Program Book Front Cover
Delegates' Free Time
Registration
Opens 14:00
Closes 17:00
Move-in/Set-up
From 08:00
Mon-04 Jul
EVE
PM2
PM1
AM2
AM1
-
19:00 - 22:00
18:00 - 19:00
18:00 - 18:30
16:30 - 18:00
16:30 - 17:00
16:00 - 16:30
14:30 - 16:00
14:00 - 14:30
13:00 - 14:00
AM Break
IUMRS-ICEM
Poster Session
(19:00 - 21:00)
Nobel Laureate Public Lecture
Oral Presentations
PM Break
Oral Presentations
Lunch
Theme Lecture 2
& Networking Lunch
Oral Presentations
Plenary 2 & 3
Conference
Appreciation Dinner
(Ticketed Event)
Delegate's Free Time
Oral Presentations
Oral Presentations
Theme Lecture 3
& Networking Lunch
Oral Presentations
Plenary 4 & 5
Thu-07 Jul
Conference Registration
Wed-06 Jul
Conference Registration
IUMRS-ICEM2016 Program Overview
Delegates' Free Time
Oral Presentations
Oral Presentations
Theme Lecture 1
& Networking Lunch
Oral Presentations
11:00 - 12:30
12:30 - 13:00
AM Break
Opening & Plenary 1
Conference Registration
Tue-05 Jul
10:30 - 11:00
10:00 - 10:30
09:15 - 10:00
08:30 - 09:15
Duration
08:00 - 08:30
Session
ICEM2016 Program Overview
Program
-at-Program
a-GOverview
lance
IUMRS-ICEM2016
Fri-08 Jul
Conference Ends
Oral Presentations
PM Break
Oral Presentations
Lunch
Theme Lecture 4
& Networking Lunch
Oral Presentations
AM Break
Closing Remarks &
Poster Awards Presentation
Plenary 6 & 7
Conference Registration
Contents
1
Program-at-a-Glance
Preface
Activity Locator
Organizers & Committees
Symposia Management
Nobel Laureate Lectures
Plenary Lectures
Theme Lectures
Venue Floor Plan
Oral Presentation Guidelines
Poster Presentation Guidelines
Useful Information
Getting to Suntec Convention Centre
Transportation in Singapore
Technical Program
I
2
3
7
8
10
11
14
16
17
18
19
20
21
22
Symposia
Page
A
2D Materials and Devices Beyond Graphene
24
B
Compound Semiconductor/ Group IV on Silicon
32
C
Plasmonics and Metamaterials
37
D
Advanced Spintronic and Magnetic Materials/Devices
43
E
Surface and Interface Engineering for Electronics
50
F
Materials for Solar Energy Conversion
56
G
63
H
Advances in Smart Energy Storage for a Sustainable Energy Future –
Electrochemistry, Mechanics and Applications
Ferroelectric, Piezoelectric and Multiferroic Materials and Devices
I
Topological Insulators
78
J
Organic Electronics
81
K
Advanced Applications of Ion Beams for Materials Science
87
L
Stretchable and Wearable Electronics
91
M
Optical Materials and Devices
95
N
Materials by Theoretical/Computational Design
103
71
Author Index
111
Around Singapore
132
Acknowledgements
134
Preface
The International Union of Materials Research Societies – International Conference on Electronic Materials
(IUMRS–ICEM) is a biennial conference of IUMRS, organized by its adhering body in even numbered years.
The Materials Research Society of Singapore (MRS-S) is honoured to organize this event for the first time in
Singapore. MRS-S and IUMRS combine their effort to provide a scientific platform for both local and international
electronic materials scientists, engineers and technologists.
MRS-S had its humble beginning in 1999 with about 80+ membership. Over the years it has grown in strength with
the current membership of about 2,500 and increased number of activities for the benefit of materials community in
Singapore and worldwide. This could only be possible through the support and patronage of students, faculty,
researchers and distinguished scientists from Singapore and worldwide for all MRS-S activities.
14 technical symposia, 1 Nanyang Technological University (NTU) – MRS Singapore Nobel Laureate Public Lecture,
7 Plenary Lectures and 4 Theme Lectures by distinguished scientists are presented. A number of Keynote and Invited
lectures in addition to oral and poster presentations are being presented in various symposia from about 800 delegates.
Numerous poster awards to recognize and encourage the excellence among poster presentations are also instituted.
Thanks to all those who are giving these presentations.
We are grateful to NTU for sponsoring Nobel Laureate Public Lecture and also the Singapore Tourism Board for its
general sponsorship. We are thankful to the faculty, researchers and students of the National University of Singapore
(NUS), NTU and Agency for Science, Technology and Research (A*STAR) for their overwhelming support in terms of
symposia organization and active participation. Members of the MRS-S Executive Committee, IUMRS – ICEM 2016
Organizing Committee and the International Advisory Committees have provided valuable advice and help. Chairs
and Co-Chairs of the concerned Symposia, their Organizing Committees, both International and National, have done
an excellent job of putting together an exciting scientific/technical program. We are grateful to all of them.
We would like to place on record our sincere thanks to NUS Faculty of Science Dean’s Office for hosting the office of
MRS Singapore, and providing necessary logistic support for both MRS-S and IUMRS – ICEM 2016. A special mention
with deep sense of appreciation is made of Ms. Khoo Cheng-Hoon and several others from Meeting Matters Pte Ltd for
providing Conference Secretarial services.
B.V.R. Chowdari & Feng Yuan Ping
Organizing Chairmen, IUMRS – ICEM 2016
1 June 2016
2
Activity Locator
Monday, 4 JulY 2016
14:00 - 17:00
Registration Opens
Foyer, Level 3
Tuesday, 5 July 2016
08:00 - 09:00
Registration (Reopens 10:30)
Foyer, Level 3
09:15 - 09:45
Opening Ceremony
Summit 2, Level 3
Inaugural Plenary Lecture
09:45 - 10:30
“Invention of High Efficient Blue InGaN LEDs and Laser Diodes”
Shuji NAKAMURA
University of California Santa Barbara, USA
Chair: Tim J. WHITE
Nanyang Technological University, Singapore
Summit 2, Level 3
10:30 - 11:00
Coffee/Tea Break
Foyer, Level 3
11:00 - 12:30
Technical Sessions
Meeting Rooms, Level 3
Theme Lecture 1
12:30 - 13:00
“Charge Transport and Recombination in Organic
Semiconductors”
Paul W.M. BLOM
Max-Plank-Institute for Polymer Research, Germany
Chair: Seh Chun LIM
Singapore University of Technology and Design, Singapore
Summit 2, Level 3
13:00 - 14:00
Lunch
Nicoll 1 & 2, Level 3
14:00 - 16:00
Technical Sessions
Meeting Rooms, Level 3
16:00 - 16:30
Coffee/Tea Break
Foyer, Level 3
16:30 - 18:00
Technical Sessions
Meeting Rooms, Level 3
3
Activity Locator
WedNesday, 6 July 2016
08:00 - 18:00
Registration
Foyer, Level 3
Plenary Lecture 2
08:30 - 09:15
“The Materials Genome and the Transformation of Materials
Science and Engineering”
Gerbrand CEDER
University of California, Berkeley, USA
Chair: Antonio Helio CASTRO NETO
National University of Singapore, Singapore
Plenary Lecture 3
09:15 - 10:00
Summit 2, Level 3
“Nanogenerators for self-powered systems and piezotronics
for smart devices”
Zhong Lin WANG
Georgia Institute of Technology, USA
Chair: John WANG
National University of Singapore, Singapore
10:00 - 10:30
Coffee/Tea Break
Foyer, Level 3
10:30 - 12:30
Technical Sessions
Meeting Rooms, Level 3
Theme Lecture 2
12:30 - 13:00
“Crystal Phase-Controlled Synthesis of Novel Noble Metal
Nanomterials”
Hua ZHANG
Nanyang Technological University, Singapore
Chair: Bo LIEDBERG
Nanyang Technological University, Singapore
Summit 2, Level 3
13:00 - 14:00
Lunch
Nicoll 1 & 2, Level 3
14:00 - 16:00 Technical Sessions
Meeting Rooms, Level 3
16:00 - 16:30 Coffee/Tea Break
Foyer, Level 3
16:30 - 18:00
Technical Sessions
Meeting Rooms, Level 3
NTU-MRS Singapore Nobel Laureate Public Lecture
18:15 - 19:00
19:00 - 21:00
“Road toward the new light - the history of the bright blue LEDs.”
