jinming Cai1, Pascal Ruffieux1, Rached Jaafar1,
Marco Bieri1, Thomas Braun1, Stephan
Blankenburg1, Matthias Muoth2, Ari P. Seitsonen3,
Moussa Saleh4, Xinliang Feng4, Klaus Müllen4,
Roman Fasel1,5
1Empa, Switzerland; 2ETH Zurich, Switzerland;
3University of Zurich, Switzerland;
4MPIP, Germany; 5University of Bern, Switzerland
Atomically Precise Bottom-up Fabrication of Graphene
Nanoribbons
NST6-O-4
2d2b9357-6
16:0016:15
D. Xia, Q. Z. Xue, C. Lv
China University of Petroleum, China,
Diverse Metal Nanowires Activated Self-scrolling of Graphene
Nanoribbons
NST6-O-5
b9d3443f-7
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 4
77
August 25, 2010
Wednesday Morning, Rm. 305AB
Session No. and Topic: NST7 — Magnetics & Spintronics II
Presiding
Robert Westervelt (Harvard University, USA), Iwao Matsuda (University of Tokyo, Japan)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
I. Fernandez-Torrente, D. Kreikemeyer-Lorenzo, A.
Strozecka, K. J. Franke, J. I. Pascual
Freie Universität Berlin, Germany
Kondo effect and electric field gating in single organic molecules
NST7- IN-1
6058f63c-3
8:309:00
Xiaofeng Jin
Fudan University, China
Magnetically driven anomalous elasticity in iron
NST7- IN-2
9:009:15
Takeshi Tono, Toru Hirahara, Shuji Hasegawa
University of Tokyo, Japan
In situ detection of the spin Hall effect in ultrathin bismuth films
NST7-O-1
856a0584-0
9:159:30
B. Chilian, A. A. Khajetoorians, J. Wiebe, S.
Schuwalow, F. Lechermann, R. Wiesendanger
University of Hamburg, Germany
Spin resolved detection of tunneling electrons scattered off a
quantum magnet in a semiconductor
NST7-O-2
d11267e4-7
9:309:45
Andreas Fuhrer, G. Salis, S. F. Alvarado
IBM Zurich Research Laboratory, Switzerland
Spin injection in all-electrical non-local spin transport devices in
GaAs
NST7-O-3
1cc1cd24-c
9:4510:00
Coffee Break
Session No. and Topic: NST9 — Nanoparticles & Nanomaterials
Presiding
Younan Xia (Washington University in St. Louis, USA), Xudong Xiao (The Chinese University of Hong Kong, China)
Time
Authors, Affiliation
Title
Abs. No.
10:00-10:15
Taesung Kim, Daekwang Woo
Sungkyunkwan University, Korea
Numerical Study on Formation/Growth/Transport of Si
Nanoparticle during SiH4 Pyrolysis
NST9-O-1
76f280c0-a
10:1510:30
Cailei Yuan1, W. Lei2
1Jiangxi Normal University, China
2Australia National University, Australia
Photoluminescence and charge storage properties of SrTiO3
nanocrystals induced by matrix stress
NST9-O-2
072881f4-0
10:3010:45
Shikha Varma, S.Majumder,Dipak Paramanik, V.
Solanki
Institute of Physics, India
Bandgap Tailoring of Self Assembled TiO2 Nanodots
NST9-O-3
3476d942-c
10:4511:00
Meng Cao, Y.Shen
Shanghai University, China
Synthesis of Cu2ZnSnS4 nanoparticles by solvothermal route
NST9-O-4
12b1f032-1
11:0011:15
Marie-Claire Saint-Lager1, R. Lazzari1, G.
Cabailh2, J. Jupille2, S. Garaudée1, O. Robach3, P.
Dolle1, P. Taunier1
1CNRS & Université Joseph Fourier, France
2Université Pierre et Marie Curie (Paris 6), France
3CEA/DRFMC, France
What are the size and the dimensionality of the active Au/TiO2(110)
nanoparticles for the CO oxidation?
NST9-O-5
0cbae25d-8
11:1511:45
Mohammad Kooti, A.Naghdig
Shahid Chamran University,Iran
Microwave-assisted synthesis of nanosized Iron (III) oxides
NST9-O-6
a301a555-c
11:4512:00
Kathie Lusker, Euiyong Hwang, Evgueni E.
Nesterov, Jayne C. Garno
Louisiana State University, USA
Contact printing combined with particle lithography: Bottom-up
strategies using organosilane nanopatterns as selective sites for
surface chemical reactions
NST9-O-7
5d1b2084-a
12:0014:00
Lunch Break & Poster Session 2
78
Wednesday Afternoon, Rm. 305AB
Session No. and Topic: NST10 — Quantum Effects & Devices
Presiding
Paul Koenraad (TU Eindhoven, Netherlands), Enge Wang (Beijing University, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Magnus Borgstrom
University of Lund, Sweden
Nanowires: From Growth Aspects to Devices
NST10-IN-1
bb21854d-e
14:3015:00
Xudong Xiao
The Chinese University of Hong Kong, China
Observation of Pseudogap State in Pb Islands
NST10-IN-2
a8ac79ac-d
15:0015:15
Andrey Ionov2, D.A.Fokin1,2, S.I.Bozhko2,
V.Dubost1, F.Debontridder1, T.Cren1, D.Roditchev1
1University Paris 6 UPMC, France
2RAS, Russia
Quantum confinement effects in growth of Pb nanoislands on the
vicinal Si surface.
NST10-O-1
62b18289-9
15:1515:30
Shunsuke Ueno, Y. Tomoda, W. Kume, M.
Hanada,
K. Takiya, and J. Shirakashi
TUAT,Japan
Field-Emission-Induced Electromigration Method for the
Integration of Single-Electron Transistors
NST10-O-2
0cd0ac45-e
15:3015:45
Shao-Pin Chiu, Yao-Wen Hsu, Juhn-Jong Lin
National Chiao Tung University, Taiwan, China
Long Electron Dephasing Length and Disorder-Induced Spin-Orbit
Interaction in Indium Tin Oxide Nanowires
NST10-O-3
c50d37b2-e
15:4516:00
Ghassem Ansaripour
Yazd University, Iran
Carrier transport characteristics in a Si/SiGe nano heterostructure
field effect transistor
NST10-O-4
2bd625c3-f
16:0016:15
Xuelei Liang1,2, Qiliang Li3, Curt A. Richter1, Brent
Sperling1, Yan Li2, Jin Zhang2 , Lianmao Peng2
1NIST, USA; 2Peking University, China
3Gorge Mason University, USA
Entirely carbon based field-effect transistors and circuits
NST10-O-5
9734cebf-8
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 5
Wednesday Morning, Rm. 307
Session No. and Topic: NST8 — Nanofabrication
Presiding
Gerald Dujardin (Université Paris-Sud, France), Shu-Hong Yu (University of Science and Technology of China, China)
Time
Authors, Affiliation
Title
Abs. No.
8:308:45
Erwin Kessels1, A.J.M. Mackus1, J.J.L. Mulders2,
M. C. M. van de Sanden1
1TUE,The Netherlands
2FEI Electron Optics, The Netherlands
High-purity platinum nanostructures synthesized by electron
beam-induced direct-write ALD
NST8-O-1
0908a65d-e
8:459:00
GuQiao Ding, Y. B. Liu, N. Y. Yuan, Y. Fan
Changzhou University, China
Study on Thermal Exfoliation of Graphite Oxide
NST8-O-2
57b0332c-9
9:009:15
Bernd Rauschenbach, C. Khare, M. Weise,
J.Bauer
IOM, Germany
Silicon and germanium sculptured thin films by glancing angle
deposition
NST8-O-3
51b7bcd7-8
9:159:30
Dongxia Shi, W. Ji, L. Zhang, S. X. Du, H. J. Gao
CAS, China
Temperature induced alternating crystalline structural transition of
coronene molecular overlays on metal substrates
NST8-O-4
0b512734-d
9:309:45
Jindrich Mach, M. Koliba, J. Cecha, T. Samoril, S.
Selective growth of GaN nanodots on ion beam induced nucleation
NST8-O-5
79
Voborny, J. Spousta, T. Sikola
Brno University of Technology, Czech Republic
centers on Si(111)
ed305289-c
9:4510:00
Lin Xin Hu, Peng Wang, Xingyang Wan, Shaoji
Jiang
Sun Yat-sen University, China
Fabrication of Periodic helical nanostructures with Defect Layers
NST8-O-6
9a95ed0b-a
10:0010:15
Coffee Break
10:1510:45
Zhaoxiong Xie, Q. Kuang, Z.-Y. Jiang, L.-S. Zheng
Xiamen University, China
Controlled syntheses of nano/micro-structured crystallites with
high energetic surfaces
NST8- IN-1
03cafc27-f
10:4511:00
Hongzhong Liu, Bangdao Cheng, Xin. Li,
Congxiang Lu, Yucheng Ding, Bingheng Lu
Xi’an Jiaotong University, China
Fabrication of patterned rapheme FETs array
NST8-O-7
15a9bb06-d
11:0011:15
A. A. Velichko, V. A. Ilyushin, N. I. Filimonova
Novosibirsk State Technical University, Russia
Substrate surface morphology effect on the early growth stages of
CaF2 on Si(100) for low temperature mode
NST8-O-8
a421aca5-d
11:1511:30
R. Yang1, L.C. Zhang1, Y. Wang1,2, Z. W. Shi1,2,
D.X. Shi1, H.-J. Gao1, E.G. Wang2, G.Y. Zhang1
CAS, China
Anisotropic Etching Effect in Graphene Basal Plane
NST8-O-9
3801865b-2
11:3011:45
Lars Westerberg1, R. Spohr1, G. Sharma1, P.
Forsberg1, M. Karlsson1, A. Hallén2
1Uppsala University, Sweden
2KTH-ICT, Sweden
Stroke asymmetry of tilted superhydrophobic ion track textures
NST8- O-10
72c11b05-3
11:4512:00
12:0014:00
Lunch Break & Poster Session 2
Wednesday Afternoon, Rm. 307
Session No. and Topic: NST11 — Nano-Bio I
Presiding
Christelle Prinz (Lund University, Sweden), Jun Hu (Shanghai Institute for Applied Physics, CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Anja Boisen
DTUNanotech, ØrstedsPlads, Denmark
Nano and micromechanical sensors for use in environmental
monitoring, security and drug development
NST/BIO11- IN-1
980c46ab-0
14:3015:00
Shu-Hong Yu
Univ Sci & Technol China, China
Bio-inspired Synthesis, Self-assembly of Functional Inorganic
Materials and Hybrids
NST/BIO11- IN-2
d3529ba4-e
15:0015:15
S. Pentyala
Stony Brook Medical Center, USA
Translational interface between nano and bio in biomedical
research
NST/BIO11-O-1
db4d7b65-7
15:1515:30
Osamu Nishikaw1, M.Taniguchi1, A. Ikai2
1Kanazawa Institute of Technology, Japan
2Tokyo Institute of Technology, Japan
Atomic Level Analysis of Amino Acids by the Scanning Atom
Probe
NST/BIO11-O-2
b44b214e-6
15:3016:00
Ning Gu, Dongfang Liu
Southeast University, China
The Ready for the Nanoparticles before Entering a Biological Body
NST/BIO11-IN-3
677242ac-1
16:0016:15
Jian Zhang, Yi Fu , Richard Y. Zhao , Feng Jiang,
Joseph R. Lakowicz
University of Maryland School of Medicine, USA
Metal Plasmon-Coupled Fluorophore: A Probe for
Single Molecule Detection on Cell
NST/BIO11-O-3
d20f3ae5-0
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 2
80
August 26, 2010
Thursday Morning, Rm. 305AB
Session No. and Topic: NST12 — Nanophotonics / Plasmonics I
Presiding
Naomi J. Halas (Rice University, USA), Hongxing Xu (Institute of Physics, CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
Peter Nordlander
Rice University, USA
Plasmonic Nanostructures: Artificial Molecules
NST12-KN-1
cd6af44f-4
8:309:00
Javier Aizpurua1, Aitzol Garcia-Etxarri1 , Nicolas
Large1, Martin Schnell2 , Martina Abb3, Otto L.
Muskens3, Rainer Hillenbrand2,4
1CSIC-UPV/EHU and DIPC, Spain
2CIC nanoGUNE CONSOLIDER, Spain
3University of Southampton, U K
4IKERBASQUE, Spain
Field Enhancement and Control in Optical Nanoantennas
NST12-IN-1
dbe2d210-1
9:009:30
Zhenchao Dong, Jianguo Hou
Univ Sci & Technol China, China
Tuning Molecular Electroluminescence by Resonant Nanocavity
Plasmons
NST12-IN-2
a7f1591c-4
9:309:45
Nafiseh Sharifi, Nima Taghavinia，Azam Irajizad
Sharif University of Technology, Iran
Comparison of the Optical Effect of Gold and Silver Nano-islands
on the Sensitizer for Application in Dye-sensitized Solar Cells
NST12-O-1
32f9cde3-4
9:4510:00
Atilla Aydinli，S. Balci, M. Karabiyik, A. Kocabas, C.
Kocabas
Bilkent University, Turkey
Coupled plasmonic cavities on Moire surfaces
NST12-O-2
8ffa4e4f-7
10:00-10:15
Guram Adamashvili
Georgian Technical University, USA
Surface plasmon polaritons at the interfaces between isotropic
media and anisotropic left-handed materials
NST12-O-3
6565712a-9
10:1510:30
Coffee Break
10:3011:00
Takayuki Okamoto
RIKEN, Japan
Plasmon Density of State in Plasmonic Crystals
NST12-IN-3
360d0dc1-1
11:0011:30
Zhong-Qun Tian, J. F. Li, Z. Liu, B. Ren
Xiamen University, China
Shelled-Isolated Nanoparticle-Enhanced Raman Spectroscopy and
Tip-Enhanced Raman Spectroscopy of Single Crystal Surfaces for
Surface Science
NST12-IN-4
7e994072-3
11:3011:45
Holger Eisele, A. Lenz, J. Becker, L. Ivanova 1, M.
Dähne, E. Lenz, K. Pötschke, A. Strittmatter, U. W.
Pohl, D. Bimberg
Technische Universität Berlin, Germany
Atomic structure of submonolayer grown InAs/GaAs quantum
dots
NST12-O-4
72c51b09-f
11:4512:00
Wen-Bin Jian1, Yi-Ching Ou1, Jiye Fang2,
1National Chiao Tung University, Taiwan, China
2SUNY, USA
Interplay of spinodal and diffusion-limited aggregation in
formation of two-dimensional islands of PbSe nanocrystals for
collective property measurements
NST12-O-5
286d264e-7
12:0014:00
Lunch Break & Poster Session 3
Thursday Afternoon, Rm. 305AB
Session No. and Topic: NST14 — Molecular Electronics
Presiding
Paul Weiss (University of California, Los Angeles, USA), J. I. Pascual (Freie Universität Berlin, Germany)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Gerald Dujardin, Amandine Bellec, Marion
Cranney and Damien Riedel
Université Paris-Sud, France
Single atom and single molecule electronics
NST14- IN-1
ebcf5a0a-0
81
14:3015:00
Andre Gourdon
CEMES―CNRS, France
Unimolecular mechanical machines
NST14- IN-2
55d804c6-c
15:0015:15
Peter Milde1, Kinga Haubner2, Evelyn Jaehne1,
Denny Köhler1, Ulrich Zerweck1, Vera Hoffmann1,
Lukas M. Eng1
1TU Dresden, Germany
2IFW-Dresden Germany
Tailoring the dielectric-semiconductor interface in ferroelectric
organic field-effect transistors
NST14-O-1
662e4a3f-8
15:1515:30
Jianhui Liao
Peking University, China
Networks of molecular junctions and functional molecular devices
NST14-O-3
14268479-5
15:3015:45
Alexander Zyazin1, J. W. G. van den Berg1, E. A.
Osorio1, N. P. Konstantinidis2, M. R. Wegewijs2, C.
Danieli3, A. Cornia3
1Delft University of Technology, Netherlands
2RWTH Aachen, Germany
3University of Modena and Reggio Emilia, Italy
Magnetic anisotropy and high-spin effects in single-molecule
transistors
NST14-O-4
c5d76410-7
15:4516:00
M. Teresa Gonzalez1, E. Leary1, C. Arroyo2, C.
Evangeli2, G. Rubio-Bollinger2, N. Agraït1,2
1IMDEA-Nanoscience, Spain
2Universidad Autónoma de Madrid, Spain
Reliable anchoring groups for single-molecule junctions
NST14-O-5
fdeddd5c-d
16:0016:15
X.W. Zhang, C.C.Tao, R. Yamachika, D. Wegner ,
Y. Bahri , J. Sun, G. Samsonidze , M. L. Cohen , S.
G. Louie , T. D. Tilley, R. A. Segalman, M.l F.
Crommie
University of California at Berkeley, USA
Spectroscopy of individual bipolar molecular heterojunctions
using scanning tunneling microscopy
NST14- O-6
2cb70fcb-7
16:1516:30
Norio Okabayashi1,2, Magnus Paulsson3,4, Hiromu
Ueba4, Youhei Konda1, Tadahiro Komeda1,2
1Tohoku University, Japan; 2JST, Japan,
3Linnaeus University, Sweden
4University of Toyama, Japan
Inelastic Electron Tunneling Spectroscopy of an Alkanethiol
Self-Assembled Monolayer
NST14-O-7
3e4c1611-3
16:3018:00
Conference Plenary Lecture Session 2
Thursday Morning, Rm. 307
Session No. and Topic: NST13 — Nano-Bio II
Presiding
Anja Boisen (Tech Univ Denmark(DTU),Denmark), Ning Gu (Southeast University, China)
Time
Authors, Affiliation
Title
Abs. No.
8:008:15
Taro Yamada1, S. Matsunaga1,2, T. Kobayashi1, M.
Kawai1,2
1RIKEN, Japan; 2University of Tokyo, Japan
Dynamics of hospholipids membranes and nanoparticles
discerned on gold substrate
NST/BIO13-O-1
de80d71a-2
8:158:30
Suthisa Leasen1, Kallaya
Sritunyalucksana-Dangtip1,2, Jiraporn Srisala1,2,
Toemsak Srikhirin1, Waret Veerasai1, Somsak
Dangtip1
1Mahidol University, Thailand; 2NSTDA, Thailand
Investigation of Immobilized Probe ssDNA by Electrochemical
Impedance Spectroscopy for target DNA Sensing Purpose
NST/BIO13-O-2
088d6d9e-b
8:309:00
Eloisa Sardella
IMIP-CNR Bari, Italy
Plasma modification of 3D materials for biomedical applications
NST/BIO13- IN-1
d26892f6-8
9:009:30
Hongchen Gu
Shanghai Jiao tong University, China
Magnetic nanoparticles: functional tools for bio and clinical
applications
NST/BIO13- IN-2
2559dc0d-f
9:3010:00
Chen Wang
National Center for NST, China
Single Molecule Approach towards Modulating Peptide
Aggregation Behavior Studied by STM
NST/BIO13- IN-3
0803e177-1
82
10:0010:15
Coffee Break
10:1510:30
Stephanie Daniels, Jayne C. Garno
Louisiana State University, USA
Magnetic response of ferritin investigated at the level of single
proteins using a hybrid imaging approach that combines
electromagnetic sample modulation and contact mode atomic
force microscopy
NST/BIO13-O-3
7dfdc508-e
10:3010:45
Amihay Freeman, Hila Dagan-Moscovich, Sefi
Vernik, Carmit Ophir-Porat, Gil Mor, Judith
Rishpon,
Yosi Shacham-Diamand Tel Aviv University, Israel
Novel Biologically Active Protein-Metal And Cell-Metal Hybrids
NST/BIO13-O-4
92f4f740-a
10:4511:00
Allan Hansen, P. Salvatore, K. K. Karlsen, J.
Wengel, J. Ulstrup
1Technical University of Denmark,Denmark
2University of Southern Denmark, Denmark
Electronic properties of monolayers of Unlocked Nucleic Acid
NST/BIO13-O-5
3a2081de-8
11:0011:15
Miroslav Jelinek1,2, M. Weiserova3, J. Remsa1,
T.Kocourek1,2
1Institute of Physics ASCR,Czech Republic
2CzechTechnicalUniversity ,Czech Republic
3Institute of Microbiology ASCR, CzechRepublic
Silver doped hydroxyapatite layers prepared by laser
NST/BIO13-O-6
c360ef8f-7
11:1511:30
Archana Deokar, Yong-Chien Ling
National Tsing Hua University, Taiwan, China
Ultrasound Assisted Coating of Functionalized Carbon Nanotubes
on Paper Surface for Targeting and efficient Killing of Bacteria
NST/BIO13-O-7
d99def61-7
11:3011:45
Ajao Abiodun1,2
1Ikeja Local Government of Lagos State
Government, Nigeria.
2Lagos State College of Health Technology,
Nigeria
Effect of Tropical Climatic Conditions on the Stability of
Cephalexin Dry Powder for Suspension
NST/BIO13-O-8
7197cf5c-8
11:4512:00
Shuchen Hsieh3, S. L. Hsieh1, C.-C. Wu2, I. T. Li3,
P. -Y. Lin4, Y.S. Huang4
1National Kaohsiung Marine Univ, Taiwan, China
2Chang Jung Christian Univ, Taiwan, China
3National Sun Yat-sen Univ, Taiwan, China
4Tajen University, Taiwan, China
Surface Properties of human hepatocarcinoma cells under buffer
solution investigated by Atomic Force Microscopy
NST/BIO13-O-9
99ef9ad6-5
12:0014:00
Lunch Break & Poster Session 3
Thursday Afternoon, Rm. 307
Session No. and Topic: NST15 — Nano-Bio III
Presiding
S. Pentyala (Stony Brook Medical Center, USA), Zhong-Qun Tian (Xiamen University, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Younan Xia, W. Li, M. Rycenga
Washington University in St. Louis, USA
Novel Silver Nanostructures for SERS Applications
NST/BIO15-KN-1
892a7b34-6
14:3015:00
Christelle N. Prinz, Waldemar Hällström, Monica
Lexholm, Dmitry Suyatin, Greger Hammarin, Dan
Hessman, Lars Samuelson, Lars Montelius, Martin
Kanje
Lund University, Sweden
Nanowires in biology: from applications to nanotoxicology
NST/BIO15-IN-1
c48c9084-3
15:0015:30
Nils-Eric Sahlin
Lund university, Sweden
Nano Technology – Epistemic Risks and Moral Questions
NST/BIO15-IN-2
0ffc857f-b
15:3015:45
KunLiu, De-chun Ba, Zeng Lin, Guang-Yu Du,
Song-Wen Xiao, Yanyan Wu
Northeastern University, China
1-D Modeling of Ion Transport in Rectangular Nanofluidic Channel
NST/BIO15-O-1
ad4f4435-b
15:4516:00
Wenli Deng
Nanoscale fabrication based on the organic molecular assembly
NST/BIO15-O-2
83
South China University of Technology, China
and interaction of biological system
bf7d6660-4
16:0016:15
Mingdong Dong, F. Besenbachera
University of Aarhus, Denmark
Nanomechanics of Protein aggregation under biological
conditions
NST/BIO15-O-3
7b6fa3fa-3
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 2
84
August 27, 2010
Friday Morning, Rm. 305AB
Session No. and Topic: NST16 — Nanophotonics / Plasmonics II
Presiding
Javier Aizpurua (CSIC, Spain), Zhenchao Dong (University of Science and Technology of China, China)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
Satoshi Kawata
Osaka University & RIKEN, Japan
Tip-enhanced Raman microscopy: a new SPM for nano-imaging
and analysis
NST16-KN-1
b8d3b028-c
8:309:00
Hongxing Xu
Institute of Physics, CAS, China
Managing Light with Plasmons in the Nanometer Scale
NST16 –IN-1
a766558f-c
9:009:15
Lukas M. Eng, Rene Kullock
TU Dresden, Germany
Negative Refraction and Superlensing with Perovskite Thin Films
NST16- O-1
ae1dafc7-c
9:159:30
Šikola T.1, Břínek L.1, Tomanec O.1, Barnard E.
S.2, J. Zlámal1, Kalousek R.1, Maier S. A.3,
Brongersma M. L.2
1Brno University of Technology,
2Stanford University, USA
3Imperial College London, Great Britain
IR Plasmonic Antennas: Nonlinear Scaling of the Resonance
Wavelength and Optimization of Electromagnetic Energy
Absorption in the Antenna Gap
NST16- O-2
18e62dbd-b
9:309:45
A. Aydinli , S. Balci, M. Karabiyik, A. Kocabas, C.
Kocabas
Bilkent University, Turkey
Two Dimensional Plasmonic Cavities on Moire Surfaces
NST16- O-3
9c810c30-b
9:4510:00
Coffee Break
10:0011:30
Plenary Lecture Session 2 (at Convention Hall 1)
Friday Morning, Rm. 307
Session No. and Topic: NST17 — Nanosensors and Systems
Presiding
Takayuki Okamoto (RIKEN, Japan), Hongchen Gu (Shanghai Jiao tong University, China)
Time
Authors, Affiliation
Title
Abs. No.
8:008:15
Sanhita Majumdar
CSIR, India.
Role of Mixed Noble Metal Catalysts in Improving the Sensitivity
and Selectivity of SnO2 Based Gas Sensors
NST17-O-1
16911c74-a
8:158:30
Alireza Nikfarjama, Azam Iraji zad, Fatemeh Razi ,
S.Zahr Mortazavi
Sharif University of Technology, Iran
Fabrication of gas ionization sensor using carbon nano tube
arrays grown on porous silicon substrate
NST17-O-2
e8d0c679-4
8:309:00
Bharat Bhushan
The Ohio State University, USA
MEMS/NEMS and BioMEMS/BioNEMS Materials and Devices and
Biomimetics
NST17- IN-1
5454a49e-f
9:009:15
Ling Hao1,J.C. Gallop1, D. Cox1, J. Chen2
1National Physical Laboratory, UK
2Brunel University, UK
Excitation, detection and sideband cooling of NEMS resonators
NST17-O-3
428eb885-8
9:159:30
Zeng Lin, De-Chun Ba, Chun-Ming Liu
Northeastern University, China
Surface Energy and Work of Adhesion of Titania-related materials
NST17-O-4
ab61870a-8
9:309:45
9:4510:00
Coffee Break
10:0011:30
Plenary Lecture Session 2 (at Convention Hall 1)
85
Friday Morning, Rm. 305C
Session No. and Topic:
NST18 — Nanotechnology III
Presiding
Akihiro Miyauchi (Hitachi Ltd., Japan), Zhaoxiong Xie (Xiamen University, China)
Time
Authors, Affiliation
Title
Abs. No.
8:00–8:30
Weiping Cai, Lichao Jia
Institute of Solid State Physics, CAS, China
Micro/nanostrcutured ordered porous films and their structurally
induced controllability of gas sensing performances
NST18- IN-1
094e1774-c
8:30–8:45
C. Li, Y. Tian, C. Hui, J. F. Tian, L. H. Bao, C. M.
Shen, H.-J. Gao
CAS, China
High field-emission properties of patterned boron nanocones
NST18-O-1
26497acf-0
8:45–9:00
Y. Qiao, H. Lim, B. Chou, W. Lu
University of California – San Diego, USA
Nanoporous Thermal to Electric Energy Conversion Technology
NST18-O-2
703f587d-2
9:00–9:15
Jiatao Sun, Lan Chen, Andrew T. S. Wee
National University of Singapore, Singapore
Role of Orbital Symmetry on the Electron Transport through
Molecule-Electrode Nanocontacts
NST18-O-3
AAA5BFF1-9
9:15–9:30
Q. Liu, Y. Y. Zhang, N. Jiang, H. G. Zhang, L. Gao,
S. X. Du, H.-J. Gao
CAS, China
Identifying Multiple Configurations of Complex Molecules in
Dynamical Processes: Time Resolved Tunneling Spectroscopy
and Density Functional Theory Calculation
NST18-O-4
9bc82fc5-7
9:30–9:45
Sanjib Bhattacharya1, 2, Arun Kr. Bar3, Debashis
Roy4,M.P.F. Graca5, M.A. Valente5
1Siliguri Institute of Technology, India
2Life Member of Indian Association for the
Cultivation of Science,India.
3Institute of Engineering and Management, India
4Jadavpur Univ, India; 5Aveiro Univ, Portugal
Dielectric behavior and transport phenomena of bi-phasic
glass-nanocomposites
NST18-O-5
b4ddc21b-2
9:45–10:00
Coffee Break
10:0011:30
Plenary Lecture Session 2 (at Convention Hall 1)
11:3012:00
Closing Session: Best Poster Award
86
POSTER SESSIONS
Poster Session 1: August 24, Tuesday (12:0014:00), Convention Hall
Session Topic: P1-BIO — Nano-Bio
Poster No.
Authors, Affiliations
Title
P1-BIO-1
da55ac76-f
Chu Zhiqin, Y. J. Huang, Quan Li
The Chinese University of Hong Kong,China
Celluar uptake of Silica nanoparticle and their fate in cells
P1-BIO-2
79d8b7a5-d
HamidGhomi,Nasrin NavabSafa,Kherad Ramezani
Shahid Beheshti university, Iran
Short time surface decontamination by nanosecond DBD plasma
P1-BIO-3
9252f234-6
Xiaodong Zhu, F.H.Wang, Z.M.Liu, Y. Liu
Northeast Forestry University, China
Properties of wheat-straw boards with FRW based on interface
treatment
P1-BIO-4
b68eaa73-2
Eun-Ju Kim, Han-Cheol Choe, Yeong-Mu Ko
Chosun University, Korea
Surface Phenomena of TiN/HA Coating on the Nanotubular Structured
Beta Ti-29Nb-5Zr Alloy for Biomaterials
P1-BIO-5
fd6df433-4
Byung-Hak Moon, Han-Cheol Choe,Yeong-MuKo
Chosun University
Surface Characteristics of TiN/ZrN Coated Nanotubular Structure on the
Ti-35Ta-xHf Alloy for Bio-implant Applications
P1-BIO-6
d4d8d87a-e
Jae-Un Kim , Han-Cheol Choe, Yeong-Mu Ko
Chosun University, Korea
The Morphology of HA Coated Nanotube Surface of Ti-35Nb-xHf for
Implant Materials
P1-BIO-7
051d9343-5
KangLee, B.H. Kim, Y.M. Ko, H.C. Choe
Chosun University, Korea
Immobilization of Hyaluronic Acid onto a –NH2 Functionalized
Macro-arc Oxidized Titanium Alloys by Plasm Surface Modification
P1-BIO-8
57cf01b6-5
Won-Gi Kim, Han-Cheol Choe
Chosun University, Korea
Effects of HA/Ti Coating on the Corrosion of Nanostructured
Ti-35Ta-xZr Alloys for Dental Implants
P1-BIO-9
2dc827f1-6
Yong-Hoon Jeong, Han-Cheol Choe
Chosun University, Korea
Photoelectrochemical Behavior of HA Film on the Nanotubular Surface
after Laser Texturing on the Ti-35Nb-xZr Alloy for Dental Implant Use
P1-BIO-10
e3cafbba-7
Byung-Hoon Kim, H.S. Seo, J.W. Shim, Y.M. Ko
Chosun University, Korea
Preparation and characterization of RGD modified PLGA microsphere
incorporated scaffolds
P1-BIO-11
af4adb5e-c
Yu Liu, J. Shen, X.D. Zhu
Northeast Forestry University, China
Headspace solid-phase microextraction for the determination of
volatile organic compounds in Larix gmelini particles
P1-BIO-12
6931a40a-f
Chen Lian, R.Z. Wang, L.H. Wang
Lanzhou Institute of Physics, China
Research of mass spectrometer detection method on many trace
contaminants in coexistence
P1-BIO-13
bede20dd-2
Vladimir Pichugin, R. A. Surmenev, M. A. Surmeneva
Tomsk Polytechnic University, Russia
RF-magnetron sputtering deposition of hydroxyapatite coating for
bio-implants
P1-BIO-14
5f1391db-e
Alexander Rogacvev1, A. V. Rahachou1, M. A. Yarmolenka1, D.