Shuji NAKAMURA
University of California Santa Barbara, USA
Chair: Andrew WEE
National University of Singapore, Singapore
IUMRS-ICEM2016 Poster Session(Authors Set-up time: 14:00 to
17:00 &Tear Down time: 21:00 to 21:30)
ABCDEFGHIJKLMN
Summit 2, Level 3
Summit 1, Level 3
4
Activity Locator
THURsday, 7 July 2016
08:00 - 18:00
Registration
Foyer, Level 3
08:30 - 09:15
Plenary Lecture 4
“Metasurfaces For Planar Photonics”
Federico CAPASSO
Harvard University, USA
Chair: R.P.H. CHANG
Northwestern University, USA & IUMRS
Plenary Lecture 5
09:15 - 10:00
Summit 2, Level 3
“Insights into Photophysics of 2D Nanosystems”
Ajay K. SOOD
Indian Institute of Science, India
Chair: Peter HO
National University of Singapore, Singapore
10:00 - 10:30
Coffee/Tea Break
Foyer, Level 3
10:30 - 12:30
Technical Sessions
Meeting Rooms, Level 3
Theme Lecture 3
12:30 - 13:00
“Advances in Raman Spectroscopy of Graphene and Layered
Materials”
Andrea C. FERRARI
Cambridge Graphene Centre, University of Cambridge, UK
Chair: Hardy CHAN
Institute of Materials Research & Engineering, A*STAR, Singapore
Summit 2, Level 3
13:00 - 14:00
Lunch
Nicoll 1 & 2, Level 3
14:00 - 16:00 Technical Sessions
Meeting Rooms, Level 3
16:00 - 16:30 Coffee/Tea Break
Foyer, Level 3
16:30 - 18:00
Technical Sessions
Meeting Rooms, Level 3
19:00 - 22:00
5
IUMRS-ICEM2016 Appreciation Dinner
(Strictly By Invitation Only)
Please Gather at the Registration Area
Coach Departs from 18:30; Last Coach Departs at 18:45
The LINE,
The Shangri-La Hotel
Activity Locator
FRIday, 8 July 2016
08:00 - 18:00
Registration
Foyer, Level 3
Plenary Lecture 6
08:30 - 09:15
“HgTe as a Topological Insulator”
Laurens W. MOLENKAMP
Ecole Polytechnique Würzburg University, Germany
Chair: Yuan Ping FENG
National University of Singapore, Singapore
Plenary Lecture 7
09:15 - 10:00
“Materials for Low energy electronics options – Spintronics”
Kang L. WANG
University of California, Los Angeles, USA
Chair: Venky VENKATESAN
National University of Singapore, Singapore
Summit 2, Level 3
10:00 - 10:30
Closing Remarks & Poster Awards Presentation
10:30 - 11:00
Coffee/Tea Break
Foyer, Level 3
11:00 - 13:00
Technical Sessions
Meeting Rooms, Level 3
Theme Lecture 4
13:00 - 13:30
“Grain and Grain-Boundary Engineering for High Efficiency
Perovskite Solar Cells”
Nam-Gyu PARK
Sungkyunkwan University, South Korea
Chair: Chee Lip GAN
Nanyang Technological University, Singapore
Summit 2, Level 3
13:30 - 14:30
Lunch
Nicoll 1 & 2, Level 3
14:30 - 16:30 Technical Sessions
Meeting Rooms, Level 3
16:30 - 17:00
Coffee/Tea Break
Foyer, Level 3
17:00 - 18:30
Technical Sessions
Meeting Rooms, Level 3
6
Organizers & Committee
Chairmen
B. V. R. Chowdari
Nanyang Technological University, Singapore
Scientific Committee
International Advisory Committee
Arief Suriadi BUDIMAN
Singapore University of Technology and Design,
Singapore
Suresh DAS
MRS-India, India
Andrew A. BETTIOL
National University of Singapore, Singapore
Xiaodong CHEN
Nanyang Technological University, Singapore
Dongzhi CHI
Institute of Materials Research and Engineering, Agency
for Science, Technology and Research (A*STAR),
Singapore
Lay-Lay CHUA
National University of Singapore, Singapore
Goutam Kumar DALAPATI
Institute of Materials Research and Engineering, Agency
for Science, Technology and Research (A*STAR),
Singapore
Yuan Ping FENG
National University of Singapore, Singapore
Hsin LIN
National University of Singapore, Singapore
Jianyong OUYANG
National University of Singapore, Singapore
K. RADHAKRISHNAN
Nanyang Technological University, Singapore
Jing Hua TENG
Agency for Science, Technology and Research (A*STAR),
Singapore
John WANG
National University of Singapore, Singapore
Shi Jie WANG
Agency for Science, Technology and Research (A*STAR),
Singapore
7
Yuan Ping FENG
National University of Singapore, Singapore
R.P.H CHANG
IUMRS, Northwestern University, USA
Roberto Mendonca FARIA
IUMRS, Instituto de Fisica de Sao Carlos, Brazil
Hanns-Ulrich HABERMEIER
IUMRS, Max-Planck-Institut für Festkörperforschung,
Stuttgart, Germany
Paul Jain-Long HORNG
IUMRS, Industry Technology Research Institute, Taiwan
Boyun HUANG
Chinese MRS, China
Yasuro IKUMA
MRS-Japan, Japan
Soo Wohn LEE
IUMRS, Sun Moon University, South Korea
Nikolai Z. LYAKHOV
MRS-Russia, Russia
Jose Gerardo Cabanas MORENO
MRS-Mexico, Mexico
Osvaldo Novais De OLIVEIRA JR
Brazil MRS, Brazil
Alex Yu-Min PENG
MRS-Taiwan, Taiwan
Wole SOBOYEJO
African MRS, Africa
Osamu TAKAI
IUMRS, Nagoya University, Japan
Luisa TORSI
European MRS, France
Yihong WU
National University of Singapore, Singapore
Jim S. WILLIAMS
Australian MRS, Australia
Qing-Hua XU
National University of Singapore, Singapore
Geun Young YEOM
MRS-Korea, South Korea
Symposia Management
Symposium A: 2D Materials and Devices Beyond
Graphene
Chair:
Dongzhi CHI
Institute of Materials Research and
Engineering, Agency for Science, Technology
and Research (A*STAR), Singapore
Co-Chairs: Jingsheng CHEN
National University of Singapore, Singapore
Hidekazu TANAKA
The Institute of Scientific and Industrial
Research, Japan
Evgeny TSYMBAL
University of Nebraska-Lincoln, United States
Co-Chairs: Kah Wee ANG
National University of Singapore, Singapore
Hyunsoo YANG
National University of Singapore, Singapore
Michael FUHRER
Monash University, Australia
Andrew T. S. WEE
National University of Singapore, Singapore
Junqiao WU
University of California, Berkeley, United
States
Symposium B: Compound Semiconductor/ Group IV
on Silicon
Chair:
Symposium E: Surface and Interface Engineering for
Electronics
Chair:
Co-Chairs: Wei CHEN
National University of Singapore, Singapore
Wenping HU
Institute of Chemistry, Chinese Academy of