V.Tapalski2, D. L. Harbachou1
1Gomel State University after Francisk Skaryna, Belarus
2Gomel State Medical University, Belarus
Features of electron beam deposition of antibacterial nanocomposite
polymer-based coatings
P1-BIO-15
7fde0bb6-c
Alessandra Apicella1, S. Furlan2, C. S. Casari1,5, M.Soncini2, David
Dellasega1, M. A. Deriu3, A. M. Frana4, M. E. Regonesi4, A. Li
Bassi1,5, P. Tortora4, A. Redaelli2, C. E. Bottani1,5
1Politecnico di Milano and NEMAS –Center for NanoEngineered
Materials and Surfaces, Italy
2Politecnico di Milano, Italy; 3Politecnico di Torino, Italy
4Università degli studi Milano Bicocca, Italy
5CNST of IIT@PoliMI, Italy
Role of bio-inorganic interfaces in misfolding processes of Ataxin-3
protein
P1-BIO-16
eccc2e1c-8
Mohammad Atif Faiz1, Pallavi Kesarwani2, Madhav Reddy1,
Sushma Kalmodia1, Bikramjit Basu1, Kantesh Balani1
1Indian Institute of Technology Kanpur, India
2National Institute of Technology Warangal, India
Functionally graded hydroxyapatite-alumina-Zirconia for implant
applications with enhanced fracture toughness
P1-BIO-17
Tung-MingPan, S.H.Wang, M.D.Huang,M.H. Wu
High-k HoTiO3 sensing membrane for pH detection and glucose
87
cbab9095-f
Chang Gung University, Taiwan, China
biosensing
P1-BIO-18
b0d37c5d-c
Tung-MingPan, Chao-Wen Lin, Cheng-Da Lee
Chang Gung University, Taiwan, China,
Structural and sensing characteristics of Tm2O3 thin membranes for
pH detection
P1-BIO-19
e5432888-5
Alenka Vesel, K. Elersic
Jozef Stefan Institute, Slovenia
Immobilization of protein Streptavidin to the surface of polystyrene
P1-BIO-20
1bf3b676-f
Umberto Fulco, E. L. Albuquerque
Universidade Federal do Rio Grande do Norte, Brazil
Electronic Transport Properties in Arrays of DNA Finite Segments
88
Poster Session 2: August 25, Wednesday (12:0014:00), Convention Hall
Session Topic:
P2-NST1 — Nanotechnology
Abs. No.
Authors ,Affiliation
Title
P2-NST1-1
afa34c3c-5
Tie Feng Wei, Xian-Peng Zhang , Wei-Jie Song , Yong Li ,
Huan-Ming Lu
CAS，China
A draft study on Al–Ti co-doped ZnO nanoparticles by co-precipitations
method
P2-NST1-2
ef3d0fc0-b
Xitian Zhang, X. T. Zhang, L. L. Wu, H. Q. Lu, and B. J. Niu
Harbin Normal University, China
Effect of starting materials on the morphologies of InMO3(ZnO)m
superlattice nanostructures
P2-NST1-3
0468de10-1
Y. Qiao, T. Kim, H. Lim, B. Chou, W. Lu
University of California, San Diego, USA
Nanoporous Materials Functionalized Liquids: A Novel Energy
Absorption Technology
P2-NST1-4
749b2084-8
Jian Jin1, Xudi Wang1, Xiaojun Li2, Xin Li2, Qisheng Tang2,
Shaojun Fu2
1Hefei University of Technology, China
2Univ Sci & Technol China, China;
Pressure-assisted capillary filling mechanism and its optimization
P2-NST1-5
c88caa60-5
Jie Luo, Jun Chen, S. Z. Deng, N. S. Xu
Sun Yat-sen University, China
Evaluation of Simplified Simulation Approach for Thin-Film Type Gated
Field-Emitter
P2-NST1-6
24c686ec-3
Tayebeh Shamspur, A. Mostafavi, I. Sheikhshoaie
Shahid Bahonar University of Kerman, Iran
Application Of The Modified Nanoporous Analcime Zeolite Loaded With
5-((4-Nitrophenyl) Azo)-N(2,4-Dimethoxy)Salicylaldimine For
Preconcentration Of Trace Amounts Of Manganese Ions In Aqueous
Samples By Using Faas
P2-NST1-7
fa688224-1
Daifeng Fang, Z.M. Zhang, Z.P. Wang and Z.J. Ding
Univ Sci & Technol China, China
Dependence of photoluminescence of CdS/ZnS core/shell quantum dots
with temperature
P2-NST1-8
cf11faa1-5
H. L. Lu1, C. D. Zhang1, H. M. Guo1, H.-J. Gao1, M. Liu2,3, J. Liu2,
G. Collins2 C. L. Chen2,
1CAS, China; 2Univ Texas at San Antonio, USA
3Dalian University of Technology, China
Surface Step Terrace Induced Anomalous Transport Properties in
Epitaxial La0.67Ca0.33MnO3 Thin Films
P2-NST1-9
365b70b8-7
Min Gao1, Yi Pan2, Li Huang1, Chendong Zhang1, Hao Hu1,
Hongliang Lu1, Jinming Cai1, Shixuan Du1, Feng Liu1, H.-J. Gao1
1CAS, China; 2University of Utah , USA
Tunable Thermoelectricity Properties of Epitaxial Graphene on Metal
Substrates
P2-NST1-10
c11c4378-8
Li Huang1, Haigang Zhang1, Jiatao Sun1, Qi Liu1, Jinhai Mao1, Yi
Pan1, Min Gao1, Nan Jiang1, Haiming Guo1, Shixuan Du1, W. A.
Hofer2, H.-J. Gao1
1CAS, China; 2University of Liverpool, UK
Site Specific Adsorption and Ordered Array Formation of Polar
Molecules on a Graphene Moiré Superstructure
P2-NST1-11
65efb158-5
Changwon Park1, Keunsu Choi1, Jungwoon Hwang1, Jisoon Ihm1
Seoul National University, Korea
Half-metallicity of Graphene Nanoribbons by Ferroelectric Polymer
P2-NST1-12
a8d1b2e6-1
Hyunsoo Lee, HyeonDeuk Yong, Yongho Seo
Sejong University, Korea
Mechanical properties of non-flat graphene sheets in suspension
Session Topic:
P2-NST2 — Nanophotonics / Plasmonics / Novel SPM
Abs. No.
Authors
Title
P2-NST2-1
BBF7A9C7-7
Liu Guo Chen, X. Tao, C. Zhang, R. Zhang, Z. C. Dong
Univ Sci & Technol China, China
High resolution photon mapping for STM induced luminescence
P2-NST2-2
ac846eac-3
R. Nishitani1, Hongwen Liu2, Hiroshi Iwasaki3
1Kyushu Institute of Technology, Japan
2Tohoku University, Japan; 3Osaka University, Japan
Comparison of STM light emission and photo luminescence from
porphyrin films using UHV-STM
89
P2-NST2-3
1ab24489-e
Xiao Lei Zhang, H. Y. Gao, C. Zhang, R. Zhang, L. G. Chen, X.
Tao, Z. C. Dong
Univ Sci & Technol China, China
Shaping molecular electroluminescence spectra by resonant
nanocavity plasmons
P2-NST2-4
7005d42a-9
Peter Milde, Denny Köhler, Ulrich Zerweck, Lukas M. Eng
TU Dresden, Germany
Quantitative characterisation of magnetic force microscopy (MFM) tips
in high homogeneous external magnetic fields
P2-NST2-5
a3afbe46-c
Thomas Sulzbach1, C. Richter1, P. Weinzierl1, O. Krause1, W.
Engl1, C. Penzkofer2, B. Irmer2
1Nanoworld Services GmbH, Germany
2Nanotools GmbH,Germany
Ultrashort Cantilever Probes for High Speed AFM
P2-NST2-6
3b67bd0c-3
Katsuyuki Suzuki1, S. Kitamura 1, S. Tanaka2, K. Kobayashi3, H.
Yamada 3
1JEOL Ltd., Japan; 2NICT, Japan; 3Kyoto University, Japan
Solid-Liquid Interface as Ideal Environment for High-resolution Imaging
by Frequency Modulation Atomic Force Microscope
P2-NST2-7
bdae11ad-b
Haojun Zhu, Quan Li
Chinese University of Hong Kong, China
One-dimensional nanostructures on ITO for photovoltaic and
photocatalytic applications
P2-NST2-8
7ade922d-e
Ruibin Liu1, A. L. Pan2, C. H. Zhang1, B. S. Zou1
1Beijing Institute of Technology, China
2Hunan University, China
High Q-factor microcavity and lasing mechanism to control lasing
generation in ZnO nanowire
P2-NST2-9
49cabdb7-f
Li-Jie Shi, Bingsuo Zou
Beijing Institute of Technology，China
The interaction of elementary excitations in wurtzite ZnO nanowire
P2-NST2-10
1ddbfdb0-7
X. Wang1, Z. M. Jiang2, Fei Xu 2,3, Z. G. Ma2, R. Xu2, B. Yu2, M. Z.
Li1, L. L. Zheng2, Y. L. Fan1, J. Huang2, F. Lu1
1Fudan Univ, China; 2Shanghai Univ, China; 3CSIC, Spain
Enhanced emission of Er3+ from alternately Er doped Si-rich Al2O3
multilayer film with Si nanocrystals as broadband sensitizers
P2-NST2-11
6fcdee8b-b
Achanai Buasri1,2, K. Boonsiri1, V. Ketkeaw1, U. Phuangkeaw1, V.
Loryuenyong1,2
1Silpakorn University, Thailand,
2National Center of Excellence for Petroleum, Thailand
Sol-Gel derived Mesoporous Silica Nanoparticles as an Anti-reflective
Coating Layer
P2-NST2-12
97eff84a-f
Shengyi Yang, Na Zhao, Bingsuo Zou
Beijing Institute of Technology, China
Solution-processed photodetectors based on PbS colloidal
quantum-dots and organic materials
P2-NST2-13
9e2ab3b4-f
Shengyi Yang, Huijuan Liu, Bingsuo Zou
Beijing Institute of Technology，China
Highly photoluminescent quantum-dots/polymer hybrids and their
application in light-emitting diodes
P2-NST2-14
f5b5df5c-c
Qin Yu Yang, Dexin Wang, Ke Ding, Jing Zhang
Donghua University, Shanghai, China
The effect of annealing on the photoluminescence of porous SiO2 films
by APECVD
P2-NST2-15
310c3649-d
M. C. Lin, B. M. Cowan
Tech-X Corporation, USA
Modeling of Photonic Crystals Using a Conformal Finite Difference
Time Domain Method
P2-NST2-16
41997ca6-c
Yongyou Zhang, B. S. Zou
Beijing Institute of Technology, China
Exciton polaritons in semiconductor photonic dots under an applied
magnetic field
P2-NST2-17
d73214b6-4
Guizhi Wu, W. X. Cheng, Y. Shen, F. Gu, J. C. Zhang, L. J. Wang
Shanghai University, China
Fabrication and photoelectric properties of TiO2 nanotube arrays
photoanode on transparent conducting glass
P2-NST2-18
065ded32-5
Yang Zhang, Xichuan Tong, Shan Wu, Bo Gao, Yuan Liao,
Zhenchao Dong, Jianguo Hou
University of Science and Technology of China, China
Generation of hot-luminescence from high vibronic states by surface
plasmon resonant excitation
P2-NST2-19
f608dafe-8
C. Zhang *, L. G. Chen, H. Yang, X. Tao, B. Gao, R. Zhang, X. L.
Zhang, H. Y. Gao, and Z. C. Dong
University of Science and Technology of China
Fabrication of silver tips for scanning tunneling microscopy induced
luminescence
Session Topic:
Abs. No.
P2-NST3 — Nanotubes, Wires & Novel Architectures
Authors, Affiliation
Title
90
P2-NST3-1
addb5ac0-b
Naoki Ainoya, Jun Nakamura, Akiko Natori
UEC-Tokyo, Japan
Percolation properties of nanotube/polymer composites
P2-NST3-2
163890d7-d
Jun Chen, J. Q. Wu, S. Z. Deng, N. S. Xu
Sun Yat-sen University, China
Field Emission Properties of α-Fe2O3 Nanostructures Prepared by
Thermal Oxidation of Iron Thin film
P2-NST3-3
a82549a7-4
Hiroyuki Ishii1, Nobuhiko Kobayashi1, Kenji Hirose2
1University of Tsukuba, Japan
2NEC Corporation, Japan
Transport calculations of carbon nanotubes by the Order-N TD-WPD
method
P2-NST3-4
0ca686fe-5
Koji Nakayama, Y. Yokoyama, T. On, M. W. Chen, K. Akiyama, T.
Sakurai, A. Inoue
Tohoku University, Japan
Formation and characterization of metallic glass nanowires
P2-NST3-5
6f2ee465-7
Sang a Han¹, Hyunsoo Lee¹, Hyeondeuk Yong¹, Insung Choi¹,
Sangwook Lee², Naesung Lee¹, Yongho Seo¹
¹Sejong University, Korea
²Konkuk University, Korea
Domain creation of graphene by thermal annealing
P2-NST3-6
b2dc4b92-0
Renyun Zhang, Magnus Hummelgård, Håkan Olin
Mid Sweden University, Sweden
Growing carbon nanocages by gold templating
P2-NST3-7
b54b8251-6
Shoou-Jinn Chang, C. H. Hsiao
National Cheng Kung University, TAIWAN, CHINA
ZnSe-based heterostructure nanowired prepared on oxidized Si
substrate
P2-NST3-8
6ff1f6b4-9
Shaozhi Deng, X Y Yin, Y. Zhang, N. S. Xu, Y. L. Ke
Sun Yat-sen University, China
Fabrication of carbon nanotube cold cathodes for 4.3-inch field
emission flat panel light source
P2-NST3-9
4151AECB-6
Dingxin Geng, Wenli Deng
South China University of Technology, China
Fabrication of MoS2 hierarchical hollow architecture
P2-NST3-10
2d0535da-6
Yanqun Guo, W. J. Song
CAS, China
Solution route to SnO2 crystals with controllable morphologies
P2-NST3-11
d6c335b5-d
Liping Gu, oPeiheng Jiang, Jun He, Yongming Wen, Bin Wang,
Zhihai Cui, Chunxu Pan, Tiecheng Li
Wuhan University, China
In situ TEM Observation of Irradiation Damage of Carbon Nanofibres
and Nanotubes
P2-NST3-12
b53397cc-1
Minsung Kim1, Youngkuk Kim1, Jino Im2, Choongki Lee3, Jaehyun
Bae1, Juho Lee1, Hyoung Joon Choi4, Jisoon Ihm1
1Seoul National University, Korea; 2University of California, Davis,
USA; 3Korea Institute for Advanced Study, Korea
4Yonsei University, Korea
Current density loops and induced magnetic fields in defective carbon
nanotubes
P2-NST3-13
f60fd140-4
Nobuhiko Kobayashi1, Kenji Hirose2
1University of Tsukuba, Japan
2Nano Electronics Research Laboratories, NEC, Japan
Electrode dependence of quantum transport in carbon nanotube
P2-NST3-14
0c51c5e4-7
Nobuhiko Kobayashi, Hiroyuki Kusaka
University of Tsukuba, Japan
First-principles study of quantum transport in Si atom wires under finite
bias voltage
P2-NST3-15
211dde70-f
Fei Liu, Li Li, F. Y. Mo, Z. J. Su, S. Y. Jin, S. Z. Deng, J. Chen, N.
S. Xu
Sun Yat-sen University, China
Ceramic template way to fabricate patterned tungsten oxide nanowire
arrays and investigation on their field emission properties
P2-NST3-16
aec06588-8
Juncong She, C M Huang, S Z Deng, Jun Chen, N S Xu
Sun Yat-sen University, China
Controlled Synthesis of Au and Ag/Au Nanoparticles for Fabrication of
N-Doped Amorphous Si Nanowire Field Emission Cathode
P2-NST3-17
610cc419-f
Yue Shen ,W.X. Cheng, G.Z. Wu, F. Gu, J.C. Zhang, L.J. Wang
Shanghai University, China
Dye-sensitized solar cells based on ordered titanate nanotube films
fabricated by electrodeposition method
P2-NST3-18
de940c3c-3
Masaki Tanemura1, Pradip Ghosh1, M. Sasase 2, A. Hayashi1, Y.
Hayashi1, M. Kitazawa3, R.Ohta3
1Nagoya Institute of Technology, Japan
2Wakasa Wan Energy Research Center, Japan
3Olympus Co. Ltd., Japan
Structural control of carbon-based 1-dimensional nanomaterials
91
P2-NST3-19
74d74777-8
Ye Tian1,2, Chuan fei Guo1, Qian Liu1
1National Center for Nanoscience and Technology, China.
2CAS, China
Synthesis Biocl Nanoplates With Casement-Like Quasi-1d
Superstructure From Bi Nanowires
P2-NST3-20
85c0908d-0
Yinfang Cui C. Wang, S. J. Wu
Beihang University , China
NiO-loaded ZnO Nanorod Arrays: synthesis, characterization and
photocatalytic property
P2-NST3-21
306c7169-3
S. K. Kolekar¹, S. P. Patole2, P. S. Alegaonkar3, J. B. Yoo2, C. V.
Dharmadhikari¹
1University of Pune, India
2Sungkyunkwan University, Korea
3College of Engineering Pune, India
A comparative study of thermionic emission from vertically grown
carbon nanotubes and tungsten surfaces
P2-NST3-22
2a053251-0
Dongryul Jeon1, Daehyun Park2, Seonghoon Lee3
1Department of Physics Education
2Nano Systems Institute
3Seoul National University, South Korea
Making stable and low resistance CNT/metal electrode
P2-NST3-23
5f9084e1-f
Jie Luo, L Y Liu, Jun Chen, S Z Deng, N S Xu
Sun Yat-sen University, China
Optimization of Structural Parameters of a Field Emission Display with
Gated Nanowire Field Emitters
P2-NST3-24
4c09c247-2
Tankeshwar Kumar, Reena Devi, Sunita Srivastava
Panjab University, India
Self-Diffusion of Fluid contained in a nanotube
P2-NST3-25
1cb19cfd-e
Yuan Tian, Ji-Fa Tian, Chao Hui, Li-Hong Bao, Chen Li,
Cheng-Min Shen, Hong-Jun Gao
CAS, China
Patterned Boron Nanowires and Field Emission Properties
P2-NST3-26
b2525838-2
Yingxin Luo, N. S. Xu
Sun Yat-sen University,China
Thermodynamic Mechanism Responsible for Growth of CuO Nanowires
by Thermal Oxidation
Session Topic:
P2-NST4 — Magnetics & Spintronics
Abs. No.
Authors, Affiliation
Title
P2-NST4-1
ec4d5f40-5
Keiji Takata
Kansai University, Japan
Domain structures of magnetic poles in hard disk drive heads
P2-NST4-2
4d33e6ae-d
Daxue Xia1, B.Liu2, Z.B.Guo3, J.B.Xu1
1The Chinese University of Hong Kong, China
2Nanjing University, China
3National University of Singapore, Singapore
Room Temperature Ferromagnetism in Undoped and Ga-doped ZnO
thin films
P2-NST4-3
32f8615f-8
Rachid Masrour
Sidi Mohammed Ben Abdellah University,Morocco
Magnetic properties of nanaoparticles materials
P2-NST4-4
7096f17b-f
Xiaoli Lu, D. Pantel, M. Alexe, I. Vrejoiu, D. Hesse
Max-Planck-Institut für Mikrostrukturphysike, Germany
Ordered ferroelectromagnetic heterostructures: fabrication and
magnetoelectric coupling properties
P2-NST4-5
8927004f-4
J. Klein, S. L. Kawahara, J. Lagoute , V. Repain, C. Chacon, Y.
Girard, S. Rousset
Université Paris Diderot-CNRS, France.
Kondo resonance measured on a single adatom coupled to a magnetic
cluster
P2-NST4-6
3a11e188-2
Saadi Lamari
University Ferhat Abbas, Algeria
Rashba-Dresselhaus Spin Orbit Effects in Quantum Wells
P2-NST4-7
aa51d63e-5
Yuran Niu, M.S. Altman
The Hong Kong University of Science and Technology, China
Spin Polarized Field Emission from Fe and Co-coated W Tips
92
Poster Session 3: August 26, Thursday (12:0014:00), Convention Hall
Session Topic:
P3-NST1 — Nanofabrication
Abs. No.
Authors, Affiliation
Title
P3-NST1-1
b50e6224-6
Tian Tian, Zorabel M. LeJeune, Jayne C. Garno
Louisiana State University, USA
Nanofabrication of n-alkanethiol self-assembled monolayers on Au(111)
using scanning probe lithography
P3-NST1-2
f9acb31e-b
A.R. Hwang, J.M. Jo, J.Y. Park, Y.C. Kang
Pukyong National University, Korea
Characterization of Ceria fibers via Electrospinning Process
P3-NST1-3
ad931250-2
Chun-Hua Chen, Hsiu-Cheng Chang, Tse-Wei Chung
National Chiao Tung University,Taiwan, China,
Pulsed laser deposition of oriented nano-grained Bi2Te3 films
P3-NST1-4
19129eae-6
Chun-Hua Chen, Hsiang-Yu Lai
National Chiao Tung University,Taiwan, China,
Novel Ink-jet Printing Route to Indium Tin Oxide Nanoparticle Films
P3-NST1-5
c9163021-f
GuQiao Ding, J. N. Ding, R. Yang, N. Y. Yuan
Changzhou University, China
Thermal Driving Fast Fabrication of Ordered Porous Anodic Alumina
P3-NST1-6
36e75dcb-c
Hongbing Cai, Kun Zhang, Yukun Wu, Guanghui Zhang,
Yangchao Tian, Xiaoping Wang
Univ Sci & Technol China, China
Fabrication of various nano-structures on uneven substrate with PMMA
soft mask
P3-NST1-7
ab8c1aa5-4
Jun-Mo Jo, Juyun Park, Don Kim, Yong-Cheol Kang
Pukyong National University, Korea
Synthesis and Characterization of Alumina Submicro-Rings
P3-NST1-8
5858690e-8
Fu-Der Lai1, Jui- Ming Hua2
1NKFUST, Taiwan, China.
2Metal Industries Res & Dev Centre, Taiwan, China.
Nano-image profiles transferred by near field phase-shifting
lithography precisely simulated by finite element method and
fabricated
P3-NST1-9
a56b676c-0
Xiao Jun Li, Xudi Wang, Jian Jin, Xin Li, Shaojun Fu
Univ Sci & Technol China, China;
Fabrication of nanofluidic system with large-scale and high-density of
enclosed nanochannels using holographic lithography mould
P3-NST1-10
a2af62b5-0
Vorrada Loryuenyong1,2, O. Wiriyakul1, T. Chaikaew1, Y. Kanti1, P.
Ponrungruangkul1, P. Poonporn1, S. Surangwattanakul1
1Silpakorn University, Thailand,
2National Center of Excellence for Petroleum, Thailand
Effects of Synthesis Methods on Morphology and Photocatalytic
Activity of Mesoporous Titania
P3-NST1-11
ad709ead-0
Michal Urbanek1, V. Uhlíř1, P. Bábor1, E. Kolíbalová 2, T. Hrnčíř2,
J. Spousta1, T. Šikola1
1University of Technology, Czech Republic
2Tescan S. R. O., Czech Republic
Focused ion beam fabrication of nanostructures from polycrystalline
metalic thin films
P3-NST1-12
06d40650-e
Saud Al-Awfi1, M. S. Bawa’aneh2
1Taibah University, Saudi Arabia
2Khalifa University of Science Technology and Research, U.A.E
Schrödinger Modal Structure of an Atom in a Nanoscale Confinement
P3-NST1-13
7bd20be5-7
Saud Al-Awfi
Taibah University, Saudi Arabia
Localized Bessel beams at surfaces and their use in nanoscale
manipulations
P3-NST1-14
4f279b61-f
K. Takiya, Y. Tomoda, W. Kume, S. Ueno, T. Watanabe, J.
Shirakashi
Tokyo University of Agriculture and Technology ,Japan
A Newly Investigated Approach for
the Control of Tunnel Resistance of Nanogaps
Using Field-Emission-Induced Electromigration
P3-NST1-15
a03c2901-8
Chian Liu1, G. E. Ice2, W. Liu1, L. Assoufid 1, M. Wieczorek1, J.
Qian1, B. Shi1, R. Khachatryan1, P. Zschack1, J. Z. Tischler 2, A.
Khounsary 1, D. Shu1
1Argonne National Laboratory, USA
2Oak Ridge National Laboratory, USA
Fabrication of nested elliptical KB mirrors using profile coating for
synchrotron radiation x-ray focusing
P3-NST1-16
05b4565e-a
Hengkang Qiu, Yue Shen, Linjun Wang, Jiancheng Zhang
Shanghai University, China
Synthesis of high-performance aqueous CdSe quantum dots based on
combination of Se source as vapor-phase and hydrothermal method
93
Session Topic:
P3-NST2 — Nanoparticles & Nanomaterials
Abs. No.
Authors, Affiliation
Title
P3-NST2-1
2ca1a60b-e
Abbas Babapour1, B. Yang1, S. Bahang1, A. Z. Moshfegh2, W.
Cao1, 3
1Harbin Institute of Technology, China
2Sharif University of Technology, Iran
3The Pennsylvania State University, USA
Physical and optical properties of high concentration nano-silver
dispersed into organic and inorganic matrixes
P3-NST2-2
63e7f3bf-7
Yeukuang Hwu1,3,4, Cheng-Liang Wang1, P. C. Hsao1,
Sheng-Feng Lai2, Wen-Chang Chen2, Hsiang-Hsin Chen1, Yi-Yun
Chen1, Chia-Chi Chien1,3, Xiaoqing Cai1, Ivan M. Kempson1, G.
Margaritondo5
1Academia Sinica, Taiwan, China
2National Yu-Lin Univ Sci Technol, Taiwan, China
3National Tsing Hua University, Taiwan, China
4National Taiwan Ocean University, Taiwan, China
5EPFL, Switzerland
A Novel X-ray Irradiation Method for the Synthesis of Alloyed
Nanoparticles
P3-NST2-3
8c34ba3f-d
Yury Mikhlin1, M. Likhatski1, A. Karacharov1, A. Romanchenko1,
Ye. Tomashevich1, S. Erenburg2, S. Trubina2
1Institute of Chemistry and Chemical Technology SB RAS, Russia
2Nikolayev Institute of Inorganic Chemistry SB RAS, Russia
Submicrometer intermediates arising over aqueous synthesis of Au and
Au2S nanoparticles: SPM, XPS and XAS studies and applications
P3-NST2-4
d4188fd0-3
Bo Gao, Yue Lin, Sijie Wei, Jie Zeng, Yuan Liao, Xiaoping Wang,
Zhenchao Dong
Univ Sci & Technol China, China
Energy transfer dynamics in Au-CdSe hetero-dimers
P3-NST2-5
bd603d60-6
Mostafa Khajeh
University of Zabol, Iran
Synthesis, characterization and removal of lead from water using
magnetic nanoparticles
P3-NST2-6
70f96376-a
Sang Duck Lee, Sang-Hun Nam, Myoung-Hwa Kim, Jin-Hyo Boo
Sungkyunkwan University,Korea
Synthesis and photocatalytic property of ZnO nanoparticles prepared
by spray-pyrolysis method
P3-NST2-7
0bd232b9-6
Ger-Pin Lin1, P. C. Kuo1, C. L. Shen1, K. T. Huang1, S. C. Chen2,
M. H. Cheng 1
1National Taiwan University, Taiwan, China
2Ming-Chi University of Technology, Taiwan, China
The study of magnetic properties and microstructure of nano-size FePt
islands on amorphous carbon film
P3-NST2-8
5268ebc2-c
Hengkang Qiu, Yue Shen, Linjun Wang, Jiancheng Zhang
Shanghai University, China
Investigation of factors induced the non-intrinsic optical properties for
water-soluble CdSe semiconductor quantum dots
P3-NST2-9
9e056bec-f
Yuying Ren, Ying SHIi, Ding Zhou, Ting Lin, Lianyun Deng,
Jianjun Xie
Shanghai University, China
EXAFS Investigation and Luminescent Properties of Nanosized
Tb:Lu2O3 Phosphors
P3-NST2-10
79f39434-4
Mahdieh Sheikhshoaei
University of Kerman, Iran
Determination of important metal oxids in the soil of Kerman
P3-NST2-11
430c7ebf-b
Mutsunori Uenuma1,2, B. Zheng1,2, K. Kawano1, M. Horita1, S.
Yoshii1,3, I. Yamashita1,3, Y. Uraoka1,2
1Nara Institute of Science and Technology, Japan
2CREST, Japan; 3Panasonic, Japan
Nanoparticle Resistive Memory utilizing Bio Process
P3-NST2-12
e48e482d-4
Yuangang Zu, R. Jiang, X. H. Zhao, Y. Wang, Q. Zhao, B. S. Zu,
D. M. Zhao, M. X. Wang, Z. Q. Sun
Northeast Forestry University, China
Process optimization studies of 10-Hydroxycamptothecin (HCPT)
loaded folate-conjuated chitosan nanoparticles by SAS-ionic
crosslinking combination method using response surface methodology
(RSM)
P3-NST2-13
933d9281-c
Jhasaketan Nayak1,2, Dongwook Lee1, Kijung Yong1
1Pohang University of Science and Technology,South Korea.
2Indian Institute of Technology,India
Densification of chemically synthesized nanoparticles of Copper Indium
Gallium Selenide into a polycrystalline thin film
P3-NST2-14
4f4d07c0-a
Morteza Zargar Shoushtari, S. E. Mousavi Ghahfarokhi
University of Ahwaz, Iran
Fabrication of Sb2O3 nanoparticles and the effect of it on the Bi-2223
superconductor
94
P3-NST2-15
ef69cdb7-b
Mohammad Kooti, S.Esmaeili
Shahid Chamran University, Iran
Pollutants removal by ferrites nanoparticles
P3-NST2-16
820f3326-3
Hongshang Peng, P. Zhou, X. H. Wang, S. H. Huang
Beijing Jiaotong University, China.
Synthesis of Eu-doped Core/Shell Vanadate Nanopartilces with
Different Shell: Surface Effect on Spectral and Dynamic Properties
P3-NST2-17
785fad7b-f
Jian Bo Yin, Tiansong Deng, Gengmin Zhang
Peking University, China
Preparation and size control of highly monodisperse vinyl
functionalized silica spheres
P3-NST2-18
6e5ee67a-b
Chih-Hang Chu1, Li-Chen Wu1, Chung-Shi Yang1,2
1National Chi-Nan University, Taiwan, China
2National Health Research Institutes, Taiwan, China,
A novel PLGA ultrafine nanoparticle : formulation and application
P3-NST2-19
77a4e3a4-4
Jong-Chul Lee, W.-Y. Kim
Gangneung-Wonju National University, Korea
Experimental study on the insulating oil mixed with magnetic nano
particles
P3-NST2-20
853372d0-c
Yuan Liao, Xichuan Tong, Weizhen He, Bo Gao, Hongying Gao,
Zhenchao Dong
Univ Sci & Technol China, China
Dispersion of gold nanorods on Au(111) and preliminary STM induced
luminescence studies
Session Topic:
P3-NST3 — Molecular Electronics
Abs. No.
Authors, Affiliation
Title
P3-NST3-1
dc07c8c7-1
Xiaodong Zhang1,3, M.L. Guo2, Liangan Zhang1,3, Feiyue Fan1,3
1PUMC, China; 2Tianjin Institute of Urban Construction, China.
3Tianjin Key Laboratory of Molecular Nuclear Medicine, China.
Electronic Transport of Au-doped ZnO Nanowires for Bioimaging：
First-Principles Calculations
P3-NST3-2
bd73a11a-c
K. Hirose1, Hiroyuki Ishii2,3, N. Kobayashi 3
1NEC Corporation, Japan; 2University of Tokyo, Japan
3University of Tsukuba, Japan
Bias Drop and Phonon Emission in Molecular Wires
P3-NST3-3
e25ddf0d-1
Manoel Vasconcelos, E. L. Albuquerque
Universidade Federal do Rio Grande do Norte, Brazil
Electronic Properties in a modified alpha 3-peptides
P3-NST3-4
e8a3db75-0
Marian Vesely, J. Janík, P. Vinduška, R. Redhammer
FEI STU Bratislava, Slovakia
Contribution to Electron Tunneling – Calculation of Field Enhancement
Factor
Session Topic:
P3-NST4 — Nano-Bio
Abs. No.
Authors, Affiliation
Title
P3-NST4-1
879305b7-7
Yang Lei1, X. Q. Yan1, Y. Zhang1,2
1Univ Sci & Technol Beijing, China
2State Key Laboratory for AdVanced Metals, China
An important role of the technique of nano-ZnO immobilization in the
glucose electrochemical biosensor
P3-NST4-2
51d785b8-d
Nam Ki Min, J.H. Kim , J.Y. Lee, C.J. Lee
Korea University, Korea
Comparative study of p-type single walled and metallic thin-multiwalled
carbon nanotube electrodes in electrochemical biosensors
P3-NST4-3
d9e4ed46-9
PingGen Cai, Y. Mizutani, M. Tsuchiya, K. Kawahara, T. Okajima
Hokkaido University,Japan
Rheological Properties of Drug-Treated Single Cells Investigated by
Atomic Force Microscopy
P3-NST4-4
87f54b9b-1
Hideki Takahashi, K. Kawasaki, H. Kabata
Sysmex Corporation, Japan
A New Albumin aggregation mechanism: its application to peptide
measurement and possible involvement in peptide induced disease
P3-NST4-5
eb2f2d82-c
Bin Zheng, M. Uenuma, Y. Uraoka, I. Yamashita
Nara Inst Sci & Technol and CREST, Japan
Construction of ferritin-encapsulated nanoparticle dimer
P3-NST4-6
a39142d8-a
Yeukuang Hwu
Academia Sinica, Taiwan, China
Boosting the Selective Accumulation and Retention
95
Session Topic:
P3-NST5 — Nano-Mechanics
Abs. No.