Sciences, China
K. RADHAKRISHNAN
Nanyang Technological University, Singapore
Co-Chairs: Sebastian LOURDUDOSS
KTH Royal Institute of Technology, Sweden
Raghavan SRINIVASAN
Indian Institute of Science (IISC), India
Sudhiranjan TRIPATHY
Institute of Materials Research and
Engineering, Agency for Science, Technology
and Research (A*STAR), Singapore
Hong WANG
Nanyang Technological University, Singapore
Symposium C: Plasmonics and Metamaterials
Chair:
Norbert KOCH
Humboldt University of Berlin, Germany
Symposium F: Materials for Solar Energy Conversion
Chair:
Shubham DUTTAGUPTA
Solar Energy Research Institute of Singapore
(SERIS), National University of Singapore,
Singapore
Co-Chairs: Hong LIU
Agency for Science, Technology and Research
(A*STAR), Singapore
Akihiro FURUBE
Tokushima University, Japan
Stefan MAIER
Imperial College London, United Kingdom
Symposium D: Advanced Spintronic and Magnetic
Materials/Devices
Chair:
Yihong Wu
National University of Singapore, Singapore
Goutam Kumar DALAPATI
Institute of Materials Research and
Engineering, Agency for Science, Technology
and Research (A*STAR), Singapore
Co-Chairs: Vijila CHELLAPPAN
Agency for Science, Technology and Research
(A*STAR), Singapore
Jing Hua TENG
Agency for Science, Technology and Research
(A*STAR), Singapore
Nikolay I. ZHELUDEV
Nanyang Technological University, Singapore;
University of Southampton, United Kingdom
Shi Jie WANG
Agency for Science, Technology and Research
(A*STAR), Singapore
Jonathan HOBLEY
Universiti Brunei Darussalam, Bandar Seri
Begawan, Brunei, Brunei Darussalam
Symposium G: Advances in Smart Energy Storage for a
Sustainable Energy Future – Electrochemistry,
Mechanics and Applications
Chair:
Arief Suriadi BUDIMAN
Singapore University of Technology and
Design, Singapore
8
Symposia Management
Co-Chairs: Stefan ADAMS
National University of Singapore, Singapore
Mark H. JHON
The Institute of High Performance Computing,
Agency for Science, Technology and Research
(A*STAR), Singapore
Andreas MARKWITZ
National Isotope Centre, New Zealand
Yang SHAO-HORN
Massachusetts Institute of Technology,
United States
Jeroen A. VAN KAN
National University of Singapore, Singapore
Joost J. VLASSAK
Havard University, United States
Symposium H: Ferroelectric, Piezoelectric and
Multiferroic Materials and Devices
Chair:
Co-Chairs: David N. JAMIESON
University of Melbourne, Australia
John WANG
National University of Singapore, Singapore
Thomas OSIPOWICZ
National University of Singapore, Singapore
Symposium L: Stretchable and Wearable Electronics
Chair:
Co-Chairs: Bo LIEDBERG
Nanyang Technological University, Singapore
Darren LIPOMI
University of California, San Diego, United
States
Co-Chairs: Xiaojie LOU
Xian Jiaotong University, China
Huisheng PENG
Fudan University, China
Ce-wen NAN
School of Materials Science and Engineering,
China
R. RAMESH
University of California, United States
Kaiyang ZENG
National University of Singapore, Singapore
Jun WEI
Agency for Science, Technology and Research
(A*STAR), Singapore
Symposium M: Optical Materials and Devices
Chairs:
Hsin LIN
National University of Singapore, Singapore
Co-Chairs: Arun BANSIL
Northeastern University, United States
Co-Chairs: Chihaya ADACHI
Kyushu University, Japan
Hao GONG
National University of Singapore, Singapore
Elbert E. M. CHIA
Nanyang Technological University, Singapore
Shu WANG
Institute of Chemistry, Chinese Academy of
Sciences, China
Naurang SAINI
Università di Roma, Italy
Symposium J: Organic Electronics
Chair:
Lay-Lay CHUA
National University of Singapore, Singapore
Co-Chairs: Peter HO
National University of Singapore, Singapore
Natalie STINGELIN
Imperial College London, United Kingdom
Symposium K: Advanced Applications of Ion Beams for
Materials Science
Chair:
9
Andrew A. BETTIOL
National University of Singapore, Singapore
Qing-Hua XU
National University of Singapore, Singapore
Jianyong OUYANG
National University of Singapore, Singapore
Symposium I: Topological Insulators
Chair:
Xiaodong CHEN
Nanyang Technological University, Singapore
Symposium N: Materials by Theoretical/Computational
Design
Chair:
Yuan Ping FENG
National University of Singapore, Singapore
Co-Chairs: Gerbrand CEDER
University of California, Berkeley, United
States
Vijay KUMAR
Dr. Vijay Kumar Foundation and Shiv Nadar
University, India
Giovanni VIGNALE
University of Missouri, United States
Haiqing YIN
University of Science and Technology Beijing,
China
Nobel Laureate Lectures (Venue: Summit 2, Level 3)
Shuji NAKAMURA
2014 Nobel Prize for Physics
University of California Santa Barbara, USA
Inaugural Plenary Lecture
Tuesday, 5 July 2016, 9:45AM - 10:30AM
Session Chair: Tim J. WHITE
Nanyang Technological University, Singapore
Invention of High Efficient Blue InGaN LEDs and Laser Diodes
The development of high brightness blue LEDs and blue laser diodes required many breakthroughs of
InGaN growth, p-type conductivity control and device structures using InGaN/GaN double
heterostructures. First, the speaker will discuss the history and background story of the key scientific issues
solved in order to realize high efficiency solid state lighting. The fundamental discovery of high quality InGaN
growth, p-type conductivity control by removing hydrogen passivation, and the role of the InGaN/GaN double
heterostructure in achieving high brightness blue LEDs and Laser Diodes will be described. Next the speaker will talk
about the future laser lighting at the University of California at Santa Barbara. In particular, solving the current “droop”
has been identified as key roadblocks to cost reduction and further improvements in solid state Lighting.
NTU-MRS Singapore Nobel Laureate Public Lecture
Wednesday, 6 July 2016, 6:15PM - 7:00PM
Session Chair: Andrew WEE
National University of Singapore, Singapore
Road toward the new light - the history of the bright blue LEDs.
In 1980’s, an efficient blue LED was the last missing element for solid-state display and lighting technologies due
to the lack of suitable materials. By that time, III-nitride alloys was regarded the least possible candidate due to
various “impossible” difficulties. However, a series of unexpected breakthrough in 1990’s totally changed
people’s view angle. Nowadays, III-nitride based light-emitting diodes (LEDs) has become the most
widely used light source in many applications such as color display and general illumination. Professor Shuji
Nakamura, 2014 Nobel Laureate in Physics, will describe the key technical issues for realizing
high-brightness blue LEDs and how he overcame them in 1990’s. His contribution in III-nitride epitaxial growth and p-GaN
activation are recognized the most important breakthroughs in solid-state lighting technologies, resulting in the first
demonstration of bright blue LEDs and violet laser diodes. Along with the technology advances, the underlying
physics of this special class of materials were also soon revealed. These discoveries caused a strong impact in materials
science, electrical engineering, and physics research societies. Professor Nakamura will talk about the history from his
own point of view, sharing how brilliant ideas in the lab eventually evolved into huge changes in modern civilization.
10
Plenary Lectures (Venue: Summit 2, Level 3)
Wednesday, 6 July 2016, 8:30AM - 9:15AM
Session Chair: Antonio Helio CASTRO NETO
National University of Singapore, Singapore
Gerbrand CEDER
University of California, Berkeley, USA
“The Materials Genome and the Transformation of Materials Science and Engineering”
Abstract
Novel materials design is a critical capability to address several urgent societal problems. But materials development is difficult and
time consuming due to the lack of quantitative information on the properties, synthesis and behavior of novel materials.
The confluence of high-throughput computing, big data, and data analytics is likely to transform the way
materials development is done in the next decade. I will show several examples of the impact of the Materials Genome in
developing new materials and nucleating new ideas in materials science. As one example, the Materials Project (www.
materialsproject.com), has as its objective to use high-throughput first principles computations on an unparalleled
scale to provide basic materials property data on all known and many potential new inorganic compounds, thereby
accelerating the search for new materials. Currently, the Materials Project has over 15,000 users and worldwide and has been used to
inform materials research in a broad range of applications from energy storage, to photo catalysts, and ionic conductors. I believe it
is possible to within ten years determine most of the intrinsic properties of all known compounds, thereby generating the Materials
Genome. Finally, I will also outline some of the new challenges we are addressing in developing a quantitative theory of materials
synthesis, so that materials development can be accelerated all the way from design to device integration.
Wednesday, 6 July 2016, 9:15AM – 10:00AM
Session Chair: John WANG
National University of Singapore, Singapore
Zhong Lin WANG
Georgia Institute of Technology, USA
“Nanogenerators for self-powered systems and piezotronics for smart devices”
Abstract
Developing wireless nanodevices and nanosystems is of critical importance for sensing, medical science,
environmental/infrastructure monitoring, defense technology and even personal electronics. It is highly desirable for wireless devices to be self-powered without using battery. Nanogenerators (NGs) have been developed based on
piezoelectric, trioboelectric and pyroelectric effects, aiming at building self-sufficient power sources for
mico/nano-systems. The output of the nanogenerators now is high enough to drive a wireless sensor system and charge
a battery for a cell phone, and they are becoming a vital technology for sustainable, independent and maintenance
free operation of micro/nano-systems and mobile/portable electronics. An energy conversion efficiency of 55% and an
output power density of 500 W/m2 have been demonstrated. This technology is now not only capable of driving
portable electronics, but also has the potential for harvesting wind and ocean wave energy for large-scale power
application. This talk will focus on the updated progress in NGs. For Wurtzite and zinc blend structures that have non-central symmetry, such as ZnO, GaN and InN, a piezoelectric potential (piezopotential) is created in the crystal by applying a strain. Such piezopotential can serve as a “gate” voltage that can effectively tune/control the charge transport across an interface/junction; electronics fabricated based on such a mechanism is coined as piezotronics, with
applications in force/pressure triggered/controlled electronic devices, sensors, logic units and memory. By using the piezotronic effect, we show that the optoelectronc devices fabricated using wurtzite materials can have superior
performance as solar cell, photon detector and light emitting diode. Piezotronics is likely to serve as a
“mechanosensation” for directly interfacing biomechanical action with silicon based technology and active flexible
electronics. This lecture will focus on the updated progress in the field and its expansion to 2D materials.
References
1. G. Zhu, J. Chen, T.J. Zhang, Q.S. Jing, Z.L. Wang “Radial-arrayed rotary electrification for highperformance triboelectric generator”,
Nature Communication, 5 (2014) 3456.
2. W.Z. Wu+ , X.N. Wen+ , Z.L. Wang “Pixel-addressable matrix of vertical-nanowire piezotronic transistors for active/adaptive tactile
imaging”, Science, 340 (2013) 952-957.
3. C.F. Pan, L. Dong, G. Zhu, S. Niu, R. Yu, Q. Yang, Y. Liu, Z.L. Wang “Micrometer-resolution electroluminescence parallel-imaging
of pressure distribution using piezoelectric nanowire-LED array”, Nature Photonics, 7 (2013) 752-758.
4. W.Z. Wu, L. Wang, Y.L. Li, F. Zhang, L. Lin, S. Niu, D. Chenet, X. Zhang, Y. Hao, T.F. Heinz, J. Hone,
and Z.L. Wang “Piezoelectricity of single-atomic-layer MoS2 for energy conversion and piezotronics”, Nature, 514 (2014) 470-474.
11
Plenary Lectures (Venue: Summit 2, Level 3)
Thursday, 7 July 2016, 8:30AM - 9:15AM
Session Chair: R.P.H. CHANG
Northwestern University, USA & IUMRS
Federico CAPASSO
Harvard University, USA
“Metasurfaces For Planar Photonics”
Abstract
Patterning surfaces with subwavelength spaced metallo-dielectric features (metasurfaces) allows one to generate
complex wavefronts by locally controlling the amplitude, phase and polarization of the scattered light. 1,2 Recent
results on achromatic lenses and collimators as well as chiral holograms will be presented. Ultra-compact on chip
polarimeters that perform as well as state-of-the art commercial ones will be reported along with a new
approach to generate structured colors based on de-alloyed metals and dielectrics Metasurfaces have also become a
powerful tool to shape surface waves. I will present experiments on imaging SPP that have revealed the formation of
Cherenkov SPP wakes and their control with one dimensional metastructures and on polarization sensitive light couplers that
demultiplex focused SPP beams depending on their wavelength and polarization.