Authors, Affiliation
Title
P3-NST5-1
7ff29bee-4
Ruben Gatt, Joseph N.
University of Malta, Msida
The effect of pressure on the nanostructure of auxetic zeolites and
silicates
P3-NST5-2
445f39f7-0
Bin Zheng, J. E. Lowther
University of the Witwatersrand, South Africa
Amorphous shell effects on the mechanical deformation of ceramic
multilayered nanowires
P3-NST5-3
1436910a-5
Sun-Young Jung, Jeong Won Kang
Chungju National University,Korea
Molecular Dynamics Simulation Study of Reversible Carbon-Nanotube
Resonator
Session Topic:
P3-NST6 — Nanosenors & Systems
Abs. No.
Authors, Affiliation
Title
P3-NST6-1
980589c2-4
Na Li1, Fang Wei2, Robert Lam3, Jiaqi Zou1, Stacy Cheng3, Steven
Lu3, Dean Ho3
1University of Miami, USA.
2University of California, Los Angeles, USA.
3Northwestern University, Evanston, USA.
Visual Detection of Melamine in Food Products with Combined
Colorimetric and Turbidometric Readouts
P3-NST6-2
e96c7bcf-b
Xin Li, Yuanlin Yuan, Weihua Liu, Hongzhong Liu
Xi’an Jiaotong University, China
Research on mechanism of location Transplantation graphene CH4 and
O2 gas sensor
P3-NST6-3
7d048acd-6
Somayeh Fardindoost1, A. Iraji zad1,2, S.M.Mahdavi1
1University of Technology, Iran
2Sharif University of Technology, Iran
Surface Activated WO3 Films by Electrolesley Deposited Pd
Nanoclusters for Hydrogen Sensing
P3-NST6-4
06c67ef8-f
Matej Jergel 3, A. P. Caricato1, A. Luches1, M. Martino1, R. Rella2,
L. Chitu3, S. Luby3, E. Majkova3, P. Siffalovic3
1University of Salento, Italy; 2CNR, Italy
3Slovak Academy of Sciences , Slovakia
Nanoparticle Langmuir-Blodgett arrays for sensing of CO and NO2
gases
Session Topic:
P3-NST7 — Surface
Abs. No.
Authors, Affiliation
Title
P3-NST7-1
ccfc95bf-0
Michael McGuigan, J.W. Davenport
Brookhaven National Lab, U.S.A.
Computational Exploration of the Nanogold Energy Landscape
P3-NST7-2
565ded3e-4
Peter McBreen ,J. Brunelle, G. Mahieu, Y. Dong, V.
Demers-Carpentier, G. Goubert, S. Lavoie,
Laval University, Canada
STM Studies of Chiral reactions on Pt(111)
P3-NST7-3
36997610-a
R. Nishitani1, D. Nakashima1, H. Iwasaki2
1Kyushu Institute of Technology, Japan
2Osaka University, Japan
Photo-modulated STM of porphyrin molecules on Au film
P3-NST7-4
a68eaf71-f
Naoki Ogawa1,2, Yasushi Ogimoto1,2,3, Kenjiro Miyano1,2
1University of Tokyo, Japan
2CREST, Japan Science and Technology Agency, Japan
3Fuji Electric Holdings, Japan
Orbital and spin states at the single interface of ultrathin manganite
films studied with nonlinear optics
P3-NST7-5
f9b35924-3
Heng-Yong Nie, W.M. Lau
The University of Western Ontario, Canada
Self-assembled monolayers with headgroup-substrate selectivity: thiols
and organophosphorus acids
96
Session Topic:
P3-NST8 — Tribology
Abs. No.
Authors, Affiliation
Title
P3-NST8-1
7ce79620-5
Ming-Der Jean1, Wen-Hsien Ho2
1Yung -Ta Institute of Technology & Commerce, Taiwan, China
2Kaohsiung Medical University,Taiwan, China
Theoretical Analysis and Simulation to Performance Optimization for
Fabrication of Ceramic Coatings
P3-NST8-2
3c0325ce-1
Enqiang Lin, L.S. Niu, H.J. Shi
Tsinghua University, China
Molecular Dynamics Simulation of Nano-Scale Interfacial Friction
Characteristics for Different Tribopair Systems
P3-NST8-3
24280443-2
Jamal Takadoum, P. Stempflé, P. Henry, J. Dejeu
UMR 6174 (CNRS, UFC, ENSMM, UTBM), France
Micro/Nanotribological properties of silicon and silicon coated with
hydrophobic film
97
Sub-Conference: Thin Film & Joint Sessions with Surface Engineering
Chair: Olinda Conde;
Co-Chairs: Feng Pan, Angus Rockett, Tsuneya Ando, Phil Martin
August 23, 2010
Monday Afternoon, Ballroom A
Session No. and Topic: TF1 — Thin Film Growth I
Presiding
Diederik Depla (University of Gent,Belgium), Feng Pan (Tsinghua University, China)
Time
Authors, Affiliation
Title
14:0014:30
V. Chirita
Linkoping University, Sweden
Computational studies in thin film science: from growth modes to the TF1-IN-1
design of new compounds
3cde58cf-f
14:3014:45
Mune-aki Sakamoto, Yuki Kato,
Furubayashi, Eiji Kusano
Kanazawa Institute of Technology, Japan
14:4515:15
Hyungjun Kim
Yonsei University, Korea
The low temperature atomic layer deposition for functional coating TF1-IN-2
and device fabrication on polymer substrates
6a13c590-0
15:1515:30
Beer Pal Singh1, Rakesh Kumar1, Virendra Singh2,
R. C. Tyagi1
1C.C.S. University, India
2Forensic Science Laboratory, India
Vacuum deposition of stoichiometric thin films of II-VI sulphide TF1-O-2
semiconductors
de033dae-5
15:3015:45
Quan-Bao Ma1,2, Ruben Lieten1, Stefan Degroote1,
Maarten Leys1, Marianne Germain1, Gustaaf
Borghs1,2
1IMEC, Belgium; 2Katholieke Universiteit, Belgium
Solid Phase Epitaxy of Amorphous Ge films deposited by PECVD
15:4516:00
Ching Ting Lee, Tzu Shun Lin, Jheng Tai Yan
National Cheng Kung University, Taiwan, China.
LiNO3 codoped p-type ZnO films deposited using vapor cooling TF1-O-4
condensation method
2f99a398-f
16:0016:15
J. Huang, L. J. Wang, K. Tang, J. J. Zhang, W. M.
Shi, Y. B. Xia, L. X. Gang
Shanghai University, China
Growth of high quality CdZnTe films by close-spaced sublimation TF1-O-5
method
7c0cef84-2
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 1
18:3020:30
Banquet, Location
Yutaka
Abs. No.
Control of chemical composition of imidized polymer thin films by TF1-O-1
introduction of organic vapors in r.f. sputtering using polyimide Bae22690-c
target
TF1-O-3
426c1f17-3
Monday Afternoon, Ballroom B
Session No. and Topic: TF2 — Magnetic Thin Films and Structures
Presiding
Xiaohong Xu (Shanxi Normal University, China), A. Rockett (University of Illinois, Urbana, USA)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
U. Lüders, A. David, S. Thota, R. Frésard, W.
Prellier
Laboratoire CRISMAT, CNRS, France
Recent progress in artificial superlattices
TF2-IN-1
b7d72fb8-8
14:3014:45
A. Brambilla, A. Picone, L. Duò, M. Finazzi, F.
Ciccacci
CNISM and Dipartimento di Fisica, Italy
Scanning tunneling microscopy investigation of CoO/Fe and TF2-O-1
Fe/CoO/Fe layered structures
aa710ad1-9
98
14:4515:00
J. S. Chen1, G. M. Chow1, J. F. Hu2
1National University of Singapore, Singapore
2Data Storage Institute, Singapore
High Coercive L10 FePt:C (001) Thin Films With Small Grain Size for TF2-O-2
Ultrahigh Density Magnetic Recording Media
5d75f502-a
15:0015:15
V. Le Thanh1, T. LeGiang1, A. Portavoce2, M. T.
Dau1, D. Mangelinck1
1CINaM-CNRS, France ; 2IM2NP-CNRS, France
Growth kinetics and composition of high magnetic ordering TF2-O-3
self-assembled GeMn nanocolumns
27AAC4ED-4
15:1515:30
P. Sheng1, C. Chen1, F. Zeng1, Y. C. Yang1, P. Y.
Yang1, J. T. Luo1, F. Pan1, W. S. Yan2
1Tsinghua University, China
2Univ Sci & Technol China, China
Effect of carbon doping on the microstructure and magnetism of Co: TF2-O-4
LiNbO3
b635438a-1
15:3016:00
Tiecheng Li1, Liping Guo1, Guoliang Peng1, Bo
He2, Zhiyun Pan2, Shuigang Xu1, Zhongpo Zhou1,
Zuci Quan1
1Wuhan University, China
2Univ Sci & Technol China, China
Annealing temperature effects on ferromagnetism and structure of TF2-O-5
Si1-xMnx diluted magnetic semiconductor films prepared by a169211d-6
magnetron sputtering
16:0016:15
Z. X. Kang , X. M. Lai, J. Sang, Y. Y. Li
South China University of Technology, China
Fabrication of hydrophobic/super-hydrophobic
magnesium alloys by polymer plating
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 1
18:3020:30
Banquet, Location
99
nanofilms
on TF2-O-6
cf2dcfa9-3
August 24, 2010
Note: On Tuesday morning, Ballroom A holds a Joint Session with Surface Engineering (SE/TF1) with the program listed in the SE.
Tuesday Afternoon, Ballroom A
Session No. and Topic: TF3 — Thin Films Characterization I
Presiding
Christoph Eisenmenger-Sittner (TU Vienna Austria), Ni Ren (Lanzhou Institute of Chemical Physics, Lanzhou, China)
Time
Authors, Affiliation
Title
14:0014:30
C. Scheu
Ludwig-Maximilians-University of Munich, Germany
Advanced TEM characterization of interfaces and nanostructured TF3-IN-1
materials
4b5c92f0-7
14:3014:45
J. Kovač1, M. Milosavljević2,3, D. Peruško2, V.
Milinović2, A. Zalar1, G. Dražič1, C. Jeynes3
1Jožef Stefan Institute, Slovenia
2Vinča Institute of Nuclear Sciences, Serbia
3University of Surrey, England
XPS, TEM and RBS characterization of nanocrystaline AlN/TiN TF3-O-1
multilayers irradiated by Ar ions
f84e02d5-b
14:4515:00
C. Höglund1, B. Alling1, J. Birch1, M. Beckers1, P.
O. Å. Persson1, C. Baehtz2, Zs. Czigány3, J.
Jensen1, L. Hultman1
1Linköping University, Sweden
2IIM, Germany; 3MFA, HAS, Hungary
Effects of volume mismatch and electronic structure on the TF3-O-2
decomposition of ScAlN and TiAlN solid solutions
0b05f1db-1
15:0015:15
S. Ladas1, L. Sygellou1, S. Kennou1, M. Wolf2, G.
Roeder2, A. Nutsch2
1University of Patras, Greece; 2IISB, Germany
An X-ray Photoelectron Spectroscopy study of ultra-thin oxynitride TF3-O-3
films
bf9abcdc-f
15:1515:30
M. Jergel1,P. Siffalovic1, K. Vegso1, L. Chitu1,
Y. Halahovets1, E. Majkova1, S. Luby1,
A. Timmann2, S. V. Roth2, G. A. Maier3, J. Keckes4,
A. Hembd5, F. Hertlein5, J. Wiesmann5
1Institute of Physics SAS, Slovakia;
2HASYLAB / DESY, Germany; 3MCL, Austria;
4ESI, Austria; 5IncoatecGmbH, Germany
Cluster Formation in Ultra-Short Period Mo/B4C Multilayer Mirrors TF3-O-4
Studied by GISAXS Technique
ad92c4cf-5
15:3015:45
Xiaolu Pang, Huisheng Yang, Kewei Gao
USTB, China
Annealing effects on microstructure and mechanical properties of TF3-O-5
sputtered single and multilayer Cr(1-x)AlxN films
4143257c-6
15:4516:00
J.F. Su1, X. Nie1, H. Hu1, T. Mulholland2
1University of Windsor, Canada
2General Motors Company, USA
Coating Failure Behaviour under Inclined-Sliding Impact Tests
16:0016:15
Q. Shen1, A. Pavitschitz1, G. Hlawacek1, M.
Kratzer1, A. Lex2, G. Trimmel2, H. -G. Flesch2, T.
Potocar2, T. Griesser1, R. Resel2, A. Winkler2, W.
Kern1, C. Teichert1
1University of Leoben, Austria
2Graz University of Technology, Austria
Characterization of organic thin films by atomic force microscopy TF3-O-7
based techniques
455865f3-7
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 2
Abs. No.
TF3-O-6
90234c81-9
Tuesday Afternoon, Ballroom B
Session No. and Topic: TF/SE1 — Carbon-based Thin Films and Coatings (Joint Session with Surface Engineering)
Presiding
Jeon Han (Center for Advanced Plasma Surface and Technology, Korea), Gaorong Han (Zhejiang University, China)
Time
Authors, Affiliation
Title
Abs. No.
100
14:0014:30
Y. T. Pei1, D. Vainshtein2, C. Q. Chen1, K. P.
Shaha1, A. A. Turkin2, J. Th. M. De Hossson1
1University of Groningen, Netherlands
2KIPT, Ukraine
From dynamic roughening to dynamic smoothing: the growth TF/SE1-IN-1
behavior of nanocomposite films controlled by concurrent ion 7780b6dd-2
impingement
14:3015:00
Ali Erdemir
Argonne National Laboratory, USA
New materials and coatings for superlubricity and near-wearless TF/SE1-IN-2
sliding
15:0015:15
S. Peter, M. Günther, F. Richter
Chemnitz University of Technology, Germany
A comparative analysis of a-C:H films grown from five different TF/SE1-O-1
hydrocarbons by thermal desorption spectroscopy
78cc6cd1-c
15:1515:30
X. Zhang , X. Y. Wu, Q. Li , H. X. Zhang
Beijing Normal University, China
The titanium carbide/amorphous carbon nanocomposite films TF/SE1-O-2
deposited by filtered cathodic vacuum arc
97e0fa97-8
15:3015:45
R. M. Santos1, R. Turri1, E. C. Rangel1, N. C. da
Cruz1, W. Schreiner2, C. U. Davanzo3, S. F.
Durrant1
1UNESP, Brazil; 2UFPR, Brazil; 3UNICAMP, Brazil
Structural Properties and Hardness of Amorphous Carbonaceous TF/SE1-O-3
Thin Films Obtained PECVD and PIIID
1a31dde1-2
15:4516:00
Y. S. Li , Y. Tang , Q. Yang , A. Hirose
University of Saskatchewan, Canada
Nano-scaled interlayer materials for adhering diamond coating on TF/SE1-O-4
transition metals
2439cbf4-5
16:0016:15
Wenbin Xue1,2, Hua Tian1, Jiancheng Du1,2, Ming
Hua1,2, Xu Zhang1,2
1Beijing Normal University, China
2Beijing Radiation Center, China
Tribological behaviors of duplex Al2O3/DLC coating on 15SiCp/2024 TF/SE1-O-5
aluminum matrix composite using combined microarc oxidation and 24941b35-8
filtered cathodic vacuum arc deposition
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 2
101
August 25, 2010
Wednesday Morning, Ballroom A
Session No. and Topic: TF4 — Thin Films for Photovoltaics
Presiding
Hirokatsu Miyata (Canon, Japan), Gengmin Zhang (Peking University, China)
Time
Authors, Affiliation
Title
8:008:30
Angus Rockett
University of Illinois, USA
Photovoltaics: the next global industry – current and future TF4-KN-1
technologies
f9653516-3
8:308:45
F. J. Zhang, Z. L. Zhou, L. F. Lu, Z. Xu, Y. Sh.
Wang
Beijing Jiaotong University, China
Pentacene nanostructural interlayer for high performance of polymer TF4-O-1
solar cells
7e72bd5f-7
8:459:00
Y. B. He1, X. Z. Shang1, L. Zhang1, T. S. Zhou1, A.
Polity2, B. K. Meyer2
1Hubei University, China
2I. Physikalisches Institut, Germany
Structural characteristics of CuInS2 films quasi - epitaxially grown on TF4-O-2
sapphire by rf reactive sputtering
5bfe03ee-9
9:009:15
F. Fenske1, T. Sontheimer1, S. Gall2, R. Egan3, B.
Rech1
1Institut für Silizium-Photovoltaik, Germany
2CSG Solar AG, Germany
3CSG Solar Pty Ltd, Australia
Influence of vacuum conditions for silicon absorber film properties in TF4-O-3
solar cells
df1d82c0-4
9:159:30
X. D. Zhang, Q. Yue, X. X. Zheng, X. H. Geng, S.
Z. Xiong, Y. Zhao
Nankai University, China
Plasma deposition n-SiOx nanocrystalline thin film for enhancing the TF4-O-4
performance of silicon thin film solar cells
f0510efb-8
9:309:45
Yang Li, Shengzhi. Xu, Xiaodan.Zhang, Ying. Zhao
Nankai University, China
Microcrystalline silicon solar cells deposited at high rates in a single TF4-O-5
PECVD chamber
30a52f12-1
9:4510:00
Shihang Yang, Xieqiu Zhang, Jiakuan Zhu, Sing
Tak Chow, Yam Shek Ip, Xudong Xiao
The Chinese University of Hong Kong, Hong Kong
Optimization of the conditions for growing front contact layer on TF4-O-6
CIGS solar cells
9de9ffe4-e
10:0010:15
Coffee Break
10:1510:30
D. Gracin1, K. Juraić1, J. Sancho-Parramon1, P.
Dubček1, S. Bernstorff2, M. Čeh3
1Ruđer Bošković Institute, Croatia
2Sincrotrone Trieste, Italy
3Jožef Stefan Institute, Slovenia
Amorphous-nano-crystalline silicon thin films in next generation of TF4-O-7
solar cells
74688a5d-4
10:3010:45
P. S. Pa
National Taipei University of Education, Taiwan,
China
A Lath-Shaped Tool in Yield Enhancement for Solar-Cells TF4-O-8
Silicon-Wafers Surface
f263eb03-6
10:4511:00
J. B. Pang, Y. A. Cai,Q. He, W. L. Jiang, H. Wang,
J. J. He, T. Yu, W. Liu, Y. Zhang, Y. Sun
Nankai University, China
Preparation and characteristics of MoSe2 interlayer
ZnO:Ga/Cu(In,Ga)Se2 contact in bifacial CIGS solar cells
11:0011:15
Yu Liu, Cong Wang, Yafei Xue
Beihang University, China
The preparation and thermal stability of NbTiON solar selective TF4-O-10
absorbing coatings
56e5f177-0
11:1511:30
Longzhi Lin, Haojie Zhang, Shaoji Jiang
Sun Yat-sen University, China
Controllable Growth and Photoluminescence Characteristics of TF4-O-11
Nanocrystalline Silicon via Electron Beam Evaporation
38259365-b
11:3011:45
Cheng Shuying1, Gavin Conibeer2
1Fuzhou University, China
2UNSW, Australia
Physical properties of very thin SnS films deposited by thermal TF4-O-12
evaporation
6c4d0f52-f
11:4512:00
X. Liu, Z. Q. Liu, W. Chu, J. Zheng, X. Yan, D. D. Li
Sichuan University, China
Visible-light photocatalytic activity of titanium dioxide nanotube TF4-O-13
arrays treated with nitrogen plasma
1d0cfcbf-d
Abs. No.
102
for TF4-O-9
0664d381-2
12:0014:00
Lunch Break & Poster Session 2
Wednesday Afternoon, Ballroom A
Session No. and Topic: TF5 — Thin Film Growth II
Presiding
Valeriu Chirita (Linköping University, Sweden), Ming Liu (Institute of Microelectronics, CAS, China)
Time
Authors, Affiliation
Title
14:0014:30
D. Depla
Ghent University, Belgium
Thin film deposition with a rotating cylindrical magnetron: TF5-IN-1
experiments and simulations
12a4efd2-f
14:3014:45
Y. Yamada-Takamura, A. Fleurence, W. Y. Zhang
JAIST, Japan
Growth of single-crystalline ZrB2 thin films on Si(111)
14:4515:00
E. Momox-Beristain1, J. Martínez-Juárez1, F. de
Anda2, V. H. Compeán-Jasso2, V. A. Mishurnyi2, G.
Juárez3
1CIDS-ICUAP-BUAP. México
2UASLP, México; 3CINVESTAV-IPN, México
Influence of substrate conductivity type on the thickness and TF5-O-2
composition of epitaxial layers grown by LPE
8d77ec89-9
15:0015:15
J.W. Gerlach, L. Neumann , M. Abd El Khair , B.
Rauschenbach
IOM, Germany
Early stages of ion-beam assisted epitaxial growth of GaN films on TF5-O-3
6H-SiC(0001)
41ca8a81-a
15:1515:30
E. U. Masumdar, M. A. Barote ,A. A. Yadav
Thin Film Physics Laboratory, Rajarshi Shahu
Mahavidyalaya, India
Growth and characterization studies of CdS1-XSeX (0.0 ≤ x ≤1.0) TF5-O-4
alloy thin films by spray pyrolysis
25e9b7e2-b
15:3015:45
F. Magnus, A. S. Ingason, S. Olafsson, J. T.
Gudmundsson
University of Iceland, Iceland
Growth and in-situ electrical characterization of ultrathin epitaxial TF5-O-5
TiN films on MgO
23d72c1c-7
15:4516:00
Wubao Yang1,2, Dianru Wang1, Bin Zhang2
1Beijing Great-wall Ti-gold Group, China
2China University of Petroleum, China
AZO film prepared by new plasma assisted vapor deposition method
Abs. No.
16:0016:15
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 3
103
TF5-O-1
2ef3eb98-e
TF5-O-6
c1a08fc6-0
August 26, 2010
Thursday Morning, Ballroom A
Session No. and Topic: TF6 — Thin Films Characterization II
Presiding
Christina Scheu (Ludwig Maximilian University of Munich, Germany), Dejun Li (Northwest Polytechnical University, Xian, China)
Time
Authors, Affiliation
Title
8:008:30
J. B. Xu, Q. Miao, J. Gao, Z. F. Li, W. G. Xie, Q.
Tang, J. Du
The Chinese University of Hong Kong, China
Growth of Organic Thin Films and its Implications in Organic Thin TF6-IN-1
Film Transistors
064b7e56-c
8:308:45
M. Horkel1, C. Eisenmenger-Sittner1, M.
Quirchmair1, K. Van Aeken2, D. Depla2, S. Mahieu2,
W. P. Leroy2
1Vienna University of Technology, Austria
2Ghent University, Belgium
Determination of the nascent angular distribution of sputtered TF6-O-1
particles during reactive and non-reactive magnetron sputtering
882d6c49-3
8:459:00
C.W. Chin, F.K.Yam, Z. Hassan, M. A. Ahmad. Y.
Yusof, S. K. Mohd Bakhori
Universiti Sains Malaysia, Malaysia
The Growth and Characterizations of Heavily Mg Doped GaN thin film TF6-O-2
on Si substrate by Molecular Beam Epitaxy
a71238d0-9
9:009:15
Yuen-Yee Wong, Edward Yi Chang, Tsung-Hsi
Yang, Jet-Rung Chang, Jui-Tai Ku
National Chiao Tung University, Taiwan, China
Recovering of rough GaN surface with migration enhanced epitaxy
TF6-O-3
b61fec45-c
9:159:30
N. A. Shah1, R. Rahman1, A. N. Cheema2, S. Butt2,
Z. Ali3, A. Maqsood2
1CIIT, Pakistan; 2NUST, Pakistan
3Optic Lab PAEC Nilore Pakistan
Physical Properties of Cadmium Sulfide Thin Films
TF6-O-4
49377e67-5
9:309:45
B. Xiong, J. M. Xu, H. Yuan, C. Z. Sun，Y. Luo
Tsinghua University, China
Novel non-situ thickness control method of anti-reflection coating TF6-O-5
thin film based on reflection spectrum analyze
e49d4189-f
9:4510:00
Coffee Break
10:0010:15
Zhibin Huang, Wancheng Zhou, Xiufeng Tang,
Dongmei Zhu, Fa Luo
Northwestern Polytechincial University, China
Effects of substrate roughness on infrared-emissivity characteristics TF6-O-6
of Au films deposited on Ni alloy
f62f184f-1
10:1510:30
Yu Lu1, Ahmed Ziani1, Claire Le Paven-Thivet1,
Ratiba Benzerga1, Laurent Le Gendre1, Didier
Fasquelle2, Hussein Kassem3, Franck Tessier1,
Valérie Vigneras3, Jean-Claude Carru2, Ala
Sharaiha1
1University of Rennes 1, France
2University of Littoral- Côte d’Opale, France
3University of Bordeaux 1, France
Perovskite oxynitride LaTiOxNy thin films: dielectric characterization TF6-O-7
in low and high frequencies
2ff2bdbe-5
10:3010:45
G.Y. Du1, D.C. Ba1, Z.Tan2, K.Liu1
1Northeastern University, China
2ShenYang Radio and TV University, China
Tribological behavior of RF sputtering WS2 thin films with vacuum TF6-O-8
annealing
a3f2b460-0
10:4511:00
Pawel J. Kowalczyk1,2, David N. McCarthy1, Ojas
Mahapatara, Simon A. Brown1
1University of Canterbury, New Zealand
2University of Lodz, Poland
Electronic structure, Moire patterns and reconstructions – the TF6-O-9
curious case of bismuth islands on graphite
07dd1622-b
11:0011:15
Martin Magnuson , Per Eklund, Lars Hultman
Linköping University, Sweden
Anisotropy in the electronic structure of nanolamina- tes probed by TF6-O-10
x-ray emission spectroscopy
c81de358-4
11:1511:30
F. Bussolotti, Y. Yamada-Takamura, R. Friedlein
Japan Advanced Inst Sci & Technol, Japan
Structure-dependent, intermolecular band dispersion in anthracene TF6-O-11
multilayer films
ac1f1d15-f
11:3011:45
Rui Huang, Xiang Wang, Yanqin Guo, Jie Song,
Effects of hydrogen on luminescence properties of a-SiNx films TF6-O-12
Abs. No.
104
Yixiong Zhang
Hanshan Normal University, China
prepared by VHF-PECVD
6912e3de-e
11:4512:00
D. Rachel Malini3, M. Jayachandran2, C.
Sanjeeviraja1
1Alagappa University, India
2Central Electrochemical Research Institute, India
3N.M.S.Sermathai Vasan College, India
Structural, optical and resistivity measurements on Vanadium TF6-O-13
pentoxide thin films prepared by RF magnetron sputtering
0e06d57c-b
12:0014:00
Lunch Break & Poster Session 3
Thursday Afternoon, Ballroom A
Session No. and Topic: TF7 — Optics, Electronics and Optoelectronics
Presiding
Phil Martin (CSIRO Materials Science & Engineering, University of Melbourne, Australia), Qun Zhang (Fudan University, China)
Time
Authors, Affiliation
Title
14:0014:30
Hirokatsu Miyata
Canon Inc., Japan
Optically anisotropic nanocomposite films based on mesoporous TF7-KN-1
silica films with anisotropic porous structure
09695331-8
14:3015:00
E. J. Sie1, T. C. Sum1, H. Xu2, W. S. Chin2, C. H. A.
Huan1
1Nanyang Technological University, Singapore
2National University of Singapore, Singapore
Energy transfer processes in ZnS quantum dots
15:0015:15
A. Axelevitch, B. Gorenstein, G. Golan
Holon Institute of Technology, Israel
Investigation of Anomalous Optical Transmission in Thin Metal Films TF7-O-1
0a11f2d2-9
15:1515:30
P. B. Barman1, Ishu2
1JUIT, India; 2Amity University, India
Non-linear refractive index of a-Ge-Se-In-Bi glassy thin films
15:3015:45
Ye Zou1, Zhenbo Deng1, Denghui Xu2, Zhaoyue
Lü1, Yuehong Yin1, Yanli Chen1, Yongsheng Wang1
1Beijing Jiaotong University, China
2Beijing Technology and Business University, China
Enhanced efficiency in organic light-emitting diodes using ultrathin TF7-O-3
DCJTB layer as anode buffer
2c4f0d2c-4
15:4516:00
A. C. Sarmah1, K. C. Barua2
1Digboi College, India; 2Dibrugarh University, India
Conductance Characteristics of MoO3 based MOS Structures
16:0016:15
A. A. Shklyaev1,2, A. V. Latyshev1,2, M. Ichikawa3
1ISP SB RAS, Russia
2Novosibirsk State University, Russia
3The University of Tokyo, Japan
Excitation dependence of photoluminescence from nanostructured TF7-O-5
Si layers grown on oxidized Si surfaces
04c9f7fa-7
16:1516:30
L.Yang, S. Ray, C. E. Murphy, A. G. Shard
National Physical Laboratory, UK
Polythiophene : polyethylene blends for organic transistors
16:3016:45
Z. Y. Ma, X. H. Gan, L. Xu, D. Liu, Y. B. Liao, X. F.
Jiang, T. Ling, W. Li, K. J. Chen, X. F. Huang,
Nanjing University, China
Intermediate phase silicon structure induced
electroluminescence from thermal annealed SiO film
16:4517:00
Lanxi Wang1, Xuekang Chen1, Gan Wu1, Wantu
Guo1, Shengzhu Cao1, Kaiwen Shang1, Weihua
Han2
1Lanzhou Institute of Physics, China
2Lanzhou University, China
Study on the persistent photoconductivity in MSM ultraviolet TF7-O-8
photo-detector on microcrystalline diamond film
1c6faf4e-b
17:0017:15
Coffee Break
17:1518:00
Conference Plenary Lecture Session 4
Abs. No.
105
TF7-IN-1
6011847d-9
TF7-O-2
05ef06ec-5
TF7-O-4
c56590ab-2
TF7-O-6
acc90e53-9
intensive TF7-O-7
221fc728-5
Thursday Afternoon, Ballroom B
Session No. and Topic: TF8 — Oxides Thin Films
Presiding
Olinda Conde (Universidade de Lisbon, Portugal), Fei Zeng (Tsinghua University, China)
Time
Authors, Affiliation
Title
14:0014:30
Mihaela Filipescu1, N. D. Scarisoreanu1, Floriana
Craciun2, Maria Dinescu1
1INFLPR, Romania
2CNR Istituto dei Sistemi Complessi, Italy
Functional oxides thin films prepared by RF beam-assisted pulsed
laser deposition
TF8-IN-1
45fff24b-4
14:3014:45
Xiufeng Tang, Fa Luo, Zhibin Huang, Kewei Sun,
Wancheng Zhou, Dongmei Zhu
Northwestern Polytechincial University, China
The thin silicon nitride oxidation-resistance films on Ni alloy
TF8-O-1
ac6d9f26-c
14:4515:00
Jiangtao Guo, Changqi Chen, Jun Wang
Hefei University of Technology, China
Preparation and Phase Transition Properties of W-doped VO2 Films
TF8-O-2
7d0c86d8-d
15:0015:15
Binhua Gui, Xinli Guo, Xuhai Zhang, Weiguang Ji,
Jianshuang Liu, Xichu Pan
Southeast University, China
Preparation and Characterization of Tin and Zinc Co- Doped Indium
Oxide Films on Glass Substrate
TF8-O-3
838139df-a
15:1515:30
Q.J. Wang1，M.Xu1, Y.B. Zhang2
1Northeastern University, China
2Anshan Steel , China
Combinatorial Investigation of thermoelectric properties of Vanadium
Oxide Films
TF8-O-4
45adf6fc-b
15:3015:45
L. Lichtenstein1, L. Heinke1, C. Büchner1, G. H.
Simon1, T. König1, D. Löffler1, M. Baron1, J. J.
Uhlrich1, S. Shaikhutdinov1, R. Włodarczyk2, M.