1. N. Yu and F. Capasso Nature Materials 13, 139 (2014)
2. P. Genevet and F. Capasso Reports on Progress in Physics 78, 24401 (2015)
Thursday, 7 July 2016, 9:15AM – 10:00AM
Session Chair: Peter HO
National University of Singapore, Singapore
Ajay K. SOOD
Indian Institute of Science, India
“Insights into Photophysics of 2D Nanosystems”
Abstract
The recent discovery of graphene, following the discovery of carbon nanotubes, has spurred an unprecedented
interest in other two dimensional nanomaterials such as layered transition metal dichalcogenides (TMD),
phosphorene and their hetero-structures. These nanosystems are paradigm of not only beautiful basic nanoscience, but have
demonstrated potential for many novel applications in nanoelectronics, biosensors, optical detectors etc. This talk will focus on
understanding the rich physics of these nanosystems and their devices using electrical transport along with Raman and ultrafast
time resolved spectroscopies, in the visible as well as in THz range. In-situ Raman spectroscopy of field effect transistors made of
graphene, MoS2 or phosphorene channels gives insights into device functioning. For
optoelectronics applications of 2D materials, optical pump-terahertz probe spectroscopy of graphene and transition metal
dichalcogenides will be discussed to bring out the dominant relaxation processes. Towards the end I will discuss novel photophysics
of heterostructures made of graphene, black phosphorus and TMD.
12
Plenary Lectures (Venue: Summit 2, Level 3)
Friday, 8 July 2016, 8:30AM - 9:15AM
Session Chair: Yuan Ping FENG
National University of Singapore, Singapore
Laurens W. MOLENKAMP
Ecole Polytechnique Würzburg University, Germany
“HgTe as a Topological Insulator”
Abstract
HgTe is a zincblende-type semiconductor with an inverted band structure. While the bulk material is a semimetal,
lowering the crystalline symmetry opens up a gap, turning the compound into a topological insulator.
The most straightforward way to do so is by growing a quantum well with (Hg,Cd)Te barriers. Such structures
exhibit the quantum spin Hall effect, where a pair of spin polarized helical edge channels develops when the bulk of the
material is insulating. Our transport data[1-3] provide very direct evidence for the existence of this third
quantum Hall effect, which now is seen as the prime manifestation of a 2-dimensional topological insulator.
To turn the material into a 3-dimensional topological insulator, we utilize growth induced strain in relatively thick
(ca. 100 nm) HgTe epitaxial layers. The high electronic quality of such layers allows a direct observation of the
quantum Hall effect of the 2-dimensional topological surface states[4,5]. Due to the screening properties of Dirac
fermions, these states turn out to be decoupled from the bulk for a very wide range of densities[5]. This allows us to induce a
supercurrent in the surface states by contacting these structures with Nb electrodes[6]. AC investigations indicate that the induced
superconductivity is strongly influenced by the helical character of the charge carriers.
[1] M. König et al., Science 318, 766 (2007).
[2] A. Roth et al., Science 325, 294 (2009).
[3] C. Brüne et al., Nature Physics 8, 486 (2012).
[4] C. Brüne et al., Phys. Rev. Lett. 106, 126803 (2011).
[5] C. Brüne et al., Phys. Rev. X 4, 041045 (2014).
[6] J.B. Oostinga et al., Phys. Rev. X 3, 021007 (2013).
Friday, 8 July 2016, 09:15AM - 10:00AM
Session Chair: Venky VENKATESAN
National University of Singapore, Singapore Kang L. WANG
University of California, Los Angeles, USA
“Materials for Low energy electronics options – Spintronics”
Abstract
Power dissipation has become the major challenge for the current CMOS technology. This is due to the scaling
limit of voltage in the dynamic power dissipation, as the result of the finitesubthreshold slope on the one hand; on
the other the volatile CMOS demands for power-on to maintain the state, causing the static power dissipation due to
leakage. The talk will give an overview and perspective of approaches to resolve these challenges. First, the non-volatility of
ferromagnetic materials in spintronic devices offers a pathway to resolve the challenges of the standby power
dissipation from leakage in the CMOS logic technology. However, in order to be applicable for logic circuits and
simultaneously to enable high density memory applications, low dynamic power dissipation is also a must.
Voltage- (i.e. electric field-) controlled spintronics can greatly reduce dynamic power consumption compared with
traditional current-driven devices. Materials with a high spin orbit coupling (SOC) offer an effective and energy
efficient means to control magnetism by an electric field, giving rise to the voltage control of magnetism or voltage
controlled anisotropy. Likewise, due to the presence of an intrinsic extraordinarily strong SOC and spin-momentum lock,
topological insulators (TIs) are expected to be a promising candidate for exploring spin-orbit torque (SOT)-related
physics. For the topological insulator materials, we will show magnetization switching in a chromium-doped magnetic TI bilayer
heterostructure driven by an electric current. A giant SOT of more than three orders of magnitude larger than those reported in
heavy metals will also be presented. This astonishing result comes from the unique characteristic of spin-momentum locking of the
topological surface states, giving rise to an extremely large (5000x) effective magnetic field and torque. Such a large effective magnetic
field per unit drive current and spin orbit torque are among many new properties of TI. I will also describe other related efforts of
SOC engineering of layered materials and heterostructures for other types of device mechanisms including the use of
anti-ferromagnetics.
13
Theme Lectures (Venue: Summit 2, Level 3)
Tuesday, 5 July 2016, 12:30PM - 1:00PM
Session Chair: Seh Chun LIM
Singapore University of Technology and Design, Singapore
Paul W.M. BLOM
Max-Plank-Institute for Polymer Research, Germany
“Charge Transport and Recombination in Organic Semiconductors”
Abstract
Charge transport is an important issue with regard to the understanding and optimization of electronic
devices made from organic semiconductors. It has been demonstrated that the hole transport is governed by hopping between
localized states, characterized by a mobility that depends on density, electric field and temperature. The
transport of electrons is strongly reduced by traps that are Gaussianly distributed in energy in the band gap.
Remarkably, the electron trap distribution is identical for a large number of organic semiconductors. The recombination
processes in poly(p-phenylene vinylene) and polyfluorene based polymer light emitting diodes (PLEDs) are investigated.
Photogenerated current measurements on PLED device structures reveal that next to the known Langevin
recombination also trap-assisted recombination is an important recombination channel in PLEDs. The dependence of the open-circuit
voltage on light intensity enables a determination of the strength of this process. Numerical modeling of the current-voltage characteristics incorporating both Langevin and trap-assisted recombination yields a correct and consistent description of the PLED. At low
bias voltage the trap-assisted recombination rate is found to be dominant over the free carrier recombination rate. The role of hole
transport units and electron traps on the efficiency of PLEDs will be further discussed.
Wednesday, 6 July 2016, 12:30PM - 1:00PM
Session Chair: Bo LIEDBERG
Nanyang Technological University, Singapore
Hua ZHANG
Nanyang Technological University, Singapore
“Crystal Phase-Controlled Synthesis of Novel Noble Metal Nanomterials”
Abstract
In this talk, I will summarize the recent research on the crystal phase-controlled synthesis of novel noble metal
nanomaterials. In particular, in my group, we report the first-time synthesis of hexagonal-close packed (hcp) Au
nanosheets (AuSSs) on graphene oxide, surface-induced phase transformation of AuSSs from hcp to face-centered
cubic (fcc) structures, alternating hcp/fcc Au square-like plates from AuSSs, ultrathin Au nanowires containing hcp
phase, synthesis of ultrathin fcc Au@Pt and Au@Pd rhombic nanoplates through the epitaxial growth of Pt and Pd on
the hcp AuSSs, respectively, the first-time synthesis of 4H hexagonal phase Au nanoribbons (NRBs) and their phase
transformation to fcc Au RNBs as well as the epitaxial growth of Ag, Pt and Pd on 4H Au NRBs to form the 4H/fcc Au@Ag, Au@Pt
and Au@Pd core–shell NRBs, and the synthesis of 4H/fcc-Au@metal sulfide core-shell NRB heterostructures. In addition, the concept
of crystal-phase noble metal heterostructures is proposed.