Sierka2, J. Sauer2, M. Heyde1, H.-J. Freund1
1FHI, Germany
2Humboldt-Universität zu Berlin, Germany
Structure of a Silica Film on Ru(0001): a Dynamic Force and
Scanning Tunneling Microscopy study
TF8-O-5
d21e8a5c-9
15:4516:00
Qun Zhang
Fudan University, China
Study on novel high-valence-difference transparent conductive oxide
thin films
TF8-O-6
9256da63-8
16:0016:15
M. C. Santhosh Kumar, T. Prasada Rao
National Institute of Technology, India
Effects of thickness and heat treatment on the structural, electrical
and optical properties of GZO thin films for optoelectronic
application
TF8-O-7
Cee926ff-b
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 4
Abs. No.
106
August 27, 2010
Friday Morning, Ballroom A
Session No. and Topic: TF9 — Thin Film Growth III
Presiding
Kewei Xu (Xi'an Jiaotong University, China), Hyungjun Kim (Yonsei University, Korea)
Time
Authors, Affiliation
Title
8:008:15
M. Yang, J. H. Feng, H. F. Pu, B. Y. Liu, X. M. Dao,
Q. Zhang
Fudan University, China
All-oxide transparent film diode p-Ni0.9Cu0.1O/n-IWO fabricated at TF9-O-1
room temperature
985ce858-8
8:158:30
Jan Knudsen, Karina Schulte, Evren Ataman,
Cristina Isvoranu, Joachim Schnadt, Jesper N.
Andersen
Lund University, Sweden
CO adsorption on Au-particles grown on ultrathin and partly reduced TF9-O-2
iron-oxide films
e8eccc32-0
8:308:45
J. M. Mwabora1, Th. Dittrich2, K. Ellmer2
1University of Nairobi, Kenya; 2HZB, Germany
Reactively sputtered CuCrO2 thin films
8:459:00
I. Gouzman1, O. Gershevitz2, E. Grossman1, N.
Eliaz3, C. N. Sukenik2
1Space Environment Section, Soreq NRC, Israel
2Bar-Ilan University, Israel
3Tel-Aviv University, Israel
Thin Film Oxide Barrier Layers: Protection of Polyimide from Space TF9-O-4
Environment by Liquid Phase Deposition of Titanium Oxide
20b59a1f-8
9:009:15
Xuekang Chen, Yunfei Wang, JianPing Yang,
Xuelong Yang
Lanzhou Institute of Physics, China
Atomic Oxygen Treatment: An Effective Approach for Obtaining High TF9-O-5
Crystal Quality Oxide Thin Films
02013be4-6
9:159:30
C. H. Shih, B. H. Tseng
National Sun Yat-Sen University, Taiwan, China
Formation mechanism of CuAlO2 prepared by rapid thermal TF9-O-6
annealing of Al2O3/Cu2O/Sapphire sandwich structure
1815f542-a
9:309:45
Xiufeng Tang, Fa Luo, Zhibin Huang, Kewei Sun,
Wancheng Zhou, Dongmei Zhu,
Northwestern Polytechincial University, China
A simple way to prepare oxidation-resistance films by depositing thin TF9-O-7
Al films on Ni alloy
454df29f-f
9:4510:00
Coffee Break
10:0011:30
Plenary Lecture Session 2 (at Convention Hall 1)
11:3012:00
Closing Session: Best Poster Award
Abs. No.
107
TF9-O-3
a85ff6c4-2
POSTER SESSIONS
Poster Session 1: August 24, Tuesday (12:0014:00),
Convention Hall 1
Session Topic: P1-TF1 — Thin Film Growth
Abs. No.
Authors
Title
P1-TF1-1
7c897c8e-f
Shengzhi Xu, Xiaodan Zhang, Yang Li, Huizhi Ren, Gengshen
Zhao, Shaozhen Xiong, Xinhua Geng, Ying Zhao
Nankai University, China
Improve Silane Utilization for Silicon Thin Film Deposition by
VHF-PECVD
P1-TF1-2
28b92385-a
Rolando Bantaculo, Eiji Saitoh, Yu Miyamoto, Hiroyuki Handa,
Maki Suemitsu
Tohoku University, Japan
Si(111) Growth on 3C-SiC(111)/Si(110) by using Monomethylsilane and
Disilane
P1-TF1-3
df6c86ad-c
V. Yu. Kolosov
Ural State University, Russia
Amorphous thin films: new microcrystalline model based on the novel
transrotational nanostructure
P1-TF1-4
f2630439-4
Chang-Lin Liang1,2, Guo-An Cheng2, Rui-Ting Zheng2, Hua-Ping
Liu3
1Tsinghua University, China
2Beijing Normal University, China
3Nanosystem Research Institute, Japan
Fabrication and Performance of TiN/TiAlN Nanometer Modulated
Coatings
P1-TF1-5
46266a94-6
N. Hirukawa, R. Hara, T Nakano, S. Baba
Seikei University, Japan
Structure modification of films deposited by HiPIMS with target bias
voltage during pulse-off period
P1-TF1-6
a689dbd9-b
Zhao Jing-Jing, Chen Chang-Qi, Wang Jun, Wang Hong-Bo
Hefei University of Technology, China
Simulating calculation of electric field between parallel-plate electrodes
for plasma-enhanced chemical vapor deposition
P1-TF1-7
9d6b058b-0
T. X. Chen, F. Q. Xu, L. Cao, W. Zhang, Y. Y. Han, Z. Y. Zheng
University of Science and Technology of China, China
Structural and optical properties of
plasma-assisted molecular beam epitaxy
P1-TF1-8
8e59427d-b
Lin Jing1, Qian Feng2
1Harbin commerce university, China;
2Shenzhen Tenstar Vacuum Co. Ltd, China
Prepared and Surface Analysed of Nano-Silicon Nitride Thin Films
P1-TF1-9
f37b29c8-7
Seiichi Nagashima
Nihon University, Japan
Changes of Auger signals by reconstructed layers of Se and Te films
deposited on Au(111) surfaces
P1-TF1-10
85c2b95d-2
S. W. Kang, Y. H. Shin, J. Y. Yun
Korea Research Institute of Standards and Science, Korea
Growth of Cu metal films at room temperature using catalyzed
reactions in the vacuum process
P1-TF1-11
92f07a43-7
Anupam Roy1, K. Bhattacharjee2, J. K. Dash2 , J. Ghatak2, A.
Rath2, B. N. Dev1
1Indian Association for the Cultivation of Science, India;
2Institute of Physics, India
Growth of oriented Ag nanocrystals on air-oxidized Si surfaces: An
in-situ RHEED study
P1-TF1-12
3c281c7c-7
Y. C. Feng, M. Zhang
University of Technology, China
Direct deposition of (110) preferred orientation La 2/3Sr1/3MnO3 thin films
on Si substrate by pulsed laser deposition
P1-TF1-13
56750bf8-9
S. W. Yu, W. Z. Tang, X. J. Li, H. L.Hu, H. J. Hei
University of Science and Technology Beijing, China
Study of thin SiC film deposition on cemented tungsten carbide
substrate by MPCVD
P1-TF1-14
773ac0e7-0
E. Sarhammar, T. Nyberg, S.Berg
Uppsala University, Sweden
The influence of total processing pressure on the hysteresis behaviour
in reactive sputtering
108
ZnO
films
grown
by
Session Topic:
P1-TF/SE — Multifunctional Coatings and Carbon-Based Thin Films & Coatings
Abs. No.
Authors
Title
P1-TF/SE-1
1d551a2e-8
M. Panjan1, M. Klanjšek Gunde2, M. Čekada1, P. Panjan1
1Jožef Stefan Institute, Slovenia
2National Institute of Chemistry, Slovenia
Variation of colour by thickness of semi-transparent hard coating
materials and substrate reflectivity
P1-TF/SE-2
275f766d-b
M. L. Jamero , I. Culaba
Ateneo de Manila University, Philippines
Strain effects on the diffraction performance of a Cr/Cu/Cr-coated
elastomeric grating
P1-TF/SE-3
9f797860-a
Li Chen1,2,3, Paul H. Mayrhofer2, Yong Du1
1Central South University, China
2Montanuniversität Leoben, Leoben, Austria
3Zhuzhou Cemented Carbide Cutting Tools Co., LTD, China
Improvement on mechanical and thermal properties of Ti-Al-N films with
Si or Zr
P1-TF/SE-4
a750e9b4-3
Qi Fang, Chris Hodson, Cigang Xu, Robert Gunn
Oxford Instruments Plasma Technology, UK
Nucleation and growth of platinum films on high-k/metal gate materials
by remote plasma and thermal ALD
P1-TF/SE-5
8227C11E-E
L. P. Wang, Z. W. Xie, X. F. Wang, J. C. Yan, L. Huang, Y. Lu
Harbin Institute of Technology, China
Structure and mechanical properties of TiAlSiCn coatings deposited by
using multi-plasma immersion ion implantation and deposition
P1-TF/SE-6
6b7b9ed1-4
H. X. Liu1, Y. H. Jiang1, X. W.Zhang1, B. Y.Tang2
1Kunming University of Science and Technology, China
2Harbin Institute of Technology, China
Wear behavior and rolling contact fatigue life of Ti/TiN/DLC multilayer
coatings fabricated on bearing steel by PIIID
P1-TF/SE-7
b46b5d73-7
Wu Tang1, Longjiang Deng1, Kewei Xu2, Jian Lu3
1University of Electronic Science and Technology of China, China
2Xi’an Jiaotong University, China
3The Hong Kong Polytechnic University, H.K.
The mechanical properties and resistivity of Au/NiCr/Ta Multi-layered
films on Si-(111) substrate
P1-TF/SE-8
ee11f2c7-4
X. Y. Zhu1,2, J. T. Luo1, G. Chen1, F. Zeng1, F. Pan1
1Tsinghua University, People’s Republic of China
2National Key Lab for Remanufacturing, AAFE, China
Microstructure and mechanical properties of Nanoscale Cu/Nb
Multilayers
P1-TF/SE-9
7b1b2275-e
M. Yasumoto1,3, S. Tamura2,3, N. Kamijo2,3, Y. Suzuki3, A.
Takeuchi3, K. Uesugi3, Y. Terada3
1AIST, Japan; 2Kansai Medical University, Japan; 3JASRI, Japan
Microstructure of mutlilayer Fresnel zone plate for X-ray focusing
P1-TF/SE-10
8cb99a0d-3
G. S. Chen1, M. C. Wei1,2, G. C. Liao3
1Feng Chia University, Taiwan, China
2Jen-Ai Hospital, Taiwan, China
3H.P.B. Optoelectronics Co., Ltd., Taiwan, China
Characterization of hydrophilic WO3-based composite coatings by TiO2
doping
P1-TF/SE-11
0f6ec964-3
Y. C. Lin, Z. A. Chen , C. H. Shen
National Changhua University of Education, Taiwan, China.
The simulation and fabrication of Ag/SiO2/Ag thin films color filter
P1-TF/SE-12
a6031d70-2
M. Tan, J. Gong, Y. D. Sun, G. Q. Liu, L. Dong, M. Y. Liu, F. Y. Xue,
H. Y. Wang, D. J. Li
Tianjin Normal University, China
Structures and Mechanical Properties of Modulated ZrB2/AlN
Nanomultilayers Synthesized by Ion Beam Assisted Deposition
P1-TF/SE-13
178c58fb-f
Qian Gao, Zhe Li, Xi-wen Zhang , Gao-rong Han
Zhejiang University, China
A bilayer glass-coating for low-e property and photocatalytic activity
P1-TF/SE-14
55199513-4
Denglu Hou1, Zhenzhen Zhou1, Xiaojuan Ye2, Qian Zhang1, Li Ma1,
Congmian Zhen1
1Hebei Normal University, China; 2Nanjing University, China
Room temperature ferromagnetism in typical ferroelectric BaTiO3 film
P1-TF/SE-15
e561edca-5
Yang Qi, Dong Haiyi, Wang Libing
Accelerator Center of Institute of High Energy Physics, China
Research and Application of Coating the Inner wall of Vacuum
Chambers with a Small Cross-Section with TiN
P1-TF/SE-16
9c4d297e-f
Zengji Liu1, Quan Ji1, Yuhui Zhang1,2, Yanzhi Xia1
1Qingdao University, China; 2Donghua University, China
Deposition of fluorocarbon films by RF magnetron sputtering at varying
target-substrate distance
P1-TF/SE-17
04909f21-e
J. Du, P. Zhang, Z. H. Cai, J. J Zhao
National Key Laboratory for Remanufacturing, AAFE, China
Hardness, toughness and erosion resistance of Zr-Cu-N coating
109
P1-TF/SE-18
80650f06-7
Y.Y. Su1, X. Gui1, S. Y. Li2, H. Sun1, Y. X. Leng1, N. Huang1
1Southwest Jiaotong University, China
2Chinese Academy of Engineering Physics, China
The effect of TiN/Ti interlayers on the Tribological properties of DLC
deposited on 7A04 aluminium alloy
P1-TF/SE-19
f10eaec6-8
Chun-Chen Yang, Wei-Huang Chen
Mingchi University of Technology, Taiwan, China
Preparation and characterization of PVA/PAMPS/MMT composite
polymer membranes for DMFCs
P1-TF/SE-20
bd063994-5
F. Yan, Z. T. Liu, W. T. Liu
Northwestern Polytechnical University, China
The preparation and properties of Y2O3/AlN films
on CVD diamond
P1-TF/SE-21
4ce75092-2
R. Turri, R. M. Santos, E. C. Rangel, N. C. da Cruz, J. R. R.
Bortoleto, S. F. Durrant
Universidade Estadual Paulista (UNESP), Brazil
Optical and surface properties of amorphous carbonaceous thin films
obtained by PECVD and PIID
P1-TF/SE-22
af413a12-8
W. H. Kao1, Y. L .Su2, S. H. Yao3
1Chienkuo Technology University, Taiwan, China
2National Cheng Kung University, Taiwan, China
3Chang Jung Christian University, Taiwan, China
Tribological properties of Zr-C:H:Nx% coatings with different amounts
of nitrogen addition
P1-TF/SE-23
c3374585-d
Y. Sasaki, K. Nose, Y. Mitsuda
The University of Tokyo, Japan
Interface structures between diamond-like carbon film and aluminum
alloy substrate by dynamic control of substrate biasing method.
P1-TF/SE-24
3c8c1963-8
P. W. Peng, L. H. Lin, J. W. Luo, C. H. Huang, C. Y. Chen, K. L. Ou
Taipei Medical University, Taiwan, China
Researches of Mechanical Properties and Biocompatibility on Copper
doped DLC films
P1-TF/SE-25
1138c40d-9
Yuhui Zhang1,2, Quan Ji1, Hongjin Qi3, Zengji Liu1, Yanfang Hu1
1Qingdao University, China; 2Donghua University, China
3Wuyi University, China
Preparation and UV absorption property of hybrid fluorocanbon/ZnO
thin films deposited by RF magnetron
P1-TF/SE-26
cffd3402-4
Yuhui Zhang1,2, Quan Ji1, Hongjin Qi3, Zengji Liu1, Yanfang Hu1
1Qingdao University, China; 2Donghua University, China
3Wuyi University, China
Structure and Properties of Regenerated Cellulose Film with
Fluorocarbon Coating
P1-TF/SE-27
0ab442ba-4
C. S. Choi, K.H. Kwon, N. K. Min
Korea University, Korea
Mechanism of humidity detection by poly(vinyl alcohol) nanocomposite
films with carbon black/carbon nanotube hybrid filler
P1-TF/SE-28
a40303bb-8
Xie Dong, Pei Yanan, Liu Henjun, Gui Xian, Su Yongyao, Leng
Yongxiang, Sun Hong, Huang Nan
Southwest Jiaotong University, China
Influence of metal interlayer on the properties of DLC films deposited
on UHMWPE by ECR-PECVD method
P1-TF/SE-29
1a42f03b-b
G. Y. Du1, D. C. Ba1, Z. Tan2, K. Liu1
1Northeastern University, China
2ShenYang Radio and TV University, China.
Tribological behavior of RF sputtering WS2 thin films with vacuum
annealing
P1-TF/SE-30
A1237aa6-8
A. V. Rahachou1, D. G. Piliptsou1, N. N. Fedosenko1, Zhu Peng2,
R. V. Bekarevich1
1Gomel State University, Belarus
2Nanjing University of Science & Technology, China
The features of synthesis, structure and mechanical properties of
alloyed diamond-like coatings
P1-TF/SE-31
4620AEFE-3
H. F. Wang, B. Tang, X. Y. Li, A. L. Fan, Y. Ma
Taiyuan University of Technology, China
Bacteria adherence properties of nitrogen-doped TiO2 coatings by
plasma surface alloying technique
P1-TF/SE-32
997838e3-d
Y. J. Sun, F. Ma, K. W. Xu
Xi’an Jiaotong University, China
Effect of nanomeshes on the mechanical properties of graphene by
molecular dynamics simulation
110
Poster Session 2: August 25, Wednesday (12:0014:00),
Session Topic:
Convention Hall 1
P2-TF1 — Thin Films for Photovoltaics
Abs. No.
Authors
Title
P2-TF1-1
5b6c17b6-3
G. Z. Wu, Y. Shen, M. M. Wu, F. Gu, J. C. Zhang, L. J. Wang
Shanghai University, China
Preparation of mesoporous ZnO and its application in dye-sensitized
solar cells
P2-TF1-2
b9780221-c
Xieqiu Zhang, Shihang Yang, Jiakuan Zhu, Sing Tak Chow, Yam
Shek Ip, Xudong Xiao
The Chinese University of Hong Kong, Hong Kong, China
Deposition and optimization of absorber layer in 10cm×10cm
Cu(In,Ga)Se2-based solar cell
P2-TF1-3
7f7b1ee5-b
Jiakuan Zhu, Xieqiu Zhang, Shihang Yang, Sing Tak Chow, Yam
Shek Ip, Xudong Xiao
The Chinese University of Hong Kong, Hong Kong, China
Growth of Buffer Layer Used in 10cmx10cm CIGS Solar Cell
P2-TF1-4
5f762368-f
Chun-Chen Yang, Bor-Horng Cheng, Yu Rong Zheng, Huan Qing
Zhang
Mingchi University of Technology, Taiwan, China
Preparation and characterization of high efficient TiO2 films on ITO/PET
for DSSC
P2-TF1-5
fee22768-e
Chun-Chen Yang, Jing-Yow Wey, Huan Qing Zhang
Mingchi University of Technology, Taiwan, China
Preparation and characterization of PVDF-HFP/SBA-15 composite
polymer membranes containing with ionic liquids for DSSCs
P2-TF1-6
e6a68e10-f
Sung Kyu Jang, Jae Young Choi, Su Cheol Gong, Ho Jung Chang
Dankook University, Korea
Properties of bulk-hetero junction polymer solar cells with P3HT:PCBM
active layer
P2-TF1-7
59ab0025-c
J. N. Ding, F. Ye, S. B. Wang, X. Q. Wang, G. Q. Ding, N. Y. Yuan
Changzhou University, China
The preparation of nc-Si:H/c-Si heterojunction solar cells
P2-TF1-8
12224b15-b
L. Q. Wang, Y. L. Lia , F. Hou
Tianjin University, China
Hollow/solid CdS quantum dots co-sensitized solar
P2-TF1-9
7109ce73-7
Z. L. Zhuo, F. J. Zhang , L. F. Lu, Z. Xu, Y. S. Wang
Beijing Jiaotong University, China
Improved performance of polymer solar cells by iodine doping
P2-TF1-10
3b04d3c4-d
Chun-Chen Yang, Shig-Chen Kuo, Yu Rong Zheng, Huan Qing
Zhang
Mingchi University of Technology, Taiwan, China
Preparation of high efficient ZnO nanostructured films on DSSC
P2-TF1-11
bd26436d-1
Lexi Shao, Jun Zhang
Zhanjiang Normal University, China
Preparation of Cu2ZnSnSe4 thin films for photovoltaic applications by
selenizing evaporated Sn-Zn-Cu precursors
P2-TF1-12
9d1351dd-1
Fu-Der Lai1, Wei-Yang Li1, Jui- Ming Hua1, Ting-Pin Cho2
1NKFUST, Taiwan, China; 2MIRDC, Taiwan, China
Optical properties and enhanced photothermal conversion efficiency of
SiO2/a-C selective absorber films for a solar energy collector fabricated
by unbalance sputter system
P2-TF1-13
e26bc980-3
N. Y. Yuan, S. B. Wang, F. Ye, C. T. Yu, X. W. Feng, J. N. Ding
Changzhou University, China
The preparation and properties of Al-doped ZnO thin films as
transparent electrodes for solar cell
P2-TF1-14
e9b4b220-b
G. Z. Wu, Y. Shen , W. X. Cheng, F. Gu, J. C. Zhang, L. J. Wang
Shanghai University, China
Photoelectric properties of a-Si/mesoporous ZnO tandem solar cells
P2-TF1-15
5ed0ff92-e
Han Yu, Jian Xiaohui, Sun Yue, Ba Dechun, Li Jianchang
Northeastern University, China
Study of the beam injecting process of solution spray under vacuum
conditions
Session Topic:
P2-TF2 — Thin Films Characterization
Abs. No.
Authors
Title
P2-TF2-1
3c430f2e-5
Y. -Y. Wang1, K. Kusumoto2, C. -J. Li1
1Xi’an Jiaotong University, China
2Engineering Faculty of Gunma University, Japan
XPS analysis of SiC films prepared by radio frequency plasma
sputtering
111
P2-TF2-2
27f44fad-1
Ban-Quan Yang1,2, Fa-Xin Li1
1Peking University, China
2Academy of Armored Force Engineering , China
Fracture behavior of thin film on elastic substrate under residual tensile
stress
P2-TF2-3
85f86a35-9
J. Z. Liang, A. J. Tzou, Y. Liang, M. G. Wu, H. L. Kao, J. S. Chen
Chung Yuan Christian University, Taiwan, China
Measurement of anisotropic optical properties for AlN thin films grown
on various substrates using low temperature helicon sputter system
P2-TF2-4
b285ee64-0
Z. L. Wu1,2, J. Lin1, J. J. Moore1, M. K. Lei2
1Colorado School of Mines, USA
2Dalian University of Technology, China
Effect of chromium content on the microstructure of the chromium
carbonitride coatings deposited by pulsed dc magnetron sputtering
P2-TF2-5
f76f927c-1
Juyun Park, Yong-Cheol Kang
Pukyong National University, Korea
Deposition and Characterization of the Molybdenum Oxynitride Films
on Si(100)
P2-TF2-6
f69415de-c
Zhang Yichen1, Song Qingzhu2, Sun Zhulai2
1Northeastern University, China
2Shen Yang Vacuum Technology Institute, China
Research on Thin Film Thickness Uniformity for Deposition of
Rectangular Planar Sputtering Target
P2-TF2-7
bed46bf5-d
H. Zhang, X. D. Zhang, Y. Zhao
Nankai University, China
Spectroscopic Ellipsometry characterization of amorphous silicon thin
films with a crystallline surface prepared by very high
frequency-plasma enhanced chemical vapor deposition
P2-TF2-8
46548992-5
Linhai Tian1, Ruihua Zhu1, Xiaodong Zhu2, Bin Tang1
1Taiyuan University of Technology, China.
2Xi’an Jiaotong University, China.
Effect of ion beam bombardment on microstructure and mechanical
properties of Cr-Cu-N nanocomposite films
P2-TF2-9
a27f1685-5
C. Song1, Y. J. Rui1, Q. B. Wang1,2, J. Xu1, L. Xu1, Z. Y. Ma1, W. Li1,
K. J. Chen1
1Nanjing University, China; 2Honghe University, China
Structure and electronic properties of Si nanocrystals embedded in SiC
matrix prepared by thermal annealing
P2-TF2-10
d65bdf98-7
Cai Zhihai, Zhang Ping, Zhao Junjun, Du Jun
Academy of Armored Force Engineering, China
Microstructure and tribological properties of CrTiAlN composite
coatings with high Cr content on 65Mn steels deposited by multi-arc ion
plating technology
P2-TF2-11
ed00b4dd-7
Cai Zhihai, Zhang Ping, Zhao Junjun, Du Jun
Academy of Armored Force Engineering, China
Effects of Al contents on microstructures and oxidation resistance of
Cr1-xAlxN films synthesized by multi arc ion plating method
P2-TF2-12
4b0485af-7
P. K. Ooi1, S. C. Lee1, S. S Ng1, Z. Hassan1, H. Abu Hassan1, W. L.
Chen2
1Universiti Sains Malaysia, Malaysia.
2National Changhua University of Education, Taiwan, China
Polarized Infrared Reflectance Studies for Wurtzite InN Epilayers on
Si(111) Grown by MBE
P2-TF2-13
5e73c700-7
Subodh Srivastava1, S. S. Sharma2, Sumit Kumar1, Shweta
Agrawal1, M. Singh1, Y. K.Vijay1
1University of Rajasthan, India
2Govt. Women’s Engineering College, India
CNT and TiO2 doped Polyaniline thin films for hydrogen gas sensing
P2-TF2-14
b04665f2-6
E. G. Shubenkoba, O. P. Azarova
Omsk State Technical University, Russia
Reception thin-film semi-conductor nanostructures with operated
physical and chemical characteristics
P2-TF2-15
0c0183d0-b
H. L. Sun1, J. M. Zhan2, Z. X Song2, F. Ma2, K. W. Xu2
1Henan University of Science and Technology, China
2Xi’an Jiaotong University, China
Evolution behaviors of microstructures and residual stress of annealed
pure Cu and Cu-Zr alloyed films on flexible polyimide substrates
P2-TF2-16
7a43967b-1
T. X. Chen, F. Q. Xu, L. Cao, W. Zhang, Y. Y. Han, Z. Y. Zheng
Univ Sci & Technol China, China
Electronic structure and magnetic property of Fe-doped ZnO film grown
by laser-MBE
P2-TF2-17
4629f9fa-d
F. K. Yam, K.T. Hor, K. P. Beh, B. L. Ng, C. L. Chok,
Universiti Sains Malaysia, Malaysia
The Investigation of Structural and Optical Properties of Self-organized
Titanium Oxide Nanotubes Synthesized by Anodic Process
P2-TF2-18
51207723-2
S. C. Chen1, Y. C. Lin1, T. Y. Kuo1, P. C. Kuo2
1Ming Chi University of Technology, Taiwan, China.
2National Taiwan University, Taiwan, China
Optical and electrical characteristics of NiO-Au composite films by rf
sputtering
P2-TF2-19
5f0c4d6c-8
J. H. Bihn, J. Y. Park, J. M. Jo, Y. C. Kang
Pukyong National University, Korea
Synthesis and characterization Molybdenum oxide thin film for CIGS
application
112
P2-TF2-20
b54cfffa-b
Sin-Liang Ou1, Po-Cheng Kuo1, Donyau Chiang2, Chin-Yen Yeh3,
Chao-Te Lee2, Wei-Tai Tang4, Tsung-Lin Tsai1, Chih-Long Shen1
1National Taiwan University, Taiwan, China
2National Applied Research Laboratories, Taiwan, China
3CMC Magnetics Corporation, Taiwan, China
4National Tsing Hua University, Taiwan, China
Crystallization Kinetics and Optical Property of In-Ge-Sb-Sn-Te Phase
Change Optical Recording Thin Films
P2-TF2-21
4d5a3ae4-a
F. Lu1, C. H. Xu2, L. S. Wen3
1Shenyang Jianzhu Uinversity, China
2Northeastern University, China
3Institute of Metal Research, CAS, China
Effects of substrate temperature on ZAO thin film prepared by DC
magnetron reactive sputtering
P2-TF2-22
2298638f-e
Ambika Sharma1, P. B. Barman2
1Institute of Technology and Management, India
2Jaypee University of Information Technology, India
Transport properties of amorphous Ge20Te80-xBix glassy alloys
P2-TF2-23
d696dc1d-5
Zhikui Wei, Dashu Yu
Tianjin Normal University, China
Preparation and dielectric measurement of Pb(Zr0.95Ti0.05)O3
ferroelectric film
P2-TF2-24
1e3bb4a9-3
Yongjing Shi1, Siyuan Long1, Shicai Yang2, Fusheng Pan1
1Chongqing University of Science and Technology, China
2Teer Coatings Ltd., UK
Deposition of MoS2/CrTiAlN coating on Mg alloy by Unbalance
magnetron sputtering
P2-TF2-25
f03dbb50-c
Meng Jun, Yang Xiaotian, Zhang junhui
Istitute of Modern Phsics, CAS, China
Property Study of TiZrV Non-Evaporable Getter Films as Pumping
Coatings in the Inner Surface of Vacuum Chamber
P2-TF2-26
a51469f4-e
Haijun Zhang1,2, Xiaoping Liu2, Rou Liang 1,3, Mingdong Bao1
1Ningbo University of Technology, China
2Taiyuan University of Technology, China
3China University of Mining and Technology, China
Tribological behaviour of multilayer hard coatings of TiCN/TiC/TiN using
CVD deposition at elevated temperature
P2-TF2-27
cb12cec1-2
Shu-Hao Chang, Peng-Wen Lee, Chun-Chieh Feng, Fu-Chien
Chiu
Ming Chuan University, Taiwan, China
Electrical Analyses of Charge Trapping and Stress- Induced Leakage
Current in CeO2 Gate Dielectric
P2-TF2-28
be5ed6ac-4
M. Horkel, C. Eisenmenger Sittner, J. Mathé, A. Eder, I.
Beniaminov, R. Zawrel
University of Technology, Austria
Determination of the thickness and the refraction index of dielectric thin
films with spatial resolution using optical consumer electronic
components
P2-TF2-29
808c11a0-a
C. H. Liu, B. Liu, J. J. Yang, Y. Wang
Sichuan University, China
Thermal stability of an ultrathin amorphous Ta/TaN bilayer as diffusion
barrier for Cu interconnects
P2-TF2-30
Acb0eb90-c
Weilin Zhang, Fei Ma, Tianwei Zhang, Kewei Xu
Xi’an Jiaotong University, China
Stress Evolution in Crystallization Process of Amorphous Materials
P2-TF2-31
Fab14304-9
Akiko N. Itakura1, Masaya Toda2, Renate Foerch2, Rüdiger Berger2
1National Institute for Materials Science, Japan
2Max Planck Institute for Polymer Research, Germany.
Effective Young’s modulus measurement of plasma -polymerized
allylamine films under humidity ambient.
P2-TF2-32
7294ac86-4
T Nakano, S. Kondo, A. Matsuno, S. Baba
Seikei University, Japan
Oxygen incorporation in reactive sputter deposited TiN films:
consideration from metal to O2 gas metal flux ratio
P2-TF2-33
d334cb6d-b
Sharmistha Lahiry, A. Mansingh
University of Delhi, India
Optical Properties of Sol-Gel Deposited Barium Strontium Titanate
(BaxSr1-xTiO3) Thin Films
P2-TF2-34
e6f28e57-0
X. Yan1, W. Ren2, P. Shi2, X. Q. Wu2, X. Yao2
1Chang’an University, China
2Xi’an Jiaotong University, China
Enhanced
tunable
dielectric
properties
of
Ba0.5Sr0.5TiO3/Bi1.5Zn1.0Nb1.5O7 multilayer thin films by a sol-gel
process
P2-TF2-35
1ceb66e6-4
Jianyuan Dai1,2, Jing Kong1, Zhiguo Li1, Jing Jin1, Tianxing Niu1,
Shuping Bi1
1Nanjing University, China; 2Sichuan University, China
CV and EIS Studies on the Permeation Behavior of the Anions on the
Highly Dense and Well-ordered Dodecanethiol Self-assembled
Monolayers on Gold
P2-TF2-36
978a17f8-d
X. Gui1, Y. Y. Su1, S. Y. Li2, H. Sun1, Y. X. Leng1, N. Huang1
1Southwest Jiaotong University, China
2CAEP, China
The study of the cohesive/adhesion property of DLC films fabricated on
silicon pre-deposited aluminium alloy substrate under different
substrate bias voltage
113
P2-TF2-37
8716cf30-e
Ling Xu, Fei Yang, Yuanbao Liao，Wenqiang Liu, Dong Liu, Jun Xu,
Zhongyuan Ma, Kunji Chen
Nanjing University, China
Comparison of Electronic Band Structure and Electrical Transport
Properties between Ge2Sb2Te5 and Ge1Sb2Te4 Phase-Change
Materials
P2-TF2-38
2ad75a7f-a
J. S. Cherng, T. Y. Chen, R. D. Lin
Mingchi University of Technology, Taiwan, China
Effects of Sputtering Atmosphere on the Polarity Distribution of
Piezoelectric AlN Thin Films
P2-TF2-39
c280541b-9
Wu Tang1, Longjiang Deng1, Kewei Xu2, Jian Lu3
1UESTC, China; 2Xi’an Jiaotong University, China
3The Hong Kong Polytechnic University, Hong Kong
Optical Property and the Relationship between Resistivity and Surface
Roughness of Indium Tin Oxide Thin Films
P2-TF2-40
6d807757-d
Xiaoyong Gao, Zengyuan Zhang, Hongliang Feng, Jiaomin Ma
Zhengzhou University, China
Effect of the sputtering power on the microstructure and optical
properties of the silver oxide films deposited using direct-current
reactive magnetron sputtering
P2-TF2-41
03ff1be8-d
M. Yousefi1, M. Amiri2, A. Z. Moshfegh1
1Sharif University of Technology, Iran
2Payame Noor University, Iran
Effect of annealing temperature on growth of Ce-ZnO nanocomposite
thin films : XPS study
P2-TF2-42
Dd8105e5-4
J. Du, P. Zhang, Z. H. Cai, J. J Zhao
Academy of Armored Forces Engineering, China
The microstructure and mechanical properties of ZrAlCuN film
P2-TF2-43
32383987-a
B. M. Askerov, S. R. Figarova, M. M. Mahmudov
Baku State University, Azerbaijan
Entropy and heat capacity of an electron gas in a a quantum well of a
diluted magnetic semiconductor thin films
P2-TF2-44
68e74cb3-6
Yuan-Chang Liang
National Taiwan Ocean University, Taiwan, China
Structural and nanoscale electrical properties of bismuth ferrite thin
films annealed in forming gas
P2-TF2-45
4857bc36-6
D. J. Lv, X. L.Tong, L. Li, K. Ling, W. Wu, Z. X. Liu
Wuhan University of Technology, China
The influence of the laser fluence on structural and optical properties of
PMN-PT thin films formed by pulsed laser deposition
P2-TF2-46
b45e219a-5
P. S. Kosoboutskyy, M. S. Karkulovska
Lviv Polytechnic National University
The Prinicple of Film Parameters Determining by the Envelope Method
of Fabry-Perot Resonances in the Plane Wave Multibeam Interference
Spectra by the Plane Parallel Systems
P2-TF2-48
84d89268-c
Sin-Liang Ou 1, Po-Cheng Kuo1, Han-Feng Chang2, Donyau
Chiang3, Chin-Yen Yeh2, Wei-Tai Tang4, Ger-Pin Lin1, Chih-Long
Shen1
1National Taiwan University, Taiwan, China.
2CMC Magnetics Corporation, Taiwan, China.
3National Applied Research Laboratories, Taiwan, China.
4National Tsing Hua University, Taiwan, China.
Microstructure and Recording Characteristics of In-Ga-Sb-Sn-Te for
High Speed Blue Laser Phase Change Media
P2-TF2-49
dfce0c47-3
Yujia Zhai,Changlong Cai, Jing Huang, Shun Zhou, Huan Liu,
Weiguo Liu
Xi’an Technological University, China
Study on the Resistance Characteristic of Ti Thin Film
114
Poster Session 3: August 26, Thursday (12:0014:00),
Session Topic:
Convention Hall 1
P3-TF1 — Oxides Thin Films
Abs. No.
Authors
Title
P3-TF1-1
5020497d-9
L. Fang1, F. Wu1, K. Zhou1, H. B. Ruan1,C. Y. Kong2
1Chongqing University, China
2Chongqing Normal University, China
Effect of annealing treatment on structural, electrical，and optical
properties of Ga-doped ZnO thin films deposited by RF magnetron
sputtering
P3-TF1-2
c6a0090f-4
L. Fang1, L. P. Peng1, G. C. Xie1, G. B. Liu1,H. B. Ruan1,C. Y.
Kong2
1Chongqing University, China
2Chongqing Normal University, China
Effect of In-doping on the optical constants of ZnO:In thin film
P3-TF1-3
1ac6cefd-b
J. T. Luo1, X. Y. Zhu1,2, G. Chen1, F. Zeng1, F. Pan1
1Tsinghua University, China
2Academy of Armored Forces Engineering, China
Investigation on optical and magnetic properties of Si-doped ZnO films
P3-TF1-4
17ff6e2d-e
K. Arai, T. Sekiya, T Nakano, S. Baba
Seikei University, Japan
Secondary electron emission and electrical breakdown properties of
sputtered MgO films at low gas pressures
P3-TF1-5
ff6a69aa-c
Wei Liu, Shuying Cheng
Fuzhou University, China
Anti-reflecting ITO thin films of solar cells deposited by DC magnetron
sputtering
P3-TF1-6
3bed7123-e
Yuan-Chang Liang1, Yung-Ching Liang2
1National Taiwan Ocean University, Taiwan, China
2University of Southern California, LA, USA
Growth and structural characteristics of perovskite-wurtize oxide
heterostructures
P3-TF1-7
3caa5911-b
S. C. Chen1, T. Y. Kuo1, Y. C. Lin1, P. C. Kuo2
1Ming Chi University of Technology, Taiwan, China.
2National Taiwan University, Taiwan, China.
Texture and microstructure of nickel oxide films by radio frequency
sputtering
P3-TF1-8
e0ec45d3-5
Ana G. Silva1, Kjeld Pedersen2, Per Morgen3, Zeshen Li4
1Universidade Nova de Lisboa, Portugal
2Aalborg University, Denmark
3University of Southern Denmark, Denmark
4Aarhus University, Denmark
Oxidation mechanisms of silicon thin films and amorphous silicon
P3-TF1-9
30efcae0-f
Piotr Mazur, Karolina Kasińska, Leszek Markowski, Marta
Kowalczyk, Marta Musiał
Wroclaw University, Poland
Oxygen Influence on the Growth of Thin Zr Films on the 6H-SiC(0001)
Surface
P3-TF1-10
Fa2f654e-3
Q.J. Wang1, M.Xu1, Y.B. Zhang2
1Northeastern University, China
2Delegation Office, Anshan Steel, China
The Application of Combinatorial Technologies to Thermoelectric Films
P3-TF1-11
d035c310-f
M. Okada, K. Tajima, Y. Yamada, K. Yoshimura
AIST Chubu, Japan
Self-organized formation of short TiO2 nanotube arrays by complete
anodization of Ti thin films
P3-TF1-12
22ac4cd1-d
K. Tang, L. J. Wang, J. Huang, R. Xu, J. J. Zhang, W. M. Shi, Y. B.
Xia
Shanghai University, China
Growth of high quality ZnMgO/diamond heterostructures
P3-TF1-13
9651e409-1
V. Tvarožek1, I. Novotný1, P. Šutta2, I. Vávra3, M. Netrvalová2, P.
Gašpierik1, S. Flickyngerová1
1Slovak University of technology, Slovakia
2West Bohemian University, Czech Republic
3Slovak Academy of Sciences, Slovakia
Oblique angle sputtering of ZnO:Ga thin films
P3-TF1-14
e1893113-d
Xiaobo Han, Yonghui Jiang, Dechun Ba, Jianchang Li
Northeastern University, China
Theoretical analysis of the thickness dependence of gas sensitivity of
metal oxide thin films based sensors
P3-TF1-15
680900d8-2
Lanzhong Hao, Jun Zhu, Yanrong Li
University of Electronics Science and Technology of China, China
Enhanced Ferroelectric Properties of Epitaxial Pb(Zr, Ti)O3 film with
LaAlO3 Buffer
P3-TF1-16
J. S. Liu, Y. Xu, H. L. Lu, Q. Q. Sun, D. W. Zhang
Investigation of NbAlO thin films grown by atomic layer deposition on
115
8b4c133e-e
Fudan University, China
Si (100)
P3-TF1-17
6C7CF3C0-C
X. C. Chen, C. Y. Kang, P. S. Xu, G. P. Pan
Univ Sci & Technol China, China
Structural and photoluminescence analysis of Mn-doped ZnO thin films
P3-TF1-18
ebb9886a-1
Jin-Hua Huang1, Jia Li1, Yu-Long Zhang1, Ye Yang1, Wei-Jie
Song1, Xiao-Min Li2
1NIMTE, CAS, China
2Shanghai Institute of Ceramics, CAS, China
Effects of rapid thermal annealing in different ambients on structural,
electrical, and optical properties of ZnO thin films by sol-gel method
P3-TF1-19
e191d37d-8
Dongping Zhang, Ping Fan, Zhuanghao Zheng, Xingmin Cai,
Tianbao Chen, Liang Mao
Shenzhen University, China
Effect of annealing temperature on properties of ZnO thin films
P3-TF1-20
9e5a1090-4
Harald Lorenz1, Bernhard Klötzer1, Michael Stöger-Pollach2, Stuart
Turner3, Simon Penner1
1University of Innsbruck, Austria
2Technical University Vienna, Austria
3University of Antwerp, Belgium
Structural and compositional tuning of oxide thin film catalysts via
thermal deposition under HV conditions
P3-TF1-21
Fe88556d-5
J. Zhu, X. P. Wang, W. B Luo, Y. R. Li
University of Electronic Science and Technology of China, China
Anisotropic electrical properties of epitaxial Hf-doped Bi4Ti3O12 thin
films on (100)- and (111)-oriented SrTiO3 substrates
P3-TF1-22
0d0f3ad4-5
J. Bruncko 1, A. Vincze 1, M. Netrvalová 2, P. Šutta 2, M. Michalka 1,
F. Uherek 1
1International Laser Centre, Slovak Republic
2University of West Bohemia, Czech Republic
Annealing and recrystallization of ZnO thin films deposited under
cryogenic conditions
Session Topic:
P3-TF2 — Optics, Electronics and Optoelectronics
Abs. No.
Authors
Title
P3-TF2-1
db3dc774-3
E. M. F. Vieira1, S. R. C. Pinto1, A. G. Rolo1, A. Chahboun1,2, S.
Levichev1, M. Buljan3, S. Bernstorff4, O. Conde5, M. J. M. Gomes1
1University of Minho, Portugal
2LPS, Faculty of Sciences, Morocco;
3Rudjer Boskovic Institute, Croatia; 4Sincrotrone Trieste, Italy
5University of Lisbon and ICEMS, Portugal
Structural and electrical characterization of Si1-xGex nanocrystals
embedded in Al2O3 and SiO2 matrices
P3-TF2-2
B6609867-7
Gangqiang Zha, Hao Zhou, Junning Gao, Tao Wang, Wanqi Jie
Northwestern Polytechnical University, China
The fabrication and characteristic of CdZnTe nano-films with vacuum
deposition
P3-TF2-3
515a048d-f
D. Wang1,2, X. D. Chen3, L. J. Hu1
1Harbin Institute of Technology, China
2Northeast Forestry University, China
3Harbin Institute of Technology, China
Transparency in UV region validated by computing optical band gap for
vinyl-silsesquioxane films modified with tetraethoxysilane and titanium
tetrabutoxide
P3-TF2-4
c2da2527-b
Fei Xu1, Lingling Zheng1, Xiao Wang2, Zuimin Jiang2, Zhongquan
Ma1, Run Xu1, Bin Yu1, Mingzhu Li2, Fang Lu1
1Shanghai University, China; 2Fudan University, China
Er3+ Related 1.54 m emission from Er-Si-codoped ZnO multilayer film
prepared by Rf-sputtering
P3-TF2-5
1a1e28fd-0
Muneer Ahmad, R. Thangaraj
Guru Nanak Dev University, India
Photoconductivity studies of thermally evaporated Sn-Sb-Bi-Se
amorphous thin films
P3-TF2-6
Ad7169be-e
Shengzhi Xu, Xiaodan Zhang,Yang Li, Huizhi Ren, Gengshen
Zhao, Shaozhen Xiong, Xinhua Geng, Ying Zhao
Nankai University, China
P-type Nanocrystalline Silicon Thin Film with High Conductivity
P3-TF2-7
9f3d1cd7-8
Haifeng Liang1, Chunliang Liu2
1Xi’an Technological University, China
2Xi’an Jiaotong University, China
Surface conduction electron emitter in granular films
P3-TF2-8
E14f7195-6
J. L. Peña1,2, O. Arés1, V. Rejón1, A. Ríos-Flores1, Juan Camacho1,
N. Romeo2, A. Bosio2
1CINVESTAV-IPN Mérida, Mexico; 2Università di Parma, Italy
A detailed study of the series resistances effect of solar cells of
CdS/CdTe with Cu/Mo back contact
116
P3-TF2-9
B7f49ffc-e
M. Samadpour1, A. Iraji zad1, S. M. Mahdavi1, A. zarian2
1Sharif University of Technology, Iran; 2Qom University, Iran
Photodiodic properties of CdO/PSi/Si heterostructures
P3-TF2-10
3b6bde21-9
E. Quiroga-González1, W. Bensch1, M. Aceves-Mijares2, Z. Yu3
1University of Kiel, Germany; 2INAOE, Mexico
3R&D center, ENN Solar Energy Co., China
Activation of photoluminescence of multilayer arrays of silicon rich
oxide by oxidation at different temperatures
P3-TF2-11
970a4c1a-a
K. Saito, Y. Inoue, Y. Hayashida, T. Tanaka, Q.X. Guo, M. Nishio
Saga University, Japan
Effects of substrate temperature upon the properties of ZnMgTe layer
grown by MOVPE
P3-TF2-12
045a14a2-d
M. Nishio, K. Saito, T. Tanaka, Q. Guo
Saga University, Japan
Effect of VI/II ratio upon photoluminescence and electrical properties of
phosphorus-doped ZnTe films grown by MOVPE
P3-TF2-13
1104485e-7
I.V. Rogozin1, M.B. Kotlyarevsky2
1Berdyansk State University, Ukraine
2Academy of Management and Information Technology, Ukraine
Growth of N-doped ZnO thin films using N2+O2 mixture as the dopant
source
P3-TF2-14
8507e9d6-2
L. N. Li, Y. Zhao, X. L. Chen, Q. Huang, Y. F. Wang, X. D. Zhang
Nankai University, China
Plasma State of Pulse Reactive Magnetron Sputtering ZnO: Al Thin
Films
P3-TF2-15
Ca297ae2-2
L. N. Li, Y. Zhao, X. L. Chen, J. Sun, X. D. Zhang
Nankai University, China
Effects of oxygen flux on the aluminum doped zinc thin films by direct
current magnetron sputtering
P3-TF2-16
Fa65ca94-a
Ruiliang Song, Wei Liu, Yi Zhang, Yongan Cai, Yun Sun
Nankai University, China
Finite Element Simulation and Experiment Research on ZnO by
Magnetron Sputtering
P3-TF2-17
2522adc4-c
X. Yin, B. Liu, J. J.Yanga, Y. Wanga
Sichuan University, China
Surface morphology and microstructure of porous TiO2 thin films
prepared by micro-arc oxidation and magnetron sputtering
P3-TF2-18
84bb1ba7-c
N. Wattanasupinyo, T. Tohsophon
Srinakharinwirot University, Thailand
Effect of Aluminum and Indium co-doping on Zinc oxide transparent
conductive films prepared by dc magnetron sputtering using ceramic
target
P3-TF2-19
34aa785d-c
J. Jakabovic1, J. Kovac1, R. Srnanek1, M. Weis2, M. Sokolsky1, A.
Hinderhofer3, K. Broch3, F. Schreiber3, D. Donoval1, J. Cirak3
1Slovak University of Technology, Slovakia
2Institute of Physics, SAS, Slovakia
3University of Tübingen, Germany
Pentacene-gate dielectric
nanoparticles for OTFTs
P3-TF2-20
7312c837-a
Han Na, Wang Shanshan, Ba Dechun, Li Jianchang
Northeastern University, China
Study of the interfacial electrical characteristics of dendrimer electronic
thin films and devices
P3-TF2-21
2be1e197-8
A. V. Rahachou1, A. A. Rogachev1, M. A. Yarmolenko1, Xiao-Hong
Jiang2, Zhu Bo Liu1,2
1Gomel State University after Francisk Skaryna, Belarus
2Nanjing University of Science and Technology, China
Molecular structure and optical
nanocomposite metalpolymer coatings
P3-TF2-22
0762e213-2
L. J. Wang, J. Huang, R. Xu, K. Tang, J. J. Zhang, Y. B. Xia
Shanghai University, China
Influence of the diamond grain size on the electrical properties of
nano-crystalline diamond film detectors
117
interface
modification
properties
of
with
silicon
PTFE-based
Session Topic:
P3-TF3 — Magnetic Thin Films and Structures
Abs. No.
Authors
Title
P3-TF3-1
992050DC-3
Jiabao Cen, D. M. Wang
Zhejiang University, China
Magnetron sputtering electrode on PTCR and its properties
P3-TF3-2
A69e681a-7
C. L. Shen1, P. C. Kuo1, G. P. Lin1, T. Y. Huang1, J. A. Ke1, C. M.
Wang1, S. C. Chen2
1National Taiwan University, Taiwan, China
2Ming Chi University of Technology, Taiwan, China
Effect of ZnO Underlayer on the Microstructure and Magnetic Properties
of CoPt Thin Films
P3-TF3-3
78f80343-6
C. L. Shen1, P. C. Kuo1, G. P. Lin1, T. Y. Huang1, C. M. Wang1, S. T.
Chen1, S. C. Chen2
1National Taiwan University, Taiwan, China
2Ming Chi University of Technology, Taiwan, China
Microstructure and
Nanocomposite Films
P3-TF3-4
9989fdc9-9
C. L. Shen1, P. C. Kuo1, G. P. Lin1, Y. S. Li1, C. M. Wang1, M. H.
Cheng1, S. C. Chen2
1National Taiwan University, Taiwan, China
2Ming Chi University of Technology, Taiwan, China
Effect of Ag Underlayer on the Microstructure and Magnetic Properties
of CoPt Thin Films
P3-TF3-5
4fdc8931-1
G. Chen1, X. Y. Zhu1,2, J. T. Luo1, P. Y. Yang1, F. Zeng1, F. Pan1
1Tsinghua University, China
2National Key Lab for Remanufacturing, AAFE, China
Effect of barrier materials on the spin-transport of magnetic tunnel
junctions using (Zn,Co)O as ferromagnetic electrodes
P3-TF3-6
3f9fb4b0-a
S. C. Chen1, T. H. Sun1, C. L. Chang1, Y. C. Lin1, C. L. Shen2, G. P.
Lin2, K. T. Huang2, P. C. Kuo2
1Ming Chi University of Technology, Taiwan, China
2National Taiwan University, Taiwan, China
Magnetic Properties and Microstructures of Single-layered Fe100-xPtx
Films by in-situ annealing
P3-TF3-7
3fc2f06a-e
Y. C. Feng, M. Zhang
Beijing University of Technology, China
Effect of thickness on electrical and magnetoresistance properties in
ultra-thin La0.8Sr0.2MnO3/SrTiO3:Nb heterojunctions
P3-TF3-8
Fb132d5a-2
Huizhong Xu, Bin Peng, Wanli Zhang, Wenxu Zhang
University of Electronic Science and Technology of China, China
Influence of sputter pressure on the texture and magnetic properties of
barium ferrite thin films
P3-TF3-9
f1cf78e2-1
Wenxu Zhang, Hao Tang, Bin Peng, Wanli Zhang
University of Electronic Science and Technology of China, China
Controlling acicular crystallites in barium ferrite thin films prepared by
sol-gel methods
P3-TF3-10
dda288b5-0
Y. Y. Na1, C. Wang1, J. P. Wang2
1Beihang University, China; 2University of Minnesota, U.S.A
Effects of Different Substrates on Structure and Magnetic Properties of
Fe4N Thin Films Deposited by Facing Target Magnetron Sputtering
P3-TF3-11
3570059a-5
G. P. Lin1, P. C. Kuo1, C. L. Shen1, K. T. Huang1, S. C. Chen2, C.
M. Wang1, S. T. Chen1
1National Taiwan University, Taiwan, China
2Ming-Chi University of Technology, Taiwan, China
Effect of Ag additive on magnetic properties and microstructure of the
CoPt-SiNx/Ag granular thin films
P3-TF3-12
caf39a2f-e
Y. C. Hu, D. L. Hou, W. X. Gao, L. Ma, C. M. Zhen
Heibei Normal University, China
The local micro-structure and magnetic properties of CrxSi1-x films
P3-TF3-13
8c5e3bb6-d
Bin Peng, Wanli Zhang, Qiaoying Xie, Wenxu Zhang
University of Electronic Science and Technology of China, China
Magnetic anisotropy control by stress annealing in amorphous
FeCoSiB films
P3-TF3-14
bbbd5dd9-4
Wenyong Zhang, Liping Guo, Guoliang Peng, Tiecheng Li,
Shixuan Feng, Zhongpo Zhou, Ting Peng, Zuci Quan
Wuhan University, China
Effect of annealing temperature on magnetic property of Si1-xCrx thin
films
P3-TF3-15
6230dcd7-8
C. L. Shen1, P. C. Kuo1, G. P. Lin1, Y. S. Li1, J. A. Ke1, S. T. Chen1,
S. C. Chen2
1National Taiwan University, Taiwan, China.
2Ming Chi University of Technology, Taiwan, China.
Microstructure and Magnetic Properties of Nano-Island
118
Magnetic
Properties
of
CoPt-ZnO/Ag
Sub-Conference: Surface Engineering
Chair: Ivan Petrov;
Co-Chairs: Lars Hultman, De-Chun Ba, Jeon G. Han
August 24, 2010
Tuesday Morning, Ballroom A
Session No. and Topic: SE/TF1 — Multifunctional Coatings (Joint Session with Thin Films)
Presiding
Jochen Schneider (RWTH Aachen University, Germany), Jianchang Li (Northeastern University, China)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
B. J. Meenan
University of Ulster, UK
Deposition and manipulation of bioactive thin film coatings for
control of biological interactions on biomaterials surfaces
SE/TF1-KN-1
0ffa6952-d
8:309:00
Ludvik Martinu
Ecole Polytechnique Montreal, Canada
Role and control of plasma-surface energetic interactions in the
growth of functional coatings
SE/TF1-IN-1
9afe3877-0
9:009:15
Md. Abdul Mannan1,2, Y. Baba1, T. Sekiguchi1, I.
Shimoyama1, N. Hirao1, A. Narita1, M. Nagano2, H.
Noguchi2
1Japan Atomic Energy Agency, Japan
2Saga University, Japan
Self-ordering of polysilanes on metal and semiconductor surfaces
SE/TF1-O-1
3d6c6f07-6
9:159:30
B. Howe1,2, E. Sammann1, J. G. Wen1, M.
Sardela1, T. Spila1, J. E. Greene1, L. Hultman2, I.
Petrov1
1University of Illinois, Urbana, USA
2Linköping University, Sweden
Self-assembled and engineered nanostructures in Hf1-xAlxN
single-crystal alloys: effects on physical properties
SE/TF1-O-2
64b180a2-7
9:309:45
T. Kobayashi1, R. Valizadeh2, J. S. Colligon2, H.
Kanematsu3, K. Morisato1
1Tsuyama National College of Technology, Japan
2Manchester Metropolitan University, UK
3Suzuka National College of Technology, Japan
A simulation of thickness distribution on curved substrate during
c-BN coating with ion beam assisted vapor deposition
SE/TF1-O-3
e79597dc-4
9:4510:00
Coffee Break
10:0010:30
K. Robbie, J. Yang, T. Brown
Queen's University, Canada
Thin Film Research at a Glance: Engineering Nanostructure with
Glancing Angle Deposition
SE/TF1-KN-2
ef8bef6d-d
10:3011:00
J.M. Schneider
RWTH Aachen University, Germany
Combinatorial deposition for thin film materials selection and design
SE/TF1-IN-2
a71d80fd-9
11:0011:15
X.Yu, C. B. Wang, Z. Q. Fu
China University of Geosciences (Beijing), China
Influence of surface defect size and density on mechanical
properties of Cr/CrN multilayered films in mid-frequency
dual-magnetron sputtering
SE/TF1-O-4
a87009fd-0
11:1511:30
P. Eklund, S. Kedsongpanya, O. Tengstrand, J. Lu,
J. Jensen, L. Hultman
Linköping University, Sweden
Epitaxial thin films of (Ti,V)2GeC Mn+1AXn phase solid solutions
SE/TF1-O-5
5b22020e-0
11:3011:45
X. Liu 1, X. Tan 1,
S. Sun1, E.Westkaemper2
1Inner Mongolia Univ of Sci & Technol, China
2Stuttgart University, Germeny
The structure and elastic constants of Ti-Si-N superhard
nanocomposite coatings: ab initio study
SE/TF1-O-6
ddeda162-4
11:4512:00
12:0014:00
Lunch Break & Poster Session 1
119
August 25, 2010
Wednesday Morning, Ballroom B
Session No. and Topic: SE1 — Protective Coatings and Tribology
Presiding
Dechun Ba (Northeastern University, China), Thierry Czerwiec (Laboratoire de Science et Génie des Surfaces , France)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
Allan Matthews
University of Sheffield, UK
Plasma-based surface layer engineering for tribological
applications fabrication on polymer substrates
SE1-KN-1
0914aa92-f
8:308:45
Wang Shao-yun1,2, Li Guo-lu1, Wang Hai-dou2, Xu
Bin-shi2
1Hebei University of Technology, China
2Academy of Armored Forces Engineering, China
Accelerated fatigue life testing of NiCr-CrC coating at different
loads under rolling contact condition
SE1-O-1
11919463-c
8:459:15
M.C.M. van de Sanden
Technische Universiteit Eindhoven, Netherlands
Plasma processing: Controlling complexity through in situ
analysis
SE1-IN-1
c252d795-5
9:159:30
William D. Sproul, Jianliang Lin, John J. Moore,
Zhili Wu, Jun Wang
Colorado School of Mines, USA
Deposition of Thick Coatings by Modulated Pulse Power
Sputtering
simulations
SE1-O-2
7cb2bf14-9
9:309:45
Salimi Jazi Hamidreza1, Mostaghimi Javad2,
Pershin Larry2, Coyle Tom2
1Isfahan University of Technology, Iran
2University of Toronto, Canada
Near-Net-Shape Forming of Ti-6Al-4V Composites by Vacuum
Plasma Spraying
SE1-O-3
f454e1fe-0
9:4510:00
Coffee Break
10:0010:30
R. Hauert1, K. Thorwarth1, C.V. Falub2, U. Müller1,
G. Thorwarth3, M. Stiefel1, Ch. Affolter1, M. Tobler4,
C. Voisard3
1Empa, Switzerland; 2ETH Zürich, Switzerland
3Synthes GmbH, Switzerland
4Ionbond AG, Switzerland
State of the art and failure mechanisms of DLC coated articulating
joint replacements
SE1-IN-2
aa3f5a0e-a
10:3010:45
Cuihua Rong, Xiaoyun LE ,Gaolong Zhang, Liying
Wang, Yuchao Zhang, Ying WANG, Xiao Yu
Beihang University, China
The effect on the surface feature of Ti-based compressor blade by
intense pulsed ion beam
SE1-O-4
bd0a6827-1
10:4511:15
S.J. Bull, A.Oila
Newcastle University, UK
Invited lecture: Developing coatings and lubricants for increased
operational life in rolling/sliding applications
SE1-IN-3
30ed33b2-5
11:1511:30
Cuma Bindal1, Sakin Zeytin1, Hikmet Ucisik2
1Sakarya University, Turkey
2Bogazici University, Turkey
The Effect of Boron and Boron Compounds on the Hardness and
Tribological Properties of Metallic Alloys
SE1-O-5
5920aafe-7
11:3011:45
Wang Zhao-yu1,2, Li Guo-lu1, Wang Hai-dou2, Xu
Bin-shi2
1Hebei University of Technology, China
2Academy of Armored Forces Engineering, China
Application of Moire interferometry in study for residual stresses in
supersonic plasma-sprayed FeCrBSi coating
SE1-O-6
43d3dd5d-5
11:4512:00
12:0014:00
Lunch Break & Poster Session 2
Wednesday Afternoon, Ballroom B
Session No. and Topic: SE2 — Protective Coatings and Tribology
Presiding
Dechun Ba (Northeastern University, China), Thierry Czerwiec (Laboratoire de Science et Génie des Surfaces , France)
120
Time
Authors, Affiliation
Title
Abs. No.
14:0014:15
J.L. Li1, D.S. Xiong1, H.Y.Wu2, J.H.Dai1
1Nanjing Univ Sci & Technol, China
2Nanjing Univ Info & Technol, China
Friction properties of molybdenizing and nitriding duplex-treated
nickel-base alloy
SE2-O-1
037bc544-1
14:1514:30
X. H. Wang, M. Zhang, S. Y. Qu, Z. D. Zou
Shandong University, China
Effect of chromium on the microstructure and wear properties of
TiC/Fe-based laser clad coating
SE2-O-2
16bd8e53-b
14:3014:45
Shengjin Liu1, Makoto Sakurai1, Ken Asakura1,
Naoyuki Iida1, Masahide Tona1, Toshifumi Terui2
1Kobe University, Japan
2National Institute of Information and
Communications Technology, Japan
The modification effect of surfaces irradiated with highly charged
ions
SE2-O-3
8a9ef504-b
14:4515:00
P. Zhang, X. Nie, H. Hu
Department of Mechanical, Automotive and
Material Engineering, University of Windsor,
Windsor ON Canada N9B3P4
Tribological Properties of Al383/SiO2 Metal Matrix Composites
Modified by a Plasma Electrolytic Oxidation Process
SE2-O-4
4262b74c-d
15:0015:15
Li Hua-yi1,2, Li Guo-lu1, Wang Hai-dou2, Xu Bin-shi2
1Hebei University of Technology, China;
2Academy of Armored Forces Engineering, China
Mechanical characteristics of iron-based coating obtained by
nanoindentation
SE2-O-5
9223ee66-9
15:1515:30
Tao Qu1, Yan Hong2, Xiumin Chen1
1Kunming Univ Sci & Technol, China
2University of Central Florida, USA
Research of Anodes for Electrolyte Manganese Dioxide Production
SE2-O-6
d04f1a4b-9
15:3015:45
K. Nowakowska-Langier1, K. Zdunek 1,2
1The Andrzej Soltan Institute for Nuclear Studies
(IPJ), Poland
2Warsaw University of Technology, Poland
‘Plasma Alloying’ effects as a results of impact acting of plasmoids
during the Impulse Plasma Deposition (IPD)
SE2-O-7
0af6a503-2
15:4516:00
NG van der Berg, Johan B. Malherbe, AJ Botha, E
Friedland
University of Pretoria, South Africa
Thermal etching of SiC
SE2-O-8
2c083118-e
16:0016:15
N. Prud’Homme1, M. Herinx1, M-G.
Barthés-Labrousse1, M. Herbst-Ghysel1, P. Gille2,
B. Bauer 2, M-C. De Weerd3
1Université Paris-Sud, France
2University Munich, Germany
3Institut Jean Lamour, Parc de Saurupt, France
High temperature oxidation of AlCrFe complex metallic alloys
SE2-O-9
e9928894-d
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 3
121
August 26, 2010
Thursday Morning, Ballroom B
Session No. and Topic: SE3 — Engineered Multilayers and Nanostructured Coatings
Presiding
Xiubo Tian (Harbin Institute of Technology ,China), Lars Hultman(Linköping University, Sweden)
Time
Authors, Affiliation
Title
8:008:30
H. X. Li, R. G. Song , J. Zhao
Zhejiang University of Technology, China
Effect of current density on the properties of AI203 ceramic
coatings under NaAlO2 electrolyte with/without nano-additive
prepared by micro-arc oxidation
SE3-IN-1
aed27c41-8
8:308:45
A. R. Rastkar, B. Shokri
Shahid Beheshti university,Iran
Incorporation of graphite into aluminium oxide coatings formed by
pulsed DC plasma electrolytic oxidation
SE3-O-1
9c1836a7-b
8:459:15
Frank Frost, B. Ziberi, M. Cornejo, J. Völlner, A.