14
Theme Lectures (Venue: Summit 2, Level 3)
Thursday, 7 July 2016, 12:30PM - 1:00PM
Session Chair: Hardy CHAN
Institute of Materials Research & Engineering, A*STAR, Singapore
Andrea C. FERRARI
Cambridge Graphene Centre, University of Cambridge, UK
“Advances in Raman Spectroscopy of Graphene and Layered Materials”
Abstract
Raman spectroscopy is an integral part of graphene research [1]. It is used to determine the number and orientation of layers,
the quality and types of edges, and the effects of perturbations, such as electric and magnetic fields, strain, doping, disorder and
functional groups[2,3]. I will review the state of the art, future directions and open questions in Raman spectroscopy of graphene and
related materials, focussing on the effect of disorder[3,4], doping[5,6] and deep UV laser excitation[7]. I will then consider the shear
[8] and layer breathing modes(LBMs)[9], due to relative motions of the planes, either perpendicular or parallel to their normal. These
modes are present in all layered materials[10,11].
Their detection allows one to directly probe the interlayer interactions [10,11]. They can also be used to
determine the elastic constants associated with these displacements: the shear and out-of-plane elastic moduli[12]. This
paves the way to the use of Raman spectroscopy to uncover the interface coupling of two-dimensional hybrids and
heterostructures[10-12].
1. A. C. Ferrari et al. Phys. Rev. Lett. 97, 187401 (2006)
2. A.C. Ferrari, D.M. Basko, Nature Nano. 8, 235 (2013)
3. A.C. Ferrari, J Robertson, Phys. Rev. B 61, 14095 (2000)
4. G. Cancado et al. Nano Lett. 11, 3190 (2011)
5. M. Bruna et al. ACS Nano 8, 7432 (2014)
6. A. Das et al. Nat. Nanotechnol. 3, 210 (2008)
7. A.C. Ferrari, S. Milana, P. H. Tan, D. M. Basko, P.Venezuela, (2015)
8. P. H. Tan et al. Nature Materials 11, 294 (2012)
9. X. Zhang et al. Phys. Rev. B 87, 115413 (2013)
10. J. B. Wu et al. Nature Comms 5, 5309 (2014)
11. J.B. Wu et al. ACS Nano 9, 7440 (2015)
12. S. Milana et al. submitted (2015)
Friday, 8 July 2016, 1:00PM - 1:30PM
Session Chair: Chair: Chee Lip GAN
Nanyang Technological University, Singapore
Nam-Gyu PARK
Sungkyunkwan University, South Korea
“Grain and Grain-Boundary Engineering for High Efficiency Perovskite Solar Cells”
Abstract
The solid-state perovskite solar cell with power conversion efficiency (PCE) of 9.7% was first reported in 2012 by Park’s group.
Its PCE reaches 22% in 2016 that was reported by KRICT. It is believed that perovskite solar cell is promising next-generation
photovoltaics due to superb performance and very low cost. In this talk, chemical routes to reaching more than 20% efficient
perovskite solar cells will be presented. We have found that Lewis acid-based adduct route is an effective methodology for high quality
perovskite layer. In the solution process to form the perovskite layer, PbI2 and CH3NH3I or HC(NH2)2I are dissolved in polar
aprotic solvents. Since polar aprotic solvents bear oxygen, sulfur or nitrogen, they can act as Lewis bases. In addition, the main group
compound PbI2 is known to be Lewis acid. Thus PbI2 has a chance to form adduct by reacting with Lewis base. We have successfully
fabricated the highly reproducible CH3NH3PbI3 perovskite solar cells with PCE as high as 20.4% via adduct of PbI2 with oxygen-donor
N,N’-dimethyl sulfoxide and grain boundary healing process. This adduct approach can be extended to formamidinium lead iodide
HC(NH2)2PbI3, in which large grain with high crystallinity and long-lived carrier life time is successfully fabricated via adduct of
PbI2 with sulfur-donor thiourea.
15
Escalators
Elevators
Toilets
Venue Floor Plan
16
Oral Presentation Guidelines
1. Determine Your Audio-Visual Needs
Each meeting room comes equipped with a laser pointer, computer, LCD projector and screen. The computers
will be configured with Windows 7 Operating System as well as with Microsoft Office and Adobe Acrobat Reader.
Please bring your presentation files in Thumb drives only.
For MAC-laptop users, please bring your own VGA adapter cable.
2. Prepare Your Presentation
Length of presentation material should be in accordance with your time allotted. Total duration including Q&A
and speaker changeover is 15 minutes for each contributed talk and up to 30 minutes for each invited/keynote
speaker. Please refer to the Final Program for actual presentation schedules. You are kindly requested to be at the
presentation room at least 15 minutes before the session starts.
3. Create a Backup Copy of Your Presentation
We recommend that you bring at least 2 copies of your presentation to the meeting for backup purposes. Thumb
drives are acceptable.
4. Give Your Presentation
Be considerate to the other speakers and audience by staying within your allocated time. The allocated time for your
presentation includes a discussion and a changeover to the next speaker. Session Chairs will hold you to the allotted
time. This is essential to ensure adequate time for questions and discussion as well as adherence to the schedule.
Please discuss the same material as reported in your paper submission. At the end of the meeting, all presentation
files will be destroyed.
17
Poster Presentation Guidelines
Poster sessions will be located at Summit 1, Level 3. Your assigned poster board will be marked with your Abstract ID.
Please feel free to approach the help desk for assistance.
1. Poster Display, Viewing, Question & Answer (Q & A) Session
Presenter Attendance Required
During Poster Q & A Session
from 19:00 to 21:00
Poster Set-up from 14:00 to 17:00
Poster tear down by 21:30 latest
Wed - 6 July 2016
Symposium A, B, C, D, E, F, G, H, I, J, K, L, M, N
2. Prepare Your Poster
Each presenter is provided with a 2.4 metre high by 1 metre wide poster panel. Please discuss the same material
as reported in your abstract submission. Vertical/Portrait format in A0 size is suggested. A0 Size Poster Measures:
841mm width x 1189mm height.
• Place your Paper Title, Paper Title and Authors’ names prominently at the top of the poster to allow viewers to
identify your paper easily.
• Highlight the Authors’ names, e‐mail and address information in case the viewer is interested in contacting you
for more information.
• You have complete freedom in displaying your information in figures, tables, text, photographs, etc in the
poster.
• A successful poster presentation depends on how well you convey information to an interested (but not expert)
audience. You may wish to structure your poster by including the background of your research followed by
results and conclusions.