Schindler, B. Rauschenbach
Leibniz Institute of Surface Modification (IOM),
Germany
Surface engineering with low-energy ion beams: from ultra-smooth
surfaces to hierarchical nanostructures
SE3-IN-2
2af9ae60-7
9:159:30
Shicai Yang1, Xiaoyin Li2, K. Cooke1, D. Teer1
1Teer Coatings LTD, UK
2University of Birmingham, UK
A Study of TiMoN Nano-multilayer Coatings Deposited by
CFUBMSIP and HIPIMS cells
SE3-O-2
cea7feb9-c
9:309:45
X. H. Wang, Z. D. Zou, S. Y. Qu, C. W. Wang,
Shandong University, China
In situ synthesis of B4C particles reinforced Ni-based composite
coating by laser cladding
SE3-O-3
701646d5-5
9:4510:00
Coffee Break
10:0010:30
Ulf Jansson
Uppsala University, Sweden
Multifunctional carbide-based nanocomposite coatings
SE3-IN-3
9fddc6a8-1
10:3010:45
ZHAO Yang, ZHANG Wei, LIAO Leping, WANG
Sijie, Li Wujun
Academy of Armored Forces Engineering, China
Self-healing Coatings Containing Microcapsule
SE3-O-4
fac52cbf-a
10:4511:00
X. L. Wang, B. S. Xu, Y. Xu, P. J. Shi, J. Chen
Academy of Armored Forces Engineering, China
The nano-effect of Cu nano-particles as lubricating material
SE3-O-5
fd97e959-4
11:0011:15
J. Zhu1, A. Eriksson1, N. Ghafoor1, M. P.
Johansson1,2, L. Hultman1, J. Rosén1, M. Odén1
1Linköping University , Sweden
2SECO Tools ABFagersta, Sweden
Microstructural evolution of MAX Ti3SiC2 phase cathodes used for
growth of Ti-Si-C-N coating by reactive cathodic arc
evaporationcells
SE3-O-6
72327b4d-6
11:1511:30
Shihai Cui1, Jianyu Li1, Jianmin Han2
1Tianjin Univ Sci & Technol, China
2Jiaotong University, China
Ceramic Coating Fabrication mechanism on SiCp/A356 composites
by plasma electrolytic oxidation methodtandem solar cells
SE3-O-7
6f3348ab-a
11:3011:45
X-F. Yuan1-3, D. Fabregat5, K. Yoshimoto1-3, Y.
Nagasaki1-5
1University of Tsukuba, Japan
2Tsukuba Research Center for Interdisciplinary
Materials Science, Japan
3Tsukuba Advanced Research Alliance, Japan
4National Institute for Materials Science, Japan
5Biokit Latex R&D Department, Spain
Surface engineering of antibody/PEG hybrid for design of
high-performance immunolatex
SE3-O-8
0fc0fb2f-6
11:4512:00
Xian-Qi Dai1, Jian-Hua Zhao1, M. H. Xie2
1Henan Normal University, China
2The University of Hong Kong, HK
Effect of H atoms on the coupling of narrow graphene nanoribbons:
density functional study
SE3-O-9
c3f648be-f
12:0014:00
Lunch Break & Poster Session 3
Abs. No.
122
POSTER SESSIONS
Poster Session 1: August 24, Tuesday (12:0014:00), Convention Hall 1
Session Topic: P1-SE — Surface Engineering
Abs. No.
Authors, Affiliations
Title
P1-SE-1
411f687f-2
Y. B. Kang, J. Gong, M.Y. Liu, F.Y. Xue, H.Y. Wang, X.Y. Deng, D.
J. Li
Tianjin Normal University, China
Growth, Microstructure, and Mechanical Properties Related to
Modulation Period for ZrAlN/ZrB2 Superlattice Coatings
P1-SE-2
47b53aae-d
S.M. Chiu1, T. P. Cho1, C. D. Liu2, K.Y. Yang1, R. Wei3
1Metal Industries Res & Development Centre, Taiwan, China;
2Yung-Da Institute of Technology & Commerce, Taiwan, China
Properties and Cutting Performance of hard /super-hard coatings for
Micro milling of PCB substrate
P1-SE-3
dc17b0a5-e
K. Manoli1, D. Goustouridis1, I. Raptis1, M. Sanopoulou1, E.
Valamontes2
1NCSR Demokritos, Greece; 2TEI of Athens, Greece
Vapor-induced swelling of supported methacrylic and siloxane polymer
films
P1-SE-4
a66fbca2-5
M. Tosa, A. Kasahara, M. Goto
National Institute for Materials Science, Japan
Effect of orbit exposure test on properties of Lubricactive coatings
P1-SE-5
d5415367-4
J. J. Kang1,2, C. B. Wang1, H. D. Wang2, B. S. Xu2, J. J. Liu3, G. L.
Li4
1University of Geosciences, China
2Academy of Armored Forces Engineering, China
3Tsinghua University, China
4Hebei University of Technology, China
Research on tribological behaviors of composite Zn/ZnS coating under
dry condition
P1-SE-6
69b03210-6
L. N. Zhu1,2, C. B. Wang1, H. D. Wang2, B. S. Xu2, D. M. Zhuang3,
J. J. Liu3, G. L. Li4
1University of Geosciences, China
2Academy of Armored Forces Engineering, China
3Tsinghua University, China
4Hebei University of Technology, China
Microstructure and tribological properties of WS2/MoS2 multilayer films
P1-SE-7
9387d2c9-9
Shiyan Liu, Congmian Zhen, Yuanzheng Li, Chengfu Pan,
Hongjuan Zhou, Deng lu Hou
Hebei Normal University, China
Ferromagnetism in hydrogenated N-Doped amorphous carbon films
P1-SE-8
0289c962-3
W. Q. Hu, Z. D. Liu, Y. T. Wang, H. L. Zhang
North china electric power university, China
Microstructure and wear resistance of Fe-based multi-layers amorphous
composite coatings by TIG cladding with auxiliary cooling system
P1-SE-9
11354a84-c
F. Chen, J. Q. Chen
Beijing Institute of petrochemical technology, China
Properties of the non-hydrogenous diamond-like carbon thin film on the
20CrNiMo surface by the hollow-cathode glow discharge
P1-SE-10
fbc53abb-a
S. S. Iskhakova, U. Khasanov, U. Kh. Rasulev
Arifov Institute of Electronics, Uzbekistan
Atmosphere Pressure Thermodesorption Surface Ionization
Spectrometer for quantitative analysis of nanoamounts of
physiologically active nitrogen bases in biosamples
P1-SE-11
130e734e-8
J. Anguita1, J.P. Silveira1, A. Cebollada1, F. Briones1, L. Peto2
1Instituto de Microelectrónica de Madrid (CNM-CSIC), Spain.
2Raith GmbH, Germany
InAs-based Hall probe for local magnetic fields detection
P1-SE-12
64ec1d5a-7
YAO Sunhui1, SU Yanliang2, GAO Wenxian3
1Chang Jung Christian University, Taiwan, China
2National Cheng Kung University, Taiwan, China
3Chienkuo Technology University, Taiwan, China
Improvement on Wear-friction Performance of Nano-structured WC
Coating
P1-SE-13
62e32bc6-6
X. X. Zheng, X. D. Zhang, S. Z. Xu, C. C. Wei, J. Sun, Y. Zhao
Technology of Nankai University, China
Study of a-Si:H/a-Si:H /μc--Si:H PIN type triple junction solar cells
P1-SE-14
e588d3b4-6
J. H. Yang, S. Li
Nantong University, China
Characterization of surface composition and microstructure of H21
steel implanted using masking Ti-implantation
123
P1-SE-15
719d9638-7
Y. Wang, Y. Yamada-Takamura, A. Fleurence, F. Bussolotti, R.
Friedlein
Japan Advanced Institute of Science and Technology, Japan
Direct measurement of the intermolecular band dispersion in guanine
assemblies
P1-SE-16
dcafdc82-8
S. Intarasiri1, A. Hallén2, D. Bootkul3, L. D. Yu1, S. Singkarat1
1Chiang Mai University, Thailand
2Royal Institute of Technology, Sweden
3Srinakharinwirot University, Thailand
Investigation of Tens-MeV Swift Heavy I-ion Irradiation Effects on
Damage in Silicon Dioxide Thin Film
P1-SE-17
c100f9f1-d
C. Q Wang, G. X. Zhang, X. X. Wang, J. Y. Dong
Tsinghua University, China
Effect of Measurement Elements on Discharge Characteristics of
Dielectric Barrier Discharge
P1-SE-18
a4b3cb2f-4
S. N. Morozov, U. Kh. Rasulev
Arifov Institute of Electronics, Uzbekistan
Study of secondary ion emission under silicon bombardment by cluster
and multiply charged ions
124
Sub-Conferences: Plasma Science and Technology (PST) & Electronic Materials and Processing (EMP)
PST Chair: David N. Ruzic; Co-Chair: Bao-Nian Wan, Alenka Vesel, Geun-Young Yeom
EMP Chair: Gary E. McGuire; Co-Chair: Michelle Y. Simmons, Ning-Sheng Xu, Gunther Springholz, Alfred Huan
August 23, 2010
Monday Afternoon, LiJiang Room A
Session No. and Topic: PST1 — Plasma-Surface Interaction
Presiding
David Ruzic (University of Illinois at Urbana-Champaign, USA), Bao-Nian Wan (Institute of Plasma Physics, CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Jiangang Li, Xiaoming Wang, Jianshen Hu,
Nanchang Luo, Ling Wang,Jiaohong Li, Jinghua
Wu, Yue Chen
Institute of Plasma Physics, CAS, China
Towards high and clean vacuum condition for successful
operation of EAST superconducting tokamak
PST1-KN-1
895fc597-8
14:3015:00
Seiji Samukawa
Tohoku University, Japan
Ultimate top-down processes for future nano-scale
PST1-KN-2
46f72f47-6
15:0015:15
Jiansheng Hu, G.Z Zuo, Y.W Yu, J.H. Wu, M Tan,
J.H Li, Y.Chen, H.Y. Wang, X.M Wang, X.Z Gong,
Y. P. Zhao, J.G. Li
Institute of Plasma Physics, China
Investigation of wall conditionings on full carbon walls on EAST
superconducting tokamak
PST1-O-1
b8b2840e-3
15:1515:30
Yu Yang1 , S. Maruyama1, R. A. Pitts1,
M. Shimada1, M. Wang2, T. Jiang2, B. Li2
1ITER Organization, France
2Southwestern Institute of Physics, China
System requirements and design challenges of the ITER glow
discharge cleaning system
PST1-O-2
feea62e3-d
15:3015:45
Heji Huang, Z. Q. Fu, W. X. Pan, C. K. Wu
CAS, China
Fast plasma sintering deposition of nano-structured silicon
carbide coatings
PST1-O-3
adf1061a-2
15:4516:00
M. Atapour, F. Ashrafizadeh
Isfahan University of Technology, Iran
Cyclic oxidation behavior of plasma nitrided valve steel
PST1-O-4
edd96b08-7
16:0016:15
H.Liu1, W. Sun1, L.Lin1, A. Bogaerts2, F. Gou1,3
1Key Lab of Radiation Physics & Technology
Ministry of Education, China
2University of Antwerp, Belgium
3FOM
Institute for Plasma Physics, The
Netherlands
CH+ interacting with fusion material silicon carbide: MD study
PST1-O-5
f5fb6cd2-5
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 1
18:3020:30
Banquet, Location
125
August 24, 2010
Tuesday Morning, LiJiang Room A
Session No. and Topic: EMP1 — Semiconductor Materials, Displays & Devices
Presiding
Robert Wallace (University of Texas at Dallas, USA), Ningsheng Xu (Sun Yat-sen University, China)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
Kyung Cheol Choi, Ki Youl Yang, Seong Min Lee,
Woo Hyun Kim, Chung Sock Choi, Kwan Hyun
Cho
KAIST, Korea
Localized surface plasmon mediated display devices
EMP1-KN-1
8a0814c2-c
8:309:00
M. C. Hersam
Northwestern University, USA
Ultra-high vacuum processing and characterization of chemically
functionalized grapheme
EMP1-IN-1
e7768637-f
9:009:15
E.Z. Jin, L.S. Niu
Tsinghua University, China
Microscopic mechanism of defect accumulation
crystalline-to-amorphous transition in silicon carbide film
EMP1-O-1
ece4bd70-e
9:159:30
D. Kropman1, T. Laas2, U. Abru3, T. Kärner4, I.
Heinmaa5, C. Londos6
1Tallinn University of Technology, Estonia
2Tallinn University, Estonia;
3Tondi Electronics, Estonia;
4Tartu University, Estonia
5Institute of Cheml Phys & Biophys, Estonia
6University of Athens, Greece.
Point defects generation kinetics in the Si-SiO2 system and its
interaction with impurities.
EMP1-O-2
aaa5901f
9:309:45
Hei Wong,1 B.L. Yang,1 K. Kakushima2, P. Ahmet,2
H. Iwai2
1City University of Hong Kong, Hong Kong, China
2Tokyo Institute of Technology, Japan
Interface properties of La2O3/Ce silicate gate dielectric and Its
effects on the MOS transistor characteristics
EMP1-O-3
fde9c1eb-6
9:4510:00
Nianhua Peng, Christopher Jeynes, Roger Webb
Surrey University, UK
Fabrication of dilute magnetic semiconductors through Mn ion
implantation
EMP1-O-4
5239dbe2-c
10:0010:15
Coffee Break
10:1510:45
Robert Wallace
University of Texas at Dallas, USA
Future directions in the heart of CMOS technology: gate dielectrics,
interfaces, and high-mobility channels
EMP1-KN-2
9fad4035-c
10:4511:00
Chen Yang, Zhiming Chen, Lianbi Li, Wenchang Li,
Wentao liu
Xi’an University of Technology, China
Structural and photoelectric characteristics of Si/SiC heterojunction
prepared by HW CVD
EMP1-O-5
26f7cad6-a
11:0011:15
Cheng-Fu Yu, Chi-Ming Chan, Ker-Chang Hsieh
National Sun Yat-Sen University, Taiwan, China
Corrosion behavior on pure tin deposit under 55℃/85%RH aging
EMP1-O-6
12478d29-f
11:1511:30
Khalid Mahmood, Asghar Hashmi
Islamia University of Bahawal Pur, Pakistan
Characterization of polycrystalline SiC layers grown on n-type Si
by LPCVD
EMP1-O-7
cfe7a044-f
11:3011:45
S. Kera, S. Machida, Y. Nakayama, A. Funakoshi,
N. Ogawa, S. Hosoumi, Q. Xin, S. Duhm, H. Ishii,
N. Ueno
Chiba University, Japan
Energy-band dispersion of rubrene single crystal: ARUPS study
EMP1-O-8
431da041-a
11:4512:00
H.Y. Wu, J.F. Wang, Z.X. Song, S.L. Wu, Y.H. Li,
S.L. Xiong, K.W. Xu
Xi’an Jiaotong University, China
Microstructural and Electron-emission Characteristics of Nb-Si-N
films in the surface conduction electron-emitter display
EMP01-O-9
4d9198cb-2
12:0014:00
Lunch Break & Poster Session 1
126
and
Tuesday Afternoon, LiJiang Room A
Session No. and Topic: PST2 — Plasma Sources for Enabling Technologies and Plasma Diagnostics
Presiding
Mark Kushner (University of Michigan, USA), Kyung Cheol Choi (KAIST, Korea)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
A.R. González-Elipe, A. Borrás,
A. Yanguas-Gil, A. Barranco, J. Cotrino
CSIC-Univ. Sevilla, Spain
Surface and thin film nanostructuring by plasma enhanced
chemical vapour deposition
PST2-IN-1
cbd42407-9
14:3015:00
Vincent Donnelly
University of Houston, USA
Selected Diagnostic Methods for Plasmas and Plasma-Surface
Interactions
PST2-IN-2
3216e37d-1
15:0015:15
David Ruzic, L. Meng, A. Cloud, S. Jung, R.E.
Flauta, M.J. Neumann
University of Illinois at Urbana-Champaign, USA
Plasma characterization and trench deposition in modulated pulse
power (MPP) magnetron sputtering
PST2-O-1
ee0d57fb-e
15:1515:30
Susann Schmidt , L. Hultman
Linköping University, Sweden
Ion mass spectroscopy investigations during high power pulsed
magnetron sputtering and DC-MS of Carbon in an Ar and Ar/N2
discharge
PST2-O-2
db3e75a5-d
15:3016:00
Yi-Kang Pu, X.-M. Zhu
Tsinghua University, China
OES Diagnostics for Discharges Containing Argon and Nitrogen
Over a Wide Pressure Range
PST2-IN-3
db019c15-1
16:0016:30
Miran Mozetic
Jozef Stefan Institute, Slovenia
Synthesis of metal oxide nanomaterials by plasma treatment
PST2-IN-4
7db7558e-6
16:3016:45
Lei Chen1,2, X. H. Tan2, J. Y. Dai2, D. Z. Jin2, L.
Cheng2, S. D. Hu1,2
1Tsinghua University, China
2China Academy of Engineering Physics, China
The Ion Velocities of Pulsed Vacuum Arc Ion Source
PST2-O-3
ff491e77-0
16:4517:00
Lingguo Meng1, J. P. Xing1, Z. H. Liang2, C. L.
Liu2, Z. J. Lin1
1Shandong University, China
2Xi’an Jiaotong University, China
Arrays of Coplanar Eletrode Microplasma Devices
PST2-O-4
9eb33563-f
17:0017:15
Coffee Break
17:1518:00
Conference Plenary Lecture Session 2
127
August 25, 2010
Wednesday Morning, LiJiang Room A
Session No. and Topic: EMP2 — Electronic Materials
Presiding
Michelle Simmons (University of New South Wales, Australia), Ming Liu (Institute of Microelectronics ,CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
Lifeng Chi, Wenchong Wang, Dingyong Zhong,
Chuan Du, Harald Fuchs,
Universität Münster, Germany
Area Selective Growth: Control over Patterning of Organic
Semiconductors
EMP2-IN-1
b780eadf-3
8:308:45
Hei Wong1, B.L. Yang1, K. Kakushima2 , H. Iwai2
1City University of Hong Kong, China
2Tokyo Institute of Technology, Japan
Effects of aluminum doping in lanthanum oxide gate dielectric
films
EMP2-O-1
04e21116-7
8:459:00
Gao Libin, Jiang Shuwen, Li Yanrong
Univ Electron Sci & Technol China, China
Effects of growth conditions on structure and dielectric properties
of Bi-Mg niobate thin films
EMP2-O-2
086d0b3e-d
9:009:15
Yu Chao Yang, Fei Zeng, Feng Pan
Tsinghua University, China
Electrochemical reactions based nonvolatile resistive memory;
performance, mechanism and muli-value storage capability
EMP2-O-3
058eca63-5
9:159:30
Qiang Wu, Ning Liu, Chengyu He, Xizhang Wang,
Zheng Hu
Nanjing University, China.
AlN Nanocones; Patterned growth, doping and their field emission
properties
EMP2-O-4
fe0bffe9-d
9:309:45
Z. X. Song, G. H. He, Y. H. Li, J. A. Wang, K. W.
Xu, S. W. Guo
Xi’an Jiaotong University, China
The microstructure and property of self-format graded diffusion
barrier in Cu(Zr)ZrN film system
EMP2-O-5
c5f73c73-f
9:4510:00
D.G. Matei, B. Sanduijav, G. Springholz
Johannes Kepler University of Linz, Austria
Unique growth properties of Ge on high-indexed Si (1 1 10) surfaces
EMP2-O-6
190aa663-0
10:0010:15
K. Nose, Y. Mitsuda
The University of Tokyo, Japan
Electron emission from vapor-phase deposited diamond particles
at low electric fields
EMP2-O-7
bf674349-b
10:1510:30
Binbin Zhang, Wei Lin, Yu Zheng, Shuping Li, Xu
Yang, Junyong Kang
Xiamen University, China
Contact properties of Si-doped Al polar AlxGa1-xNTiAl interfaces
EMP2-O-8
28b652fe-7
10:3010:45
Yi-Chun Chen, H.H. Tai, C.H.Ko, Y.H.Chu
National Cheng Kung University, Taiwan, China
Manipulation of Nanoscale Domain Switchings in Rhombohedral
Ferroelectrics
EMP2-O-9
10279182-2
10:4511:00
Jiahan Feng, Qun Zhang
Fudan University, China
IZO-based thin film transistors with PMMA dielectric layers
EMP2-O-10
13fcee79-f
11:0011:15
J. L. Du, S. Z. Deng, N. S. Xu, J. C. She
Sun Yat-Sen University, China
Study of field emission from various microstructures of graphene
by using anode-probe equipped within scanning electron
microscope
EMP2-O-11
26c61fe8-9
11:1511:30
W. J. Zhai, S. Z. Deng, Y. Zhang, Y. L. Ke, G.
Zhang, X. Y. Yin, J. Chen, N. S. Xu
Sun Yat-Sen University, China
Screen-printed large area ZnO nanoemitter cold cathode for field
emission flat panel light source
EMP2-O-12
f2dc173a-b
11:3011:45
Ray-Hua Horng1, Ming-Chun Tseng2, Fan-Lei Wu3,
Dong-Sing Wuu3, Snin-Nan Lin3, Chia-Hao Li3,
Hsin Her Yu1
1National Cheng Kung University, Taiwan, China
2National Formosa University, Taiwan, China
3National Chung Hsing University, Taiwan, China
Crystalline Quality and Photovoltaic Performance of the InGaAs
Solar Cell Grown on Misoriented GaAs Substrate
EMP2-O-13
ac21fbc5-d
11:4512:00
S. G. Gilliland1, J.A. Sans2, J. F. Sánchez-Royo1,
G. Almonacid1, A. Segura1
1University of Valencia, Spain
2European Synchrotron Radiation Facility, France
Nature of the charge-transfer absorption band in Zn1-xMxO thin films
(M: Co, Mn)
EMP2-O-14
ef707a95-c
128
12:0014:00
Lunch Break & Poster Session 2
Wednesday Afternoon, LiJiang Room A
Session No. and Topic: PST3 — Plasma Chemistry and Processes for New Applications
Presiding
A. R. González-Elipe (CSIC-Univ. Sevilla, Spain), Jianjun Shi (Donghua University, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Riccardo d'Agostino1,2, R. Di Mundo1, A. Milella1
1University of Bari, Italy
2CNR, Italy
Plasma Modifications of Polymers for Industrial Applications
PST3-KN-1
2485d2c6-6
14:3014:45
JonTomasGudmundsson, E. G. Thorsteinsson
University of Iceland, Iceland
A global (volume averaged) model of a chlorine discharge: Dilution
with argon or oxygen
PST3-O-1
c29f15a5-0
14:4515:00
Jozef Huran1, N.I. Balalykin2, G.D. Shirkov2, P.
Boháček1, A.P. Kobzev2, A. Valovič1, Ľ.
Malinovský1
1Slovak Academy of Sciences, Slovakia
2Joint Institute for Nuclear Research, Russia
Characterization of nanocrystalline diamond/amorphous
composite carbon films prepared by PECVD technology
PST3-O-2
f4f3b93d-6
15:0015:30
Tomohiro Kubota1,2, Hiroto Ohtake3, Seiji
Samukawa1,3
1BEANS Project, Japan
2University of Tokyo, Japan
3Tohoku University, Japan
Large-diameter Neutral Beam Source for Practical Low-damage
Etching Processes
PST3-IN-1
77276a48-c
15:3015:45
Y. S. Chen, H. Y. Wan, Q. Gao, Y. L. Wei, L. J. Ye
Shaanxi Normal University, China
Effect on polystyrene surface modification by the different gases
plasma-induced graft-polymerization
PST3-O-3
e437c67d-2
15:45-16:00
Hai-Xing Wang1, Jin-Yue Geng1, Xi Chen2, Wenxia
Pan3
1BUAA, China; 2Tsinghua University, China
3CAS, China
Numerical simulation of a low-power hydrazine arcjet thruster
PST3-O-4
d668bc24-2
16:0016:30
Shigeo Yasuhara
Japan Advanced Chemicals, Japan
Structure-designable Method to form Super low-k SiOC film by
Neutral-Beam-Enhanced Chemical Vapour Deposition
PST3-IN-2
d51d119d-5
16:3016:45
Jong-Chul Lee , W.-Y. Kim
Gangneung-Wonju National University, Korea
Numerical study of SF6 thermal plasmas inside a puffer-assisted
self-blast chamber
PST3-O-5
e70704a6-6
16:4517:00
Krasnov Alexandr, V.V. Anahsin,
Budker Institute of Nuclear Physics, Russia.
Method for investigation of low energy electron interaction with
metal surface in presence of magnetic field
PST3-O-6
883c83b5-a
17:0017:15
W. Sun1, H.Liu1, L.Lin1, A. Bogaerts2, F. Gou1,3
1Key Lab of Radiation Physics & Technology
Ministry of Education, China
2University of Antwerp, Belgium
3FOM Institute for Plasma Physics, Netherlands
Molecular Dynamics Simulations of atomic H etching SiC surface
PST3-O-7
A52DDCEE-8
17:1518:00
Conference Plenary Lecture Session 3
129
August 26, 2010
Thursday Morning, LiJiang Room A
Session No. and Topic: EMP3 — Graphene Based Materials and Devices
Presiding
Angus Rockett (University of Illinois, USA), Yi Shi (Nanjing University, China)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
Ningsheng Xu
Sun Yat-Sen University, China
In-Situ Characterization and Theoretical Consideration of Field
Emission from Graphene
EMP3-IN-1
ee5a5415-2
8:308:45
C. Çelebi, C. Yanık, M. Tosun, G. Soyumer, A.
Günay, İ. İ. Kaya
Sabanci University, Turkey
Structural and electronic properties of epitaxially grown versus
transferred grapheme
EMP3-O-1
9277b067-5
8:459:00
E. Pince, C. Kocabas
Bilkent University, Turkey
Investigation of high frequency performance of graphene field
effect transistor using a self consistent transport model
EMP3-O-2
9917e185-1
9:009:15
A. Jacobsen1, I. Shorubalko2, U. Sennhauser2, K.
Ensslin1
1ETH Zurich, Switzerland
2SFLMTR-EMPA, Switzerland
Rectification in graphene three-terminal nano-junctions
EMP3-O-3
bc378b17-e
9:159:30
Mingsheng Xu, Daisuke Fujita, Nobutaka Hanagata
NIMS, Japan
Electron-Beam Irradiation Effect on Graphene Layers
EMP3-O-4
68a484a8-d
9:309:45
M. Pratzer, T. Mashoff, V. Geringer, M. Liebmann,
M. Morgenstern
RWTH Aachen University, Germany
Nanomembranes in Graphene probed by STM
EMP3-O-5
6bbc1b17-7
9:4510:00
Siheng Li, Xin Li, Weihua Liu, Tao Dang
Xi’an Jiaotong University, China
Large-area growth and field emission properties of carbon
nanowall/grapheme
EMP3-O-6
ee4175ec-d
10:0010:15
Z. W. Zuo1, W. T. Guan1, Y. Xin2, J. Lu1, J. Z.
Wang1, L. Pu1, Y. Shi1, Y. D. Zheng1
1Nanjing University, China
2Suzhou University, China
High rate deposition of microcrystalline silicon films using jet – type
inductively coupled plasma chemical vapor deposition
EMP3-O-7
4bba26ee-f
10:1510:45
Haiming Guo
Institute of Physics, CAS, China
Tunable Interfacial Properties and Template Effect of Epitaxial
Graphene on Metal Substrates
EMP3-IN-2
81db356d-b
10:4511:00
Joonkyu Park, Hyunsoo Lee, Yongho Seo
Sejong University, Korea
Nano-patterning of graphene using SPM
EMP3-O-8
be02825a-a
11:0011:15
B. Borca1, S. Barja1,2, M. Garnica1,2, D.
Sánchez-Portal3,4, S. Silkin3,4, E. Chulkov3,4,5, F.
Hermans1, J.J. Hinarejos1, A.L. Vázquez de
Parga1,2, A. Arnau3,4,5, P.M. Echenique3,4,5, R.
Miranda1,2
1Universidad Autónoma de Madrid, Spain
2IMDEA-Nanociencia, Spain
3CFM-MPC, Centro Mixto CSIC-UPV/EHU
4DIPC, Spain; 5UPV/EHU, Spain
Field emission resonances on periodically rippled graphene
EMP3-O-9
6c33edba-8
11:1511:45
T. Ihn1, J. Güttinger1, F. Molitor1, T. Frey1, C.
Stampfer1,2, K. Ensslin1
1ETH Zurich, Switzerland
2RWTH Aachen, Germany
Graphene Quantum Dots
EMP3-IN-3
b5f6cd08-e
11:4512:00
Zhu. Cao, Xin Li, Weihua Liu, Tao Dang
Xi’an Jiaotong University, China
Localized and Oriented Growth of Graphene by Chemical Vapor
Deposition
EMP3-O-10
bf192b17-5
12:0014:00
Lunch Break & Poster Session 3
Thursday Afternoon, LiJiang Room A
130
Session No. and Topic: PST4 — Plasma at Atmospheric Pressure and their Applications
Presiding
Miran Mozetic (Jozef Stefan Institute, Slovenia), Yi-Kang Pu (Tsinghua University, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Jianjun Shi, X. J. Huang
Donghua University, China
Pulsed discharge characteristics in atmospheric pressure glow
discharges
PST4-IN-1
e4d5eebe-f
14:3014:45
Ashok Nawale1, Nilesh S. Kanhe1, K. R. Patil2, S.
V. Bhoraskara1, V. L. Mathe1, A. K. Das3
1University of Pune, India
2National Chemical Laboratory, India
3Bhabha Atomic Research Centre, India
Rapid Process of Synthesizing Nanocrystalline NiFe2O4 Using
Thermal Plasma Technique
PST4-O-1
bc6f70ea-7
14:4515:00
Francois Reniers1, D. Merche1, B. Nisol1, A.
Batan1, J. Hubert1, F. Dabeux1, N.Vandencasteele1,
C. Poleunis2, P. Bertrand2, J.J. Pireaux3, F.
Reniers1
1Université Libre de Bruxelles, Belgium
2 Universitaire Notre Dame de la Paix, Belgium
3Université Catholique de Louvain, Belgium.
Atmospheric plasma synthesis of organic, inorganic and hybrid
polymers : a new route for green chemistry
PST4-O-2
8bac52eb-7
15:0015:15
Dong-yu Liu, Hai-ming Sun, Bao-rang Li, Shi-xiang
Hou, Ya-ting Chen
North China Electric Power University, China
Cathode erosion in air plasma
PST4-O-3
e12ad535-0
15:1515:30
Changquan Wang, G.X. Zhang, X.X. Wang, J.Y.
Dong
Tsinghua University, China
Comparisons of discharge characteristics of DBD with different
electrode structure
PST4-O-4
2532D594-E
15:3015:45
Somsak Dangtip1, Pongsathon Jitsomboonmit1,
Mudtorleb Nisoa2
1Mahidol University, Thailand
2Walailak University, Thailand
Experimental Study of Current-Voltage Characteristics and Optical
Emission of Various Gases in Dielectric Barrier Discharge at
Atmospheric Pressure
PST4-O-5
d079d7e0-a
15:4516:00
Cunjun Ruan, X.L. Wu, Q.S Li, C.S. Li
CAS, China,
Development of High Power Electron Beam Measuring and
Analyzing System for Microwave Vacuum Electron Devices
PST4-O-6
1bf8d13b-1
16:1516:30
Amin Hassan
AEA-NRC-Accelerators & Ion Sources Dept, Egypt
Plasma nitriding of metals using a plasma torch
PST4-O-7
3b6635eb-d
16:3016:45
F. T. Chu, L. Feng, C. Chen, B. L. Tian, Y. F. Chen,
X. W. Deng, X. Z. Liu, Y. R. Li
Univ Electron Sci & Technol China, China
Ultra-thin AlN thin films grown on GaN/sapphire by plasma-assisted
molecular beam epitaxy
PST4-O-8
b9704ade-1
16:4517:00
B. Cao, J.G. Li, J.S. Hu, Q. Chen, G.H. Wu, J.H. Li,
Y. Chen, Y.W. Yu
Institute of Plasma Physics, CAS, China
Investigation of Fuel Retention via Gas Balance on HT-7
PST4-O-9
46a15319-d
17:0017:15
S. A. Cherenshchykov*, V. D. Kotsubanov, I. K.
Nikolskii
Kharkov Inst of Physics and Technology, Ukraine
Cold-cathode magnetron injection gun as high-vacuum source of
electron beam and plasma
PST4-O-10
17:1518:00
Conference Plenary Lecture Session 4
131
a612fe4a-1
August 27, 2010
Friday Morning, LiJiang Room A
Session No. and Topic: EMP4 — Nano-Tubes, -Wires & Novel Architectures
Presiding
T. Ihn (ETH Zurich, Switzerland), Alfred Huan (Nanyang Technological University, Singapore)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
Yi Shi, R.H.Cao, Y.Sheng, Y.Yin, H.B.Sun, P.Chen,
L.Pu, R.Zhang, Y.D.Zheng
Nanjing University, China
Semiconductor nanowires and realizing lateral electrical contacts
EMP4 –IN-1
028fcfe5-e
8:308:45
Yuting Wan, Zongli Wang, Yanjun Fang, Zhenbo
Xia, Yewu Wang, Jian Sha
Zhejiang University, China
Mass and uniform silicon nanowires grown from copper oxalate
EMP4-O-1
08a58fe3-d
8:459:00
Juhn-Jong Lin1, Shao-Pin Chiu1, Lin-Tzung Tsai1,
Jia Grace Lu2
1National Chiao Tung University, Taiwan, China
2University of Southern California, USA
Electrical conduction mechanisms in natively doped ZnO
nanowires
EMP4-O-2
1dfb002b-e
9:009:15
Anurag Gaur1, Nagesh Kumar2, G. D. Varma2
1National Institute of Technology, India
2Indian Institute of Technology Roorkee, India
Enhanced magnetoelectric coupling in hydrogen treated hexagonal
YMnO3
EMP4-O-3
049e2415-b
9:159:30
N. Afshar Imani, B. Nysten
Université catholique de Louvain, Belgium
Scanning Probe Microscopy Study of the Electronic Properties in
Alkyl-Substituted Oligothiophene-Based Organic Field-Effect
Transistors
EMP4-O-4
c9320f71-7
9:309:45
Z. L. Wang, Y. T. Wan, W. W. Xia, Y. W. Wang, J.
Sha
Zhejiang University, China
Synthesis, characterization and kinetics of epitaxial-oriented
silicon nanowire arrays on Si substrates
EMP4-O-5
9303fb82-a
9:4510:00
Hongzhong Liu, Yongsheng Shi, Yucheng Ding,
Bingheng Lu
Xi’an Jiaotong University, China
Effect of patterned and aligned carbon nanotubes on field
emission properties
EMP4-O-6
7f273149-a
10:0011:30
Plenary Lecture Session 2 (at Convention Hall 1)
11:3012:00
Closing Session: Best Poster Award
132
POSTER SESSIONS
Poster Session 1: August 24, Tuesday (12:0014:00),
Session Topic:
Convention Hall 1
P1-PST1 — Plasma Science and Technology
Abs. No.
Authors, Affiliation
Title
P1-PST1-1
dca27047-1
Maryam Ataeefard, Siamak Moradian,
Amirkabir University of Technology, Iran
Plasma surface modification of low density polyethylene with various
gases
P1-PST1-2
e0657f1b-b
Zhongxiao Song, H.Y. Wu, Y.H. Li, J.F.Wang, K.W. Xu, S.W. Guo,
C.L.Liu
Xi’an Jiaotong University, China
Effect of aging on microstructure and discharging property of Mg-Zr-O
protective films for alternating current plasma display panel
P1-PST1-3
19fca6f0-1
Panakamon Deeyai , P. Jitsomboonmit,
M. Suphantharik, S.Dangtip
Mahidol University, Thailand.
Modification of Tapioca Starch by Dielectric Barrier Discharge Argon
Plasma at Atmospheric Pressure
P1-PST1-4
55de95d2-a
Jozef Huran1, N.I. Balalykin2, G.D. Shirkov2, P. Boháček1, A.P.
Kobzev2, A. Valovič1, Ľ. Malinovský1
1Slovak Academy of Sciences, Slovakia
2Joint Institute for Nuclear Research, Russia
Structural and physical characteristics of PECVD nanocrystalline
silicon carbide thin films
P1-PST1-5
ab6dd5cd-7
Gennady Bondarenko1, V.I. Kristya2, M.I. Supelnyak2
1MSIEM (TU), Russia
2MSTU, Russia
Calculation of the electrode surface temperature in the atmospheric
pressure normal glow discharge
P1-PST1-6
db9a583a-9
Minggang Wang, Liu Jie, Yang Wei-Feng, Li Chao-Bo,Xia Yang
CAS, China
Plasma immersion ion implantation for ultra low energy doping
P1-PST1-7
5af2c3d3-b
Xiaodan Lu1, C. Zhao1, Y. Qin1, J. Ning1, P. He1, A. Bogaerts2, F.
Gou 3,4
1Guizhou University, China
2University of Antwerp, Belgium
3FOM Institute for Plasma Physics, The Netherlands
4Sichuan University, China
Molecular Dynamics Simulations of C+ bombarding tungsten surface
P1-PST1-8
4aef3a12-8
Chengli Zhao1, J. Ning1, X. Lu1, Y. Qin1, P. He1, A. Bogaerts3, F. Gou3,4
1Guizhou University, China
2University of Antwerp, Belgium
3FOM Institute for Plasma Physics, The Netherlands
4Sichuan University, China
CF3+ Etching Si Surface: MD Study
P1-PST1-9
b772a0b0-5
Youmin Qin1,2, X. Lu1, C. Zhao1, J. Ning1,2, P. He1, A. Bogaerts3, F.
Gou3,4
1Guizhou University, China
2University of Antwerp, Belgium
3FOM Institute for Plasma Physics, The Netherlands
4Sichuan University, China
Molecular Dynamics Simulations of H/Ar+ Etching Hydrocarbon Films
in fusion reactor
P1-PST1-10
ae9d8460-9
Jianping Ning1,2, X. Lu1, C. Zhao1, Y. Qin1,2, P. He1, A. Bogaerts3,
F. Gou3,4
1Guizhou University, China
2University of Antwerp, Belgium
3FOM Institute for Plasma Physics, The Netherlands
4Sichuan University, China
Molecular Dynamics Simulations of Deposition of amorphous fluorined
Silicon films on SiC Surface
P1-PST1-11
dd064703-f
Guangqing Xia1,N. Sadeghi2
1Dalian University of Technology, China
2Joseph Fourier University & CNRS, France
Study on Microhollow Cathode Sustained Discharge by Emission
Spectroscopy
P1-PST1-12
59aa8a2a-1
Ying Guo1,2, Jj Shia2, J Zhang1,2, K Nakamura3, H Suga3
1Donghua University, China
2Magnetic Confinement Fusion Research Center, China
3Chubu University, Japan
Development of a plasma immersion ion implanter for in situ process
monitoring of GaN
133
P1-PST1-13
67061324-1
Wook Heo, N.-E. Lee
Sungkyunkwan University, Korea
Effect of silicon wafer surface roughness during high speed thinning
additional N2/Ar gas.
P1-PST1-14
516d51a1-4
Hai-ming Sun, Dong-yu Liu, Shi-xiang Hou, Bao-rang Li, Bin
Zhang
North China Electric Power University, China
Ag-Hf cathode erosion mechanism in DC arc air plasma
P1-PST1-15
b0c161ef-6
Yanping Liu, Jinxiang Xue, Peide Han, Jianling Zhang, Hongda
Liang
Taiyuan University of Technology, China
Study on Structure and Wear Resistance of TiB2/TiN/Ti
Multi-permeating Layers by Plasma Discharge Technique
P1-PST1-16
12810a11-1
Liwei Lin1 ,Y.M. Chen2, W.Z. Sun1, F.J. Gou1
1Sichuan University, China
2Guizhou University, China
Molecular Dynamics Simulation of Hydrogen Plasma Etching
Hydrocarbon Film
P1-PST1-17
cb07caa5-6
Jie Liu, M. G. Wang, W. F. Yang, Ch. B. Li, Y. Xia
CAS, China
Plasma immersion ion implantation technology and equipment
P1-PST1-18
2e39b78f-7
Jon Tomas Gudmundsson, E. G. Thorsteinsson
University of Iceland, Iceland
A global (volume averaged) model of a H2/Ar discharge
P1-PST1-19
8b47574b-c
Tao Shao1,2, Cheng Zhang1 , Yang Yu1, Ping Yan1, Yuanxiang
Zhou2
1CAS, China; 2Tsinghua University, China
Comparison of experiment and simulation on dielectric barrier
discharge driven by 50 Hz AC power in atmospheric air
P1-PST1-20
d1b45ffc-4
Tao Shao1,2 ,Cheng Zhang1, Yang Yu1, Ping Yan1, Yuanxiang
Zhou2
1CAS, China; 2Tsinghua University, China
Discharge Current Characteristic of Nanosecond-pulse DBD in
Atmospheric Air Using Magnetic Compression Pulsed Power Generator
P1-PST1-21
b7645714-4
Chen Ko-Shao, Hsin-Ming Wu, Shu-Chuan Liao
Tatung University, Taiwan, China
The Fabrication and Characterization of Plasma Polymerized
Single-Layer Organic Antireflective Thin Films
P1-PST1-22
543ef3ef-5
Songhua Gao1, L. H. Gao1, K. S. Zhou2
1Sanming University, China
2Central South University, China
X-ray Photoelectron Spectroscopy Characterization of Silicone Rubber
Surface Modified by CF4 Radio Frequency Plasma
P1-PST1-23
ec9de91a-d
Chan-Won Park2 , M.J. Lee 1, ,D.I. Lee 2, , N.K. Min 1
1Korea University, Korea
2Kangwon National University, Korea
Effects of process parameters on etching and surface activation of
single walled, multiwalled, and thin-multiwalled carbon nanotube films
by Radio Frequency Oxygen Plasma Processing
P1-PST1-24
f81a4096-0
Mourad Djebli1, R. Fermous1, D. Doumaz2
1Theoretical Physics Laboratory, Algeria.
2Centre de Développement des Technologies Avancées., Algeria
On the self-similar solution of laser ablated plasma expansion
P1-PST1-25
dedb383b-5
Arup Choudhury1, J. Chutia1, A. R. Pal1, S. A. Barve2,Jagannath2,
N. Mithal2, R. Kishore2, M. Pandey2, D. S. Patil 2
1Institute of Advanced Study in Science and Technology, India.
2Bhabha Atomic Research Center, India
Deposition of protective hexamethyldisiloxane (HMDSO) film on bell
metal by radiofrequency Ar/HMDSO/O2 plasma polymerization process
P1-PST1-26
EB40C757-9
Zuo Yang1, JuanYang1, Shigeru Yokota2, Ryotaro Kaneko2, Kimiya
Komurasaki2
1Northwestern Polytechnic University, China
2The University of Tokyo, Japan
Diagnosing on plasma plume from Hall thruster with CR model
P1-PST1-27
8aa605a6-d
Xiangzhan Jiang ,Yong-Xin Liu, Wen-Qi Lu, Zhen-Hua Bi,
Xiao-Song Li, You-Nian Wang
Dalian University of Technology, China
Experimental study on dual frequency capacitively coupled plasma by
a novel complete floating double probe system
P1-PST1-28
d35e42e6-6
Donal O'Sullivan, D Gahan, B Dolinaj, Mike Hopkins
Impedans Ltd., Ireland
Retarding field analysis of the time averaged and time resolved ion
energy distribution at a biased electrode in a plasma discharge
P1-PST1-29
1fbc81a1-9
Cheng Liang, W. Xiang, Y.L Cheng, Y.Wang
CAS, China
Application of the quadruple mass-spcetrometer in vacuum arc ion
source
P1-PST1-30
ABB9FA68-4
Yilong Wu, Weiguo Liu, Lingxia Hang
Xi’an Technological University, China
Spectroscopy investigation on the RF-generated SF6 plasma
134
P1-PST1-31
bde60e2c-6
Qingquan Qiu, T.B. Huang, X.H. Li, L.Y. Xiao, G.M. Zhang
CAS, China
Analysis of discharge mechanism for mid-frequency pulsed dc
magnetron
P1-PST1-32
1d603383-b
Hun-Su Lee ,Y. S. Lee, S. H. Seo, H. Y. Chang
KAIST, Korea
A study on the characteristics of multi-hole electrode RF capacitive
discharge
P1-PST1-33
819c4f69-6
Ko-Shao Chen, Hsin-Ming Wu,Shu-Chuan Liao
Tatung University, Taiwan, China
Effect of gas flow direction in glow zone on glass surface property in
CH4 and O2 small zone cold plasma treatment
P1-PST1-34
8fdf23dc-9
Gensheng Wang, Chen Chang-qi Liu Zhi-min
Hefei University of Technology, China
The design of ion source power system
P1-PST1-35
6efe10f1-0
Chuanshan Jin, Hu Qingsheng, Xu Tiejun, Wu Hailong, Zhu
Xiaowen, Wang Xudi
Hefei University of Technology, China
Welding Quality Analysis of Electron Beam Processing for a Diagnostic
Equatorial Port Plug of ITER Tokomak
P1-PST1-36
ffada4ca-5
Matteo Passoni1,2, D. Dellasega1, G. Grosso2, C. Conti3, M.C.
Ubaldi4, A. Cremon1,2, L. La guardi1,2, E.Vassallo2, C.E. Bottani1,2
1Dipartimento di Energia, Italy
2EURATOM-ENEA-CNR Association, Italy
3Consiglio Nazionale delle Ricerche, Italy
4Politecnico di Milano & Fondazione Politecnico di Milano, Italy
Nanostructured rhodium films for advanced mirrors Produced by
Physical/Chemical deposition techniques
P1-PST1-37
fa8a238b-a
Y. S. Chen1, Y. Sun1, B. M. Zhao1,2, H. W. Wan1, X. Pan1, D. M.
Zhang1
1Shaanxi Normal University, China
2Xi'an Modern Chemistry Research Institute, China
Improvement of corrosion behavior and biocompatibility for titanium
using plasma-induced graft-polymerization
P1-PST1-38
fc871488-9
Wang Xiaodong, H. M. Zhang, Z. Lin, S. B. Lv, D. C. Ba
Northeastern University, China
Numerical study on collisionless plasma sheaths of RF-glow discharge
P1-PST1-39
7afa0798-b
Xiaowen Zhu1, Chen Changqi1, Wang Jun1, Xie Yuanlai2, Hu
Chundong2, Zhu Rensheng1
1Hefei University of technology, China
2CAS, China
Simulating calculation of Pressure Distribution in Neutral Beam Injector
Based on Monte-Carlo Method
P1-PST1-40
e4b46cd1-9
Jing Huang, Changlong Cai, Yujia Zhai, Huan Liu, Weiguo Liu
Xi’an Technological University, China
Technique research on patterning of polyimide
P1-PST1-41
77293249-d
Bongsoo Kwon, J. H. Lee, N.-E. Lee
Sungkyunkwan University, Korea
Effect of N2 flow rate on etch selectivity and line edge roughness
variation during etching of Si3N4 with EUV resist pattern in
dual-frequency capacitively coupled plasmas
P1-PST1-42
f31c9461-8
C.Q. Chen1, R.C. Dou1, J.S. Hu2, X.Z. Gong2
1Hefei University of Technology, China;
2Institute of Plasma Physics, CAS, China
Hydrogen isotopes and edge impurities recycling characteristic in the
EAST experiment
P1-PST1-43
6a3b3c13-6
R.C. Dou1, J.S. Hu2, X.Z. Gong2, C.Q. Chen1
1Hefei University of Technology, China;
2Institute of Plasma Physics, CAS, China
Quadrupole Mass Spectrometer Appliances in the EAST
P1-PST1-44
f6eb9b7c-e
Shen Shou Max Chung
Southern Taiwan University, Taiwan, China
Radar Cross Section Simulations of Plasma Covered
Metal Cones at Different Speed
Session Topic:
P1-EMP1 — Electronic Materials and Processing
Abs. No.
Authors
Title
P1-EMP1-1
7a35177b-d
X. G. Xu, Jun Chen, S. Z. Deng, N. S. Xu, H. B. Liang, Qiang Su
Sun Yat-sen University, China
Cathodoluminescent Properties of Ca6Gd1.5Tb0.5Na2(PO4)6F2 Phosphor
Screen
P1-EMP1-2
76fd29e1-7
Zhang Chao, Yu Dashu
Tianjin normal University, China
The impedance characteristics of PbZr0.95Ti0.05O3 ceramics and the
correspondences equivalent circuits model
135
P1-EMP1-3
1d458b2f-b
X.Y. Liang, J.H. Min, J.Chen, D. Wang, H. Li, L.J. Wang, J.J.
Zhang
Shanghai University, China
Comparative study of I-V and C-V methods on ohmic contact properties
of Au/CdZnTe
P1-EMP1-4
4d5d6dd1-4
K. F. Qin, L. J. Wang, J. H. Min, J. J. Zhang, J. Huang, X. Y.
Liang, K. Tang, Y. B. Xia
Shanghai University, China
A Two-step Deposition Process for Electrode Fabrication of CdZnTe
Detectors
P1-EMP1-5
e6101f5d-8
Y. Wang, J.H. Min, X.Y. Liang, C. J. Wang, J. Chen, L.J. Wang
Shanghai University, China
Investigation of effect of Constitutional Supercooling and Solute
Segregation on CdZnTe-VLPB with Finite Element Analysis Method
P1-EMP1-6
a398b6fb-a
X.Y. Liang, J.H. Min, J.Chen, D. Wang, H. Li, L.J. Wang, J.J.
Zhang
Shanghai University, China
Metal/Semiconductor Contacts for Schottky and Photoconductive
CdZnTe Detector
P1-EMP1-7
df34f485-0
J.Chen, J.H.Min, X.Y. Liang, D.Wang, H.Li, J.J.Zhang, L.J.Wang
Shanghai University, China
Effects of Gradient heat treatment on Te-rich CdZnTe Crystal
P1-EMP1-8
44b5c7ff-7
J.Chen, J.H.Min, X.Y. Liang, H.Li,D.Wang, J.J.Zhang, L.J.Wang
Shanghai University, China
Study on Raman spectra and IR of Te precipitates in CZT crystal
P1-EMP1-9
3ef83f3c-8
J. Skriniarova1, I. Kubicova2, D. Pudis2, L. Suslik2, M. Vesely1,
1Slovak University of Technology, Slovakia
2University of Zilina, Slovakia
Non-contact NSOM Lithography for 2D Photonic Structure Fabrication
P1-EMP1-10
c38dd6ed-2
Kyoo Ho Kim, M. Ikhlasul Amal,Yoon Jung Jang, Jong Heon Ahn
Yeungnam University, Korea
Characterization of Cu2ZnSnSe4 thin films by selenization of metallic
precursor deposited from Cu-Zn-Sn alloy
P1-EMP1-11
0ef0c839-2
YoonJung Jang, Muhammad Hilmy Alfaruqi, Jong Heon Ahn,
Kyoo Ho Kim
Yeungnam University, Korea
Pulsed Laser Deposition and characterization of Cu(In1-xAlx)Se2 thin
film for solar cell application.
P1-EMP1-12
15a970e1-b
Y. C. Huang1, Y. C. Chen1, I. W. Chen1, J. T. Tsai1, K. I. Lin1, J. S.
Hwang1, C. H. Wang2, C. W. Liang2, Y. H. Chu2
1National Cheng Kung University, Taiwan, China
2National Chiao Tung University, Taiwan, China
Phase Evolution in Mixed Phase BiFeO3 Epitaxial Films
P1-EMP1-13
691b2f40-5
J.-W. Do1,2, R. C. Choxi1,2, S. W. Schmucker1,2, J. D. Wood1,2, J.
C. Koepke1,2, J. W. Lyding1,2
1University of Illinois at Urbana-Champaign, USA
2The Beckman Institute of Advanced Science and Technology,
USA
Electrostatic Transfer of Monolayer Graphene Grown on Copper Foil
P1-EMP1-14
f6f42130-3
Z. Z. Wang, F. T. Chu, X. Z. Liu
University of Electronic Science and Technology of China, China
Growth of highly c-axis-Oriented AlN Thin Films by Middle Frequency
Sputtering.
P1-EMP1-15
a753e82d-5
Chang Yong Jung, Ok Ja Yoon, Wook Heo, Nae-Eung Lee
Sungkyunkwan University, Korea
Functionalization of graphene oxide flakes by NH3 and N2 plasma
treatment
P1-EMP1-16
7ab5e202-6
Zhuomin Li, Xinrui Miao, Wenli Deng
South China University of Technology, China
Synthesis, crystal structures, photophysical
self-assembly of fluorene-based bi-schiff bases
P1-EMP1-17
7c16b548-4
Guanyuan Liu, Zhongyuan Ma, Xiaofan Jiang, Kunji Chen, Xinfan
Huang, Ling Xu, Wei Li
Nanjing University, China
The periodicity effect of nc-Si/SiO2 multilayers on the retention
characteristic of nc-Si floating gate
P1-EMP1-18
819654fa-0
M. Nagase, H. Hibino, H. Kageshima, H. Yamaguchi
Nippon Telegraph and Telephone Corp, Japan
Contact conductance measurement of nano-membrane structure of
graphene on SiC
P1-EMP1-19
81ac3fcd-b
M. Setvín1, Ivan Ošťádal1, Pavel Sobotík1, Michal Kučera1, Petr
Zimmerman1, Jakub Javorský1,2
1Charles university in Prague, Czech Republic
2Academy of Sciences of the Czech Republic, Czech Republic
Al-Si nanostructures formed on Si(100)-2x1 surface between 300 and
800K
P1-EMP1-20
c5628245-e
S. Becker1, K. Hashimoto2, C. Sohrmann3, R. Römer3, J. Wiebe4,
R. Wiesendanger4, M. Liebmann1, T. Mashoff1, M. Pratzer1, M.
Liebmann1, M. Morgenstern1
Scanning tunneling spectroscopy of two-dimensional electron systems:
Quantum Hall transitions, Landau level spectroscopy and Rashba spin
splitting
136
properties
and
1Institute
of Physics and JARA-FIT, Germany
University, Japan; 3Univ. of Warwick, UK
4Hamburg University, Germany
2Tohoku
P1-EMP1-21
856ac534-9
Han jun, LI Jianjun, Deng Jun, Xing Yanhui, Shen Guangdi
Beijing University of Technology, China
MOCVD growth AlGaInP dual wavelength light emitting diodes
P1-EMP1-22
98ba2bbd-b
Y.Tanaka1, K. Takahashi1, T. Kuzumaki2, Y. Yamamoto2, K.
Hotta2, A.Harasawa3, Y. Miyoshi1, H. Yoshikawa1, Y. Ouchi1, N.
Ueno2, K. Seki1, K. Awaga1, K. Sakamoto2
1Nagoya University, Japan
2Chiba University, Japan
3The University of Tokyo, Japan
Intermolecular
band
dispersion
tetrakis(thiadiazole)porhyrazine film
P1-EMP1-23
9a0dfc1f-8
Guohua He, Ling Yao, Zhongxiao Song, Yanhuai Li, Kewei Xu
Xi’an Jiaotong University, China
Diffusion Barrier Performance and Failure Behavior of Ru-Zr
Nano-structured/Amorphous Diffusion Barriers for Copper Metallization
P1-EMP1-24
aa1b3303-8
Zhao Zhang1,2, Xiao-hua Tan2
1Graduate School of China Academy of Engineering Physics,
China
2China Academy of Engineering Physics, China
Review of High Power Pulse Transformer Design
P1-EMP1-25
c6d81daf-c
L.S. Chuah, Z. Hassan
Universiti Sains Malaysia, Malaysia.
GaN and InGaN Metal-Semiconductor-Metal (MSM) Photodetectors with
Palladium Schottky Contact Electrodes
P1-EMP1-26
ca193709-b
C. W. Chen1, Y. C. Chen1, C. H. Wang2, Y. H. Chu2
1National Cheng Kung University, Taiwan, China
2National Chiao Tung University, Taiwan, China
Variations of Dielectric Mechanisms of BiFeO3 Films with Mixed-Phase
Structures
P1-EMP1-27
4568a44e-7
Z. G. Wang, Y. F. Chen, X. Hao, C. Chen, D. Liu, K. Chen, L. X.
Huang, Y. Fu, X. Z. Liu, Y. R. Li
University of Electronic Science and Technology of China, China
Effect of Methane Flux on Structural and Transport Properties of
CVD-grown Graphene
P1-EMP1-28
e245e62a-3
D. Pudis1, L. Suslik1, I. Martincek1, I. Kubicova1, J. Skriniarov2, J.
Kovac2
1University of Zilina, Slovakia
2Slovak University of Technology, Slovakia
2D Photonic Structures Prepared by Interference Lithography for
Optoelectronic Devices
P1-EMP1-29
f4f30399-0
J. Tang, C. Y. Kang, L. M. Li, H. B. Pan, S. Q. Wei, P. S. Xu
University of Science and Technology of China, China
Graphene grown on sapphire surface by using SiC buffer layer with
SSMBE
P1-EMP1-30
77d6af1e-8
Iran Sheikhshoaie, Tayebeh shamspour
Shahid Bahonar University of Kerman, Iran
Gas phase investigation of a push-pull chromophore and its potential
to the electric field induced NLO
P1-EMP1-31
48b46ab0-e
Tung-Ming Pan, Yan-Bo Peng, Fa-Hsyang Chen, Ji-Shing Jung
Chang Gung University, Taiwan, China
SONOS-type flash memory incorporating a high-k Tb2TiO5 nanocrystal
as a charge trapping layer
P1-EMP1-32
037e4974-f
J.H.Kim, H.S.Jang
Daegu-Gyeongbuk Institute of Science and Technology, Korea
Coalescence of p-type Silicon Wires During Electrochemical Etching
P1-EMP1-33
29328e75-f
Haifeng Pu, Guifeng Li, Qun Zhang
Fudan University, China
Indium zinc oxide TFTs with organic dielectric layer
P1-EMP1-34
1476a909-2
Yanhui Shi, Siliang Xiong, Yanhuai Li, Zhongxiao Song
1Xian Jiaotong University, China
WSiN Nanocrystal as Electron Emitter Applied in SED
P1-EMP1-35
0e48fb4b-8
Wenqiang Liu, Ling Xu, Fei Yang, Yuanbao Liao, Dong Liu, Jun
Xu, Zhongyuan Ma, Kunji Chen
Nanjing University, China
Electron Beam Evaporation Deposition and p-n Heterojunction
Construction of a p-type Ge2Te2Sb5 Thin Film
137
of
a
self-assembled
Sub-Conference: Vacuum Science and Technology
Chair: Manfred Leisch; Co-Chairs: Xu Chen, Timothy Gessert, Tatsuo Okano
August 23, 2010
Monday Afternoon, LiJiang Room B
Session No. and Topic: VST1 — Measurement and Calibration
Presiding
Manfred Leisch (Graz University of Technology,Austria), Dixin Zhang (Lanzhou Institute of Physics ,China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Yanhua Li
National Institute of Metrology,China
Development of vacuum metrology in NIM
VST1-KN-1
08439550-6
14:3015:00
Pardeep Mohan
National Physical Laboratory (CSIR) India
A systematic study of performance characteristics of a group of
hot cathode ionization gauges
VST1-IN-1
fdcb6f6e-5
15:0015:15
Hongyan Yu, Wang Jinku, GeChuxin
National Institute of Metrology, China
The improvement of the volume ratio measurement method in
static expansion vacuum system
VST1-O-1
03880768-b
15:1515:30
Ruihai Song, S.F. Zhang, Y.J. Du, M. Gao
H.Wang,J.W. Jia, H.L. Tian, R.Y. Qiu,
BOIMT, China
The Development of Vacuum Comparison Standard Devices
VST1-O-2
2d120b6a-5
15:3015:45
Shiwei Zhang, W.S. Liang, Z.J.Zhang
Northeastern University, China
Development and Error Analysis of an Automatic Testing System
for Diffusion Pump Performance Measurement
VST1-O-3
27f0bd42-7
15:4516:00
Yong Wang, J. T. Wang, R. X. Yan, X.N.Huang
Beijing Institute of Spacecraft Environment
Engineering, China
A new method for testing the linear performance of the helium
mass spectrometer leak detector
VST1-O-4
566a4f0b-b
16:0016:15
VST Division Meeting
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 1
18:3020:30
Banquet, Location
138
August 24, 2010
Tuesday Morning, LiJiang Room B
Session No. and Topic : VST2 — Metrology and Sensors, Materials and Outgassing
Presiding
Xu Chen (Tsinghua University ,China), P. Manini (SAES Getters SPA , Italy)
Time
Authors, Affiliation
Title
Abs. No.
8:309:00
J.H. Hendricks, D. A. Olson
NIST, USA
Primary Standards for Pressure and Vacuum Metrology from 1
mPa to 360 kPa
VST2-KN-1
221d7504-c
9:009:15
Yen-Lin Han1, E. P. Muntz2
1University of Connecticut, USA
2University of Southern California, USA
Recent Progress on the Knuden Compressor- Micro/Meso-Scale
Gas Pump with no Moving Parts
VST2-O-1
97ac666d-1
9:159:30
Alexander Skrylev, Deulin E. A.
Bauman Moscow State Technical University,
Russia
New Sensor for Vacuum and Coverage Coefficient Measurement
VST2-O-2
05795795-7
9:309:45
Bangdao Chen, Hongzhong Liu , Xin. Li ,
Congxiang Lu, Yucheng Ding,
B.H. Lu
Xi’an Jiaotong University, China
Thermal Stress induce Formation Nano-gaps in Surface
Conduction Electron Emitter
VST2-O-3
8f5f8ae9-b
9:4510:00
Coffee Break
10:0010:30
J. Setina, Bojan Erjavec
Institute of Metals and Technology, Slovenia
Calibration of Quadrupole Mass Spectrometers for Gas Quantity
and Gas Flow Measurements
VST2-IN-1
9dafb798-4
10:3010:45
Manfred Leisch1, A. Juan2
1Graz University of Technology,Austria
2Universidad National del Sur, Argentina
Role of surface defects on hydrogen outgassing of stainless
steel
VST2-O-4
ee85397a-2
10:4511:00
Edgar Mahner1, D. Holzer1,2
1CERN,Technology Department, Switzerland
2Vienna University of Technology, Austria
Heavy-ion desorption yields of amorphous carbon films
bombarded with 4.2 MeV/u lead ions at LINAC3
VST2-O-5
f8f84dbc-f
11:0011:15
Feng Gao, Ari Hokkanen, Panu Pekko, Anu
Kärkkäinen, Jyrki Kiihamäki
VTT Technical Research Centre, Finland
Outgassing of water molecules during fusion wafer bonding
VST2-O-6
B430850D-4
11:1511:30
Xiaoqin Ru, Liu Botao, Yang Ruihong
China Academy of Space Technology,China
Ultra high vacuum acquiring in a large space environment
simulator
VST2-O-7
835cb096-0
11:3011:45
Peng Zhang1, J. Wang2, Z.J. Ding1
1Univ Sci & Technol China, China
2AMEC, China
Charging Effect in Plasma Etching Mask of Round Holes in
Hexagonal Array
VST2-O-8
abd53387-c
11:4512:00
12:0014:00
Lunch Break & Poster Session 1
139
Tuesday Afternoon, LiJiang Room B
Session No. and Topic : VST3 — Vacuum Measurement
Presiding
Joe Herbert (STFC Daresbury Laboratory, UK), Xiaotian Yang (Institute of Modern Physics, CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
M. Wuest , C. Strietzel
INFICON Ltd., Liechtenstein
Methods to improve vacuum gauges for industrial applications
VST3-IN-1
8081e3b1-b
14:3014:45
Houyin Wang, J.S. Hu, X.M. Wang, Q. Chen, Y.W.
Yu, J.H. Wu, Y. Chen, J.H. Li, EAST vacuum group
Institute of Plasma Physics, C A S ,China
Vacuum measuring system on the EAST
VST3-O-1
19d989d5-a
14:4515:00
Yongjun Cheng, D.T.Li,
Lanzhou Institute of Physics, China
Applications of non-evaporable getter pump in vacuum metrology
VST3-O-2
a0f26e98-e
15:0015:15
Jinku Wang, H.Y. Yu, Ch.X. Ge
National Institute of Metrology,China
The temperature correction in the small conductance measurement VST3-O-3
3d49ed7b-4
15:1515:30
Hongbin Zheng1, H. P. Cheng 1, J. Yi. Yang 1, C.
L.Huang2, K. C. Chang2
1National Taipei Univ Technol, Taiwan, China
2Metal Industries Res & Dev Center for treatment
group, Taiwan, China
Chamber Pressure Distribution and Pump Configuration of Roll to
Roll Coating Equipment
VST3-O-4
c63f27e2-4
15:3015:45
Rongxin Yan
China Academy of Space and Technology ,China
The study of leak detection for spacecraft with quadrupole mass
spectrometer
VST3-O-5
49ad8f5f-8
15:4516:00
Lichen Sun, Tong Jingyu, Yan Rongxin, Wang li,
Zou Dingzhong
Beijing Inst Space Environ Engineering, China
The manufacture of space environment simulation test facility with
Fiberglass-Reinforced Plastics vacuum chamber
VST3-O-6
17eef0aa-9
16:0016:15
Joachim Wolf, Katrin
Karlsruhe Institute of Technology,Germany
Model of the rotor temperature of turbo-molecular
pumps in magnetic fields
VST3-O-7
001bf9cb-7
16:15-16:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 2
140
August 25, 2010
Wednesday Morning, LiJiang Room B
Session No. and Topic: VST4 — Large Vacuum Systems
Presiding
Jay Hendricks (NIST, USA), Dikui Jiang (Shanghai Synchrotron Radiation Facility, China)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
Robert J Pearce1, A. Antipenkov1, JL
Bersier1,B.Boussier1, S. Bryan1, M. Dremel1, S.
Hughes1, R. Kersevan1, C. Mayaux1, L. Worth1, M.