3. Set Up Your Poster
Your poster presentation time is as shown in the session schedule and the poster should set up from 2:00pm to
5:00pm.
• Interactive forum is as scheduled and presenters are required to be at their posters during poster viewing times.
• Adhesive tapes and scissors are available at the Poster Help Desk, nearby the poster boards. If you have special
needs for your poster presentation, please bring those supplies with you to the meeting.
4. Remove Your Poster
• Posters must be removed immediately after the end of the scheduled presentation session. IUMRS-ICEM2016
will not be responsible for posters and materials left on poster boards after the end of the session by 9:00pm.
18
Useful Information
Secretariat – Meeting Matters International Pte Ltd
Email: icem2016@meetmatt.net
Cheng-Hoon KHOO
Conference Manager
HP: (65) 9819 9462
Jolene Tan
Registeration & Technical Program
HP: (65) 9125 9090
Alex ANG
Operation & Speaker Manager
HP: (65) 8181 6224
Emergency Services
Police
999
Police Hotline
1800 225 0000
Fire & Ambulance Services
995
Ambulance Service (Non-emergency)
1777
Emergency Road Service (24h)
6748 9911
About Singapore
Tourist Information Hotline
1800 736 8900
City Search
1900 777 7777
Singapore Hotel Association
+65 6523 0233
Flight Information
1800 542 4422
Transport Services
City Cab
+65 6552 2222
Comfort Cab
+65 6552 1111
Premier Taxis
+65 6363 6888
Prime Taxi
+65 6778 0808
SMRT Taxis
+65 6555 8888
Smart Cab
+65 6485 7777
TransCab
+65 6555 3333
Yellow-Top Taxi
+65 6293 5545
MRT Information Centre
1800 336 8900
Credit Cards
American Express
+65 6299 8133
Diners Club
+65 6294 4222
Visa Card
1800 345 1345
Citibank
+65 6225 5225
Master Card
+65 6533 2888
19
Getting to Suntec Convention Centre
By Buses:
Bus Services: 36, 97, 106, 111, 133, 501, 502, 518, 857, 700
By MRT:
MRT stands for “Mass Rapid Transit”, and is Singapore’s train and subway system. Suntec Singapore is connected to
the MRT network through several MRT stations.
The nearest MRT Stations are Esplanade Station (CC3) and Promenade Station (CC4/DT15) via the Circle Line which
will bring you directly to Suntec Singapore.
Alternatively, take the MRT to City Hall Station (NS25/EW13), followed by a five to ten minutes walk via an underpass
to Suntec Singapore.
Walking from MRT station
• 1 min from Promenade and Esplanade MRT
• 5 - 10 mins from City Hall MRT
20
Transportation in Singapore
Singapore has one of the most extensive and efficient public transportation systems in the world. Travelling in the city
and suburbs is typically a quick and affordable affair.
Singapore Train Services:
The Mass Rapid Transit (MRT) operates an extensive network of trains serving stations all across the island. It is a fast and
cost-effective way of getting around Singapore. There are currently four main lines, the North-South Line (Red),
East-West Line (Green), North-East Line (Purple), and Circle Line (Orange), with plans for future expansion on the
existing MRT system. Some MRT Stations are linked to several bus interchange stations, making it even more convenient
to continue your journey to areas in Singapore not covered but the MRT.
Bus:
Also conveniently available are Singapore’s public bus services. There are currently more than 300 bus services which
run daily from 5.30 to midnight, even covering destinations that are less available. The two main bus service providers
in Singapore are SBS Transit and SMRT Buses.
Taxi:
Taxis ply the island round the clock, bringing you wherever you want, anytime you want. However, do note that
peak-hour, city area and ERP gantry surcharges apply. There are numerous taxi stands available island-wide, as well as
in hotels and shopping centres. Here are the hotlines for various taxi services in Singapore, which will come in handy
if you end up in a more obscure part of the island where the traffic is sparse, or if you are unable to find a taxi during
peak hours or any other reason. If you’re coming from an entertainment or dining venue, most concierge services will
also be happy to call a taxi for you. The city’s major cab companies are:
Comfort Transportation Pte Ltd / CityCab Pte Ltd: (65) 6552 1111
Premier Taxis Pte Ltd: (65) 6476 8880
Maxi Cab: (65) 6535 3534
SMRT Taxis: (65) 6555 8888
21
Technical Program - Venue: Meeting Rooms, Level 3 (Oral)
Summit 1, Level 3 (Poster)
Session
Session
AM1
From
To
Monday - 04 July, 2016
14:00
17:00
Registration
From
To
Tuesday - 05 July, 2016
08:00
18:00
Registration
09:15
09:45
Opening Ceremony
09:45
10:30
Inaugural Plenary Lecture by Nobel Laureate
10:30
11:00
AM Break
Room Number
303
304
308
309
310
311
323
324
325
326
327
330
E
(p.50)
C
(p.37)
F
(p.56)
D
(p.43)
J
(p.81)
G
(p.63)
N
(p.103)
B
(p.32)
A
(p.24)
M
(p.95)
K
(p.87)
H
(p.71)
N
N
(p.103) (p.103)
A
(p.24)
M
(p.95)
K
(p.87)
H
(p.71)
A
(p.24)
M
(p.95)
K
(p.87)
H
(p.71)
11:00
12:30
12:30
13:00
Theme Lecture 1
13:00
14:00
Lunch
14:00
16:00
16:00
16:30
PM2
16:30
18:00
Session
From
To
Wednesday - 06 July, 2016
08:00
18:00
Registration
08:30
09:15
Plenary Lecture 2
09:15
10:00
Plenary Lecture 3
10:00
10:30
AM Break
AM2
PM1
AM1
Room Number
AM2
PM1
PM2
Eve
E
(p.50)
C
(p.37)
F
(p.56)
D
(p.43)
J
(p.81)
G
(p.63)
PM Break
L
(p.91)
C
(p.38)
F
(p.56)
D
(p.43)
J
(p.81)
G
(p.63)
N
N
(p.104) (p.104)
303
304
308
309
310
311
323
324
325
326
327
330
I
(p.78)
C
(p.38)
F
(p.57)
D
(p.43)
J
(p.82)
G
(p.64)
N
(p.105)
B
(p.32)
A
(p.25)
M
(p.96)
K
(p.88)
H
(p.72)
B
(p.32)
A
(p.25)
M
(p.96)
L
(p.91)
H
(p.72)
B
(p.33)
A
(p.26)
M
(p.97)
L
(p.91)
H
(p.73)
10:30