Wykes1, L. Baylor2, W. Gardner 2, S. Meitner2, D.
Rasmussen2,R. Lässer 3, G. Piazza3,
S.Papastergiou3, C. Day4,V. Hauer4, J-M.Poncet5
1ITER Org, France; 2Oak Ridge Nat Lab, USA;
3Fusion for Energy, Spain;
4Karlsruhe Inst Technol, Germany; 5 CEA, France
The Realisation of the ITER Vacuum System
VST4-KN-1
d6372c10-4
8:309:00
Ulf Karlsson, Nils Martensson
MAX Lab, Sweden
MAX IV - An ultrabrilliant synchrotron radiation facility
VST4-KN-2
923a523c-b
9:009:15
Bastien Boussier1, Chr. Day2, Bruno Evrard1, J-Y
Journeaux1, J-L. Marechal3, Chr. Mayaux1, R.
Pearce1,
1ITER Organisation, France
2Karlsruhe Institute for Technology, Germany
3CEA, France
ITER Vacuum Control System - Current Status Overview and
Technical Challenges
VST4-O-1
fb5c30d4-c
9:159:30
Jean-Louis Bersier, R Pearce , C.Mayaux , B
Boussier
ITER Organization, France
ITER Cryogenic Guard Vacuum - system requirements
and design status
VST4-O-2
d07466e1-5
9:309:45
Boris Nagorny, Deutsches
Elektronen-Synchrotron DESY, Germany
Start Up of the PETRA III Vacuum System and its Early
Performanc
VST4-O-3
c88df643-6
9:4510:00
Andrew Chew, M.Galtry, S.Ormrod
Edwards Ltd, UK
Recent developments in modelling of vacuum systems
VST4-O-4
edec9147-8
10:0010:30
Yoshio Saito
KEK High Energy Accelerator Research
Organization, Japan
Material and surface processing in J-PARC vacuum system
VST4-IN-1
80034f0f-f
10:3010:45
Andreas Kraemer, M. C. Bellachioma,J. Cavaco,
H. Kollmus, J. Kurdal, H.Reich-Sprenger
GSI Helmholtzzentrum fürSchwerionenforschung
GmbH, Germany
Status of SIS18 Vacuum Upgrade at GSI
VST4-O-5
b1fc7a8b-d
10:4511:00
Suping Zhang1, Gaofeng Pan1, Jiansheng Xing1,
Zhenguo Li1, Igor Sekachev2, TianjueZhang1
1CIAE, China
2TRIUMF, Canada’s National Laboratory for
Particle and Nuclear Physics, Canada
CYCIAE-100 Cyclotron Vacuum System Design
VST4-O-6
3cbd4e03-b
11:0011:15
Yaoping Zhang, M.X. Wang
Xijing University, China
Key Vacuum Technologies to Be Solved in Evacuated Tube
Transportation
VST4-O-7
dc6ddb07-1
11:1511:30
Hsiao-Chaun Hseuh
Brookhaven National Laboratory, USA
Status of NSLS-II Storage Ring Vacuum Systems
VST4-O-8
8ab8eba6-2
11:3011:45
Xiaotian Yang, J.H. Zhang, J. Meng, Z.M. You,
W.S. Yang,D.Z. Guo, X.L. Ma, Z.W. Niu, Z.S. Nie,
Z.J. Hu, S.J. Hou, C.Y. Hao, Y.G. Zhao, Y.S. Jia,
M.L. Lou
Institute of Modern Physics, CAS, China
The Vacuum System of HIRFL
VST4-O-9
f1aca670-2
141
11:4512:00
Shunsuke Makimura, Yasuo Kobayashi, Yasuhiro
Miyake, Naritoshi Kawamura, Patrick Strasser,
Akihiro Koda, Kouichiro Shimomura, Hiroshi
Fujimori, Kusuo Nishiyama, Mineo Kato, Kenji
Kojima, Ryosuke Kadono,
High Energy Accelerator Res Org (KEK),Japan
12:0014:00
Lunch Break & Poster Session 2
Development of a Muon Rotating Target for J-PARC/MUSE
VST4-O-10
e83c9ef9-b
Wednesday Afternoon, LiJiang Room B
Session No. and Topic: VST5 — Vacuum Gas Dynamics, Simulations I
Presiding
Tatsuo Okano (The University of Tokyo, Japan), Zhenlin Lei (SKY Technology Development Co., LTD. CAS, China)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Chris. Day1, V. Hauer1, X. Luo1, F. Sharipov1,
St.Varoutis1, D. Valougeorgis2
1Karlsruhe Institute of Technology, Germany
2University of Thessaly, Greece
Recent developments in vacuum flow modelling
VST5-IN-1
2e0f45d9-7
14:3014:45
Xueli Luo, H. Haas, V. Hauer, F. Sharipov , Chr.
Day
Karlsruhe Institute of Technology, Germany
Systematic vacuum study of the ITER model cryopump by Test
Particle Monte Carlo simulation
VST5-O-1
ea034c81-5
14:4515:00
Felix Sharipov
Karlsruhe Institute of Technology, Germany
Modeling of turbo-molecular pump by the DSMC method over a
wide range of the gas rarefaction
VST5-O-2
d838ec0e-d
15:0015:15
Xiaodong Wang, J. L. Dong
Northeastern University, China
Numerical simulation of condensation phenomena in nozzle of
steam jet pump
VST5-O-3
0a085a85-7
15:1515:30
Shiwei Zhang, G. Z. Ji, J. Han
Northeastern University, China
The Positional and Angular Distribution of Molecules Flowing
through Cylindrical Tube in Free Molecular Flow
VST5-O-4
92080368-1
15:3015:45
Haijun Zhang , Q. Yang
Jiaxing University, China
Discussion on the gaseous slip model based on Langmuir
adsorption isotherm
VST5-O-5
8b9dd220-c
15:4516:00
Gennady Markelov1, R. Brandt2, G. Ibler2, W.
Supper2
1AOES Group BV, Netherlands
2ESA-ESTEC, Netherlands
Numerical assessment of plume heat and mechanical loads and
contamination on multi-layer insulation in hard vacuum
VST5-O-6
1fbbbec5-d
16:0016:15
Zhijun Zhang, Shiwei Zhang, Chenghai Xu
Northeastern University, China
Theory study on vapor flow of the WZ-320 oil booster pump
VST5-O-7
29378e57-b
16:1516:30
Coffee Break
16:3018:00
Conference Plenary Lecture Session 3
142
August 26, 2010
Thursday Morning, LiJiang Room B
Session No. and Topic: VST6 — Pumps, Getters, Components, Materials and Processing
Presiding
J-L Bersier (ITER Organization, France), Y. Saito (KEK High Energy Accelerator Research Organization, Japan)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
Paolo Manini
SAES Getters SPA, Italy
A Novel Approach in the Use of NEG Pumps for Vacuum System
VST6-IN-1
bafb4392-7
8:309:00
Zhiqiang Yin
Tsinghua University, China
Vacuum Solar Collector Tube of Three Decades
VST6-IN-2
dfb597d6-e
9:009:15
Pedro Nascente2, M. J. Ferreira1,2, R. M.
Seraphim1, A. J. Ramirez1, M. H. Tabacniks3
1Brazilian Synchrotron Light Laboratory, Brazil
2Federal University of Sao Carlos, Brazil
3University of Sao Paulo, Brazil
Characterization and Evaluation of Ti-Zr-V Non-Evaporable Getter
Films to be Used in Ultra-High-Vacuum System
VST6-O-1
e5086701-2
9:159:30
Fan-Chun Hsieh, Bing-Hong Lin, Da-Ren Liu,
Fong-Zhi Chen
National Applied Research Lab, Taiwan, China
Pumping performance analysis of turbomolecular pump
VST6-O-2
23c367ec-d
9:309:45
Kun Liu1, De-chunBa1, Guang-yu Wang2,
Zhenhou Zhang2, Xiaoguang Gu1, Peiyin Li1,
Zhixue Wang1, Naiheng Yang1
1Northeastern University, China
2SKY Technology Development of CAS, China
Noise Reduction of Multistage Dry Roots Vacuum Pump Applied
in IC Industry
VST6-O-3
4d2c9a0f-b
9:4510:00
Yuyue Wang1, Y. Liu1, C.-J. Li1, G.-J. Yang1, K.
Kusumoto2
1Xi'an Jiaotong University, China
2Engineering Faculty of Gunma University, Japan
Electrical and mechanical properties of the nanostructure TiN
coatings deposited by vacuum cold spray
VST6-O-4
c5435018-1
10:0010:30
J. Herbert
STFC Daresbury Laboratory, UK
A Review of the Activities of the ASTeC Vacuum Science Group at
Daresbury Laboratory
VST6-KN-1
8da15c2a-e
10:3010:45
Hidetoshi Miyashita, Eiichi Tomono, Takahito Ono,
Masayoshi Esashi
Tohoku University, Japan
Optically Controlled Emitters for Multi Electron Beam
Lithography
VST6-O-5
ea3087ba-9
10:4511:00
Yang Tian, Yang Bin, Liu Hong-xiang, Q. U. Tao,
Liu Da-chun, Xu Bao-qiang, Dai Yong-nian
KUST, China
Thermodynamic and Mechanism of Carbothermic Reduction of
Magnesia
VST6-O-6
b455f386-2
11:0011:15
Dianjun Li, Bin Yang, Da Chun Liu
KUST, China
Thermodynamical Studies of Thermal Decomposition of MoS2 in
Vacuum
VST6-O-7
636c234b-2
11:1511:30
Keith Middleman, N. Chanlek, J. D. Herbert, L. B
Jones, B. Militsyn
STFC Daresbury Laboratory, UK
Vacuum Lifetime Studies of GaAs Photocathodes
VST6-O-8
5372fccd-c
11:3011:45
Qingzuo Yuan, Q. Sun, X. H. Li
Dalian University, China
Zero Leakage Sealing Device Based on Nano-magnetic Fluid
VST6-O-9
caf2f4d6-4
11:4512:00
Javaid A. Bhatti, Khaleeq A. Chaudhary
The Islamia University of Bahawalpur, Pakistan
Determination of the Dynamic Gas Seal Effect of a Molecular
Drag Pump
VST6-O-10
e290353a-8
12:0014:00
Lunch Break & Poster Session 3
143
Thursday Afternoon, LiJiang Room B
Session No. and Topic: VST7 — Seminar on NEG Pumps (in Chinese)
Presiding
Paolo Manini (SAES Getters SPA, Italy)
Time
Authors, Affiliation
Title
Abs. No.
14:0014:30
Paolo Manini
SAES Getters Spa, Italy
Properties and Use of NEG pumps for Achieving UHV in
Industrial and Research Applications
VST7-IN-1
14:3015:00
Dikui Jiang
SSRF Shanghai , China
The Application and Research of NEG Pump at SSRF
VST7-IN-2
15:0015:30
Haiyi Dong
IHEP Beijjng ,China
The Application of the NEG Pumps in the BEPCII Storage
Ring
VST7-IN-3
15:3016:00
Li Detian
LIP Lanzhou, China
Application of NEG Pumps in Vacuum Metrology
VST7-IN-4
16:0016:30
Wei Wei
NSRL, Hefei, China
Using of NEGs in NSRL
VST7-IN-5
16:3018:00
Conference Plenary Lecture Session 4
144
August 27, 2010
Friday Morning, LiJiang Room B
Session No. and Topic: VST8 — Vacuum Gas Dynamics, Simulations II & Vacuum Science
Presiding
Janez Setina (Institute of Metals and Technology, Slovenia), Yong Wang (USTC,China)
Time
Authors, Affiliation
Title
Abs. No.
8:008:30
Lars Westerberg
Uppsala University, Sweden
Heavy-ion induced desorption
VST8-IN-1
8322e5fc-6
8:309:00
Chongtai Luo, Z.G. Gai, T. Chen, P.Zhang
Lanzhou Institute of Physics, China
A density functional study of the structures and energetics of
Si2CmN clusters
VST8-IN-2
86e5daaf-c
9:009:15
Dimo Yosifov, Igor Sekachev
TRIUMF,Canada’s National Laboratory for
Particle and Nuclear Physics,Canada
ISAC SC-linac Vacuum System at TRIUMF
VST8-O-1
ffaf7622-e
9:159:30
Yaowen Lu , Dixin Zhang, Wenjun Sun
Lanzhou Institute of Physics, China
Performance Studying on Directional Transducer Gauges
VST8-O-2
41fd8b17-d
9:309:45
Gao Xia, C.G. Yang
Dalian Ocean University, China
Finite-element Thermal Analysis of Thermal Bridge of Vacuum
Insulation Panels Based on Temperature-dependent Laminate
Properties
VST8-O-3
c7a5fef2-7
9:4510:00
Coffee Break
10:0011:30
Plenary Lecture Session 2 (at Convention Hall 1)
11:3012:00
Closing Session: Best Poster Award
145
POSTER SESSIONS
Poster Session 1: August 24, Tuesday (12:0014:00),
Convention Hall 1
Session Topic: P1-VST1 — Measurement and Calibration
Abs. No.
Authors, Affiliations
Title
P1-VST1-1
32208766-8
Li Wang, Yan Rongxin, Sun Lichen, Liu Enjun
China Academy of Space Technology, China
Uncertainty of leak testing of sealed components internally pressurized
with helium and enclosed in a vacuum chamber
P1-VST1-2
4d79368a-0
Yaowen Lu
Lanzhou Institute of Physics, China
Calibration of Directional Transducer Gauges with A Directional
Molecular Flow Method
P1-VST1-3
5b822bb6-f
Donghui Meng,YanRongxin, Guo Xin, YU Xinfa
Beijing Institute of Spacecraft Environmnet Engineering, China
Study on Temperature Hysteresis in Pressure Change Leak Testing for
Vacuum System
P1-VST1-4
b4d3a409-2
Tomas Gronych1, L. Peksa 1,P. Řepa 1,M. Jeřáb1,
Z. Krajíček 2, D. Pražák 2, J. Tesař 2, M. Vičar 2, F. Staněk2
1Charles University in Prague, Czech Republic
2Czech Metrology Institute, Czech Republic
Dynamic extension – new principle of CMI vacuum primary standard for
UHV range 10-6 – 10-10 Pa for calibration of ionization gauges
P1-VST1-5
b5509f2a-2
Michael Basmanov , Deulin E.A., Demikhov K.E.
Bauman Moscow State Technical University, Russia,
System of TMP ball-bearing failure predicting
P1-VST1-6
6bf7b665-9
Y. D. Sun, M. Y. Liu, G. Q. Liu, L. Dong, J. Gong, F. Y. Xue, H. Y.
Wang, D. J. Li
Tianjin Normal University, China
Influence of Modulation Ratio on the Structure and Mechanical
Properties of TiB2/TiAlN multilayered coatings Synthesized using IBAD
P1-VST1-7
b1699dba-e
Zdenek Krajicek1, L. Peksa2, T. Gronych2, P. Řepa 2, M. Jeřáb 2,
M. Vičar1, J. Tesař1, D. Pražák1, F. Staněk1
1Czech Metrology Institute, Czech Republic
2Charles University in Prague, Czech Republic
Special parts of the new UHV primary standard built at CMI for
calibration of hot cathode ionization gauges
P1-VST1-8
7f31b682-c
Cheng Yongjun, D. T. Li
Lanzhou Institute of Physics,China
Hot cathode ionization gauge calibration with LIP extremely high
vacuum primary standard
P1-VST1-9
cd84390d-0
Wei Sen1, 2, Baoqiang Xu1, Bin Yang1, Hongyan Sun1, Heli Wan1,
Yongnian Dai1
Kunming University of Science and Technology, China
Preparation of TiC powders by carbothermal reduction of
titania/charcoal at vacuum condition
P1-VST1-10
8dd5e075-0
Xiaowen Zhu1,Chen C. Q.1, Xu T. J.2, Xie H2, Zhao J. Y.2
1Hefei University of Technology, China
2Institute of Plasma Physics, CAS, China
Structural Design, Thermal and Hydraulic Analysis of the Cooling
Circuit for ITER Equatorial Diagnostic Port Plug
P1-VST1-11
ccaf0f8d-d
Lu Guiqiang1,2, Chen Xu1, Rong Weigang2, Jin Qiji1
1Tsinghua Univ, China
2Beijing Gerchin Sci &Technol Co. Ltd, China
A leak detection system for sealed devices with perfluorotributylamine
P1-VST1-12
e71f5f4a-1
Shuling Zhang, Hong Xu
Shanghai Institute of Measurement and Testing Technology, China
A Method for Measuring Conductance of Micrometer Orifice
P1-VST1-13
e9c1e0f0-9
Wang ming-ming1, Chen C.Q.1, XieY.l.2, Hu C.D.2
1Hefei University of Technology, China
2Institute of Plasma Physics, CAS, China
The experiment of hydrogen, absorbed by active carbon at the
temperature of liquid helium
P1-VST1-14
3cb7cb01-b
Martin Vicar1, Z. Krajíček1, J. Tesař1, D. Pražák1, F. Staněk1,
L. Peksa 2, T. Gronych2 , M. Jeřáb2
1Czech Metrology Institute, Czech Republic
2Charles University in Prague, Czech Republic
Study of the UHV ionization gauge and the residual gas analyzer
sensitivities dependence on the residual gases inherency
P1-VST1-15
efbfeb89-5
Klaus Schierbaum, M. Cherradi, M. Bouchtaoui, M. ElAchhab, M.
Steger, T. Garbowski
Heinrich-Heine-University Düsseldorf, Germany
LabVIEW based computer-control of an uhv system
P1-VST1-16
b5a8a3ae-0
Xuemin Sheng, Y. Feng, Y. J. Cheng, W. J. Sun
Lanzhou Institute of Physics, China
Study on leakage of pressure leak with different calibration gas
146
P1-VST1-17
025aa75c-2
Yan Feng, D. T. Li, D. X. Zhang, X. M. Sheng, Y. J. Cheng
Lanzhou Institute of Physics,China
Experimetal Study on Pressure Leak Calibrator in Constant Pressure
Mode
P1-VST1-18
fa18a41a-f
Pavel Hedbavny2, L. Peksa1, T. Gronych1, P. Řepa1, M. Jeřáb1,
T. Fiala2, V. Kleger 2, P. Šťovíček 2 ,Z. Krajíček3, D. Pražák3,
J. Tesař3, M. Vičar3, F. Staněk3
1Charles University in Prague, Czech Republic
2Vakuum Praha spol. s.r.o., Czech Republic
3Czech Metrology Institute, Czech Republic
Design of a new vacuum primary standard CMI for UHV pressure range
10-6 to 10-10 Pa
Session Topic:
Abs. No.
P1-VST2 — Sensors and Metrology
Authors, Affiliations
Title
P1-VST2-1
1c97051c-2
Chan-WonPark2, K. P. Yoo1, H. P. Hong1, L.T.Lim1, C. S. Choi1, D.
I. Lee1, C. J. Lee2, N. K. Min1,
1Korea University, Korea; 2Kangwon National University, Korea
Dry Process based Infrared Sensors with CNT film Absorber
P1-VST2-2
66225939-f
Muhammad Akram, A. Fasih
National Inst Vac Sci & Technol (NINVAST), Pakistan
Selection criterion of gauges for vacuum measurements of systems
with diverse ranges
P1-VST2-3
58fb8e01-2
Yuanchao Yang1, Liang Liu2, KaiLi Jiang2, ShouShan Fan2
1National Institute of Metrology, China
2Tsinghua University, China
A vacuum sensor using field emitters made by multiwalled carbon
nanotube yarns
P1-VST2-4
7b4233d4-c
Yong-Hyeon Shin, Joo-Young Yun, Sang-WooKang,
Seung- Soo Hong,Jung-Hyung Kim,Shin-Jae You
Korea Research Institute of Standards and Science ,Korea
Development of the in-situ vacuum process measurement technique for
the advanced process control
P1-VST2-5
2244b332-5
Norio Ogiwara1, Y. Hikichi1, M. Kuroiwa2
1Japan Atomic Energy Agency, Japan
2Tokyo Electronics Co., Ltd., Japan
A Pirani gauge in a high-intensity proton accelerator
P1-VST2-6
63bdc9db-2
Deng-Zhu Guo, J. Su, K. X. He ,Y. J. Xing, Z. X. Zhang, X. Y. Zhao,
X. Wang, G. M. Zhang
Peking University, China
Carbon Nanotubes Used as Field Emitters in a Microfabricated
Ionization Vacuum Gauge
P1-VST2-7
f52c8541-3
Alexander Skrylev, Deulin E.A.
Bauman Moscow State Technical University, Russia
New Sensor for Vacuum and Coverage Coefficient Measurement
P1-VST2-8
77cdf089-a
Kaifeng Qin, L. J. Wang, J. H. Min, J. J. Zhang, J. Huang, X. Y.
Liang, K. Tang, Y. B. Xia
Shanghai University, China
Effects of the Contact Interfacial Behavior on the Performance of
CdZnTe Detectors
Session Topic: P1-VST3 — Vacuum Gas Dynamics
Abs. No.
Authors, Affiliations
Title
P1-VST3-1
d9b95e75-9
Felix Sharipov, S.Varoutis, Ch. Day, X. Luo, H. Haas
Karlsruhe Institute of Technology, Germany
Numerical modeling of the ITER model cryopump
P1-VST3-2
f967b04c-a
Hajime Yoshida, K. Arai, M. Hirata, H. Akimichi
National Metrology Institute of Japan, AIST, Japan
Standard Conductance using Sintered Filter for the In-situ Calibration of
Ionization Gauges and Quadrupole Mass Spectrometers
P1-VST3-3
b75bbdb5-e
Jingliang Dong, Xiao-Dong Wang
Northeastern University, China
The Performance Prediction and Enhancement of Steam Ejector on
Respect of Different Geometry by CFD
147
Session Topic:
P1-VST4 — Large Vacuum Systems: Development & Applications
Abs. No.
Authors, Affiliations
Title
P1-VST4-1
18655711-c
Yulin Li, X. Liu, K. Smolenski, B. Dunham
Cornell University, USA
Vacuum System for the Cornell Prototype Energy Recover LINAC (ERL)
Photo-cathode Injector
P1-VST4-2
5ff59b92-e
Shao Rongping, Yan Rongxin, Guo Xin
China Academy of Space Technology, China
Design of Large-caliber Refrigerator Cooled Cryopumps
P1-VST4-3
89745dbf-8
Mingdong Song, Bu Ren’an, WangZhongrui, Jin Jing, Hu w.b.,
Qiu.F., Wang W.J., Zhang J.T.
Xi’an Jiaotong University, China
Development of 146nm Vacuum UV Light Source
P1-VST4-4
b4071afc-9
Haiou Zhang, Z.S. Wang
Shanghai Institution of Applied Physics, CAS China
the vacuum system for SDUV free electron laser experiment facility
P1-VST4-5
da2dc1ee-0
StefanWilfert, A.Krämer, H.Kollmus, T. Hackler, H. Reich-Sprenger
GSI Helmholtzzentrum für Schwerionenforschung GmbH,
Germany
Details of the cryogenic vacuum system of SIS 100 at FAIR
P1-VST4-6
51b91b37-c
Yiyong Liu, D.K.Jiang, Z.Y. Tang, B. Shao, W. Li
Shanghai Institute OF Applied Physics, CAS, China
The operation of SSRF storage ring vacuum system
P1-VST4-7
69c1033b-0
Xin Guo
Beijing Institute of Satellite Environment Engineering, China
Ultrasound micro-leakage testing of vacuum system
P1-VST4-8
95b4ae4a-1
Chen Ming, Wu G.Y., Xue S., Fu Y., Liu J.N.
Shanghai Institute of Applied Physics, CAS, China
Vacuum System of XAFS Beamline(BL14W1) at Shanghai Synchrotron
Radiation Facility
P1-VST4-9
b3f64860-4
Edgar Mahner1, D. Holzer1,2
1CERN, Technology Department, Switzerland
2Vienna University of Technology, Austria
Requirements, design, and challenges for the vacuum system of the
proton synchrotron PS2 at CERN
P1-VST4-10
c5ae84b8-b
Boris Nagorny
Deutsches Elektronen-Synchrotron DESY, Germany
Vacuum System Design of the SASE Undulators Section of the
European XFEL
P1-VST4-11
731f7b8a-6
Krasnov Alexandr1 V. Anashin1, K. Balewski2, R. Boespflug2, E.
Levichev1, V. Kuzminykh1, B. Nagorny2, A.Semenov1, V.Smaluk1,
M.Tischer2, H-P.Wedekind2, K.Zapfe2, A.Zhukov1, K.Zolotarev1
1Budker Institute of Nuclear Physics (BINP), Russia
2Deutsches Elektronen Synchrotron (DESY), Germany
Performance of the vacuum system for the PETRA III damping wiggler
section
P1-VST4-12
14e91f92-1
Haruo Ohkuma, Masaya Oishi, Masazumi Shoji, Yukiko Taniuchi,
Yuichi Okayasu
Japan Synchrotron Radiation Research Institute, Japan
13 years' operational experience of SPring-8 vacuum system
P1-VST4-13
8399e10a-4
Xie Yuanlai, Hu Chundong, Tao Ling, Cui Wei, NBI Team
Institute of Plasma Physics, CAS, China
Cryopumping System of EAST-NBI Testbed
P1-VST4-14
d2a6e8dd-d
David Seymour1, S. Davies1, T. Coyne2, C Robertson1,
JET-EFDA Contributors2
1Hiden Analytical Ltd, UK
2JET-EFDA Culham Science Centre, UK
Deconvolution of complex residual gas spectra at JET.
148
Session Topic: P1-VST5 — Vacuum Materials and Processes
Abs. No.
Authors, Affiliations
Title
P1-VST5-1
3723931e-5
Katia Vutova, E.Koleva, V.Vasileva, G.Mladenov
Institute of electronics, Bulgarian Academy of Sciences, Bulgaria
Electron beam melting and regeneration of titanium and hafnium
P1-VST5-2
e90be790-4
Yong Wang, B. Zhang, W. Wei, J. P. Wang, L. Fan, W. M. Li, Y. F.
Zhang
Univ Sci & Technol China, China
Deposition and characterization of Ti-Zr-V non-evaporable getter films
P1-VST5-3
9bdcec7e-9
Yuebin Feng, B. Yang, Y.N. Dai
Kunming Univ Sci & Technol, China
Reduction of alumina with graphite in vacuum
P1-VST5-4
f35e8fcc-d
Yi-Cheng Lin1, W. T. Yen1, P. C. Yao2, J. H. Ke1, S. T. Hang2
1National Changhua University of Education, Taiwan, China.
2DaYeh University, Taiwan, China.
Effect of substrate temperature on the characterization of molybdenum
contacts deposited by DC magnetron sputtering
P1-VST5-5
60276547-0
ElenaKoleva1,G. M. Mladenov 1, K. J. Vutova1, N. Christova2
1Institute of Electronics,Bulgarian Academy of Sciences, Bulgaria
2University of Chemical Technology and Metallurgy, Bulgaria
Model-Based Approach for Quality Improvement of Electron Beam
Welding
P1-VST5-6
902e8549-d
J. H. Zhang, J. Meng, W. S. Yang, X. T. Yang, D. Z. Guo, C. Luo, Y.
G. Zhao, Z. J. Hu, S. J. Hou
Institute of Modern Physics, CAS, China
Outgassing properties of ferrite material after different treatment
P1-VST5-7
2fd2df50-0
Shengdian Shi, BinYang
Kunming University of Science and Technology, China
The study of preparation of the ultra-fine copper powder by the
technology of the vacuum evaporation and condensation
P1-VST5-8
705cf3ea-3
Fulong Zhu1,2, H. B. Yuan1,2, Q. C. Yu1, B. Yang1, B. Q.XU1, Y.N.
Dai1
1National Engineering Laboratory of Vacuum Metallurgy, China
2Kunming Univ Sci & Technol, China
Behavioral analysis of Titanium dioxide in Aluminum Production by
Alumina Carbothermic reduction-chlorination Process in Vacuum
P1-VST5-9
da4c6a5a-2
Menouar Hanafi
University of Science and Technology of ORAN, Algeria
The Study of The Vacuum Distillation at The Refinery of Arzew ALGERA
P1-VST5-10
25d39b93-0
Huijun Zhang1, Tingshan Liu1, Masaru Murao2, Tooru Harigai2,
Kazuomi Kageyama2, Hirofumi Kohji2, Akimitsu Hatta2
1Heilongjiang University, China
2Kochi University of Technology, Japan
Synthesis of Au nano-particles using plasma sputtering into oil
Session Topic:
P1-VST6 — Vacuum Science
Abs. No.
Authors, Affiliations
Title
P1-VST6-1
651cf941-0
Liu dachun1,2, B. Yang1,2, F. Wang1 , Q. C. Yu2, L. Wang2, Y. N.
Dai1
1Kunming Univ Sci & Technol, China
2Yunnan Provincial Key Laboratory of Nonferrous Vacuum
Metallurgy, China
Research on the Removal of Impurities from Crude Nickel by Vacuum
Distillation
P1-VST6-2
c5d1dbab-4
Wei Sun, Yan Rongxin, Shao Rongping, Han Yan
China Academy of Space and Technology, China
Study of liquid medium leaking process
P1- VST6-3
9a579c1b-8
Mathias Doerr
Technische Universität Dresden, Germany
Using of vacuum technique for training and for basic investigations of
materials
P1-VST6-4
42605841-0
Yasuhiro Takeda1, T.Kadono2
1High Energy Accelerator Research Organization, KEK, Japan
2Kyoto University Graduate School of Engineering Quantum
Effect of impurities in the charge-exchange carbon foil upon the foil
thickness reduction
149
Science and Engineering Center, Japan
P1-VST6-5
be181bbb-b
Li Qiang1, Liu Bo Tao1, Huang Yong2, Zhou Jun3
1Beijing Institute of Satellite Environment Engineering, China
2Beihang Univ, China; 3China Electric Power Res Inst, China
Vacuum technology applied
environmental test facility
P1-VST6-6
4179C4C6-4
Yonggang Wen, X. R. Wang, G. Q. Chen
Lanzhou Institute of Physics, China
Analysis and evaluation on service life of VIP with fiberglass as core
material
P1-VST6-7
584628a3-d
Bojan Erjavec, J. Setina, M. Jenko
Institute of Metals and Technology, Slovenia
Method for determining quantity and composition of gases released
during stirring liquid indium-tin eutectic solders
Session Topic:
in
super-large
artificial
climate
P1-VST7 — Pumps, Getters, and Other Vacuum Components
Abs. No.
Authors, Affiliations
Title
P1-VST7-1
dca5e266-a
Pyata Evgeniy ,Abakumova E.V.,
Budker Institute of Nuclear Physics, Russian Federation
Vacuum chamber for the measurement system of the beam energy
P1-VST7-2
8a6695d1-6
Jiguo Chu
Shenzhen university, China
A clean, energy saving, large pumping speed and low operating cost
pumping set: a new combination of molecular booster pump + arc
evaporation pump
P1-VST7-3
0f42836d-a
J.Dherbert1, O.B.Malyshev1, R.Valizadeh2,
K.J.Middleman1, A.Hannah1, J.S. Colligon2, V. Vishnyakov2, S. Patel3
1STFC Daresbury Laboratory, UK
2Manchester Metropolitan University (MMU), UK
3STFC Rutherford Appleton Laboratory, UK.
Non-Evaporable Getter Film Studies at Daresbury Laboratory
P1-VST7-4
351bf637-b
Yin Jia, Chen Changqi, Zhu Rensheng,
Hefei University of Technology, China
Study on the single thread and fixed pitch screw for the screw vacuum
pump
P1-VST7-5
0a980a9a-6
Y. Chen, L. Wang, Y. Zhang, D. W. Yang, J. S. Hu, X. M. Wang, J. H.
Li, J. H. Wu, EAST vacuum group
Institute of Plasma Physics, CAS, China
Upgrade of vacuum control system on EAST
P1-VST7-6
d3916995-b
Norbert Kernert, KATRIN
Karlsruhe Institute of Technology, Germany
Experimental setup and measurements of the rotor temperature of turbo
melecular pumps in magnetic fields
P1-VST7-7
5cdc0ba3-b
Anliang Liu, Jin Yi
Chengdu Rankuum Machinery Ltd. China
The structural design and analysis of turbo-molecular pump’s blades
P1-VST7-8
DD5C06EA-7
Zulfiqar Khan, T. Hussain , G. Mustafa
Pakistan Vacuum Society, Pakistan
Design,development of oil mist eliminator for rotary vacuum pump and its
effectiveness for clean environment
P1-VST7-9
69fd63ba-a
Norio Ogiwara, K. Kanazawa, T. Yanagibashi
Japan Atomic Energy Agency, Japan
Simulation of eddy current on the turbo-molecular pump in a magnetic
field
150