12:30
12:30
13:00
Theme Lecture 2
13:00
14:00
Lunch
14:00
16:00
16:00
16:30
16:30
18:00
18:15
19:00
E
(p.50)
C
(p.39)
F
(p.57)
D
(p.44)
J
(p.82)
G
(p.64)
N
(p.105)
PM Break
E
(p.51)
C
(p.39)
F
(p.57)
D
(p.44)
J
(p.82)
G
(p.65)
N
(p.106)
NTU-MRS Singapore Nobel Laureaute Public Lecture
IUMRS-ICEM2016 Poster Session
19:00
21:00
(Authors Set-up time: 14:00 to 17:00 & Tear Down time: 21:00 to 21:30)
A B C D E F G H I J K L M N
22
22
Session
AM1
From
To
Thursday - 07 July, 2016
08:00
18:00
Registration
08:30
09:15
Plenary Lecture 4
09:15
10:00
Plenary Lecture 5
10:00
10:30
AM Break
Room Number
303
304
308
309
310
311
323
324
325
326
327
330
E
(p.51)
C
(p.39)
F
(p.58)
D
(p.45)
J
(p.83)
G
(p.66)
N
(p.106)
B
(p.33)
A
(p.26)
M
(p.97)
L
(p.92)
H
(p.73)
B
(p.34)
A
(p.26)
M
(p.98)
L
(p.92)
H
(p.74)
B
(p.34)
A
(p.27)
M
(p.98)
K
(p.88)
H
(p.74)
326
327
330
L
(p.92)
H
(p.74)
L
(p.93)
H
(p.75)
10:30
12:30
12:30
13:00
Theme Lecture 3
13:00
14:00
Lunch
14:00
16:00
16:00
16:30
PM2
16:30
18:00
Eve
19:00
22:30
Session
From
To
Friday - 08 July, 2016
08:00
18:00
Registration
08:30
09:15
Plenary Lecture 6
09:15
10:00
Plenary Lecture 7
10:00
10:30
Closing Remarks & Poster Awards Presentation
10:30
11:00
AM Break
AM2
PM1
AM1
Room Number
AM2
PM1
PM2
I
(p.78)
C
(p.40)
F
(p.58)
D
(p.45)
G
(p.66)
N
(p.106)
PM Break
I
(p.79)
C
(p.40)
F
(p.59)
D
(p.46)
J
(p.84)
G
(p.67)
N
(p.107)
IUMRS-ICEM2016 Appreciation Dinner
(Strictly By Invitation Only)
303
304
308
309
310
311
323
324
325
I
(p.79)
C
(p.41)
F
(p.59)
D
(p.46)
K
(p.89)
G
(p.67)
N
(p.107)
B
(p.34)
A
(p.27)
B
(p.35)
A
(p.28)
11:00
13:00
13:00
13:30
Theme Lecture 4
13:30
14:30
Lunch
14:30
16:30
16:30
17:00
17:00
18:30
I
(p.79)
D
(p.47)
A 2D Materials and Devices Beyond Graphene
B
J
(p.83)
Compound Semiconductor/ Group IV on Silicon
K
(p.89)
N
(p.108)
E
(p.52)
PM Break
N
(p.108)
B
(p.35)
E
(p.52)
H
(p.75)
H Ferroelectric, Piezoelectric and Multiferroic Materials and
Devices
I
Topological Insulators
C Plasmonics and Metamaterials
J
Organic Electronics
D Advanced Spintronic and Magnetic Materials/Devices
K Advanced Applications of Ion Beams for Materials Science
E
Surface and Interface Engineering for Electronics
L
F
Materials for Solar Energy Conversion
G Advances in Smart Energy Storage for a Sustainable Energy
Future – Electrochemistry, Mechanics and Applications
Stretchable and Wearable Electronics
M Optical Materials and Devices
N Materials by Theoretical/Computational Design
23
23
Symposium A Session Schedule
14:30
Native and Irradiation-Induced Defects in
Two-Dimensional Inorganic Materials
A: 2D Materials: Growth and Heterostructures I
Arkady V. KRASHENINNIKOV1,2#+
Tue - 5 Jul 16 | 11:00 - 12:30 | Room 325
Session Chair(s): Thye Shen Andrew WEE (National University
of Singapore), Goki EDA (National University of Singapore)
11:00
1Helmholtz
15:00
2D Heterostructures
Kai XIAO1#+, Ming-Wei LIN1, Alex PURETZKY1,
Juan-Carlos IDROBO1, Chris ROULEAU1, David
GEOHEGAN1
Lain-Jong LI1#+
Abdullah University of Science and Technology
(KAUST), Saudi Arabia
A-2 (Invited)
Interface Properties of Multilayer MoS2
1Oak
15:15
of Advanced Materials Engineering, Kookmin
University, South Korea
1University
of Oxford, United Kingdom, 2Department of
Materials, University of Oxford, United Kingdom
A-3
Experimental Realization of Two-Dimensional
15:30
A-5
Boron Sheets
Fabrication of Sub-20 nm Metal Electrodes on 2D
Lan CHEN1#+
Materials Without a Charged Particle Beam
1Institute
12:15
A-4
Haijie TAN1#+, Ye FAN1, Benjamin PORTER1, Aaron
Chit Siong LAU1, Yingqiu ZHOU1, Harish
BHASKARAN1, Jamie WARNER2
Woong CHOI1#+
12:00
Ridge National Laboratory, United States
Ultrathin Optoelectronics Using 2D Crystals
Thin-Film Transistors
1School
A-3
Isoelectronic Doping of MoSe2 Monolayers for
Heterostructures of Two-Dimensional Materials
11:30
Zentrum Dresden-Rossendorf, Germany, 2Aalto
University, Finland
A-1 (Invited)
1King
A-2 (Invited)
of Physics, Chinese Academy of Sciences, China
Felix HOLZNER1#+
1SwissLitho
A-4
Novel Single Source Precursors for the
15:45
AG, Switzerland
A-6
Deposition of Early Transition Metal
The Effect of High-k Dielectric and Polar
Dichalcogenide Films
Phonons on the Photoluminescence of MoS2 on
Samantha HAWKEN1#+, Andrew HECTOR1, Marek
JURA2, William LEVASON1, Gillian REID1, Gavin
STENNING2
Transition Metal Oxides
1University
Sinu MATHEW1#+, Soumya SARKAR2, Surajit SAHA1,
Antony GEORGE1,3, Saurav PRAKASH1, Brijesh
KUMAR1, Pulickel AJAYAN3, T. VENKATESAN1
of Southampton, United Kingdom, 2Science and
Technology Facilities Council (STFC), ISIS, Harwell
1National
Innovation Campus, United Kingdom
Graduate School for Integrative Sciences and Engineering,
University of Singapore, Singapore, 2NUS
National University of Singapore, Singapore, 3Rice
University, United States
A: 2D Materials:
Devices/Processing/Applications I
Tue - 5 Jul 16 | 14:00 - 16:00 | Room 325
Session Chair(s): Lain-Jong LI (King Abdullah University of
Science & Technology (KAUST)), Woong CHOI (Kookmin
University)
14:00
A-1 (Invited)
Integration of 2D Materials for Nanoelectronic
Devices
Jaeho JEON1, Shen LAI1, Jingyuan JIA1, Sung Kyu
JANG1, Sungjoo LEE1#+
1Sungkyunkwan
University, South Korea
A: 2D Materials: Properties and
Characterization I
Tue - 5 Jul 16 | 16:30 - 18:00 | Room 325
Session Chair(s): Sungjoo LEE (Sungkyunkwan University),
Arkady V. KRASHENINNIKOV (Helmholtz Zentrum
Dresden-Rossendorf)
16:30
A-1 (Invited)
Thermal Conduction in Layered Materials
Junqiao WU1#+, Sangwook LEE1, Kedar
HIPPALGAONKAR2, Joonki SUH1, Fan YANG1
1University
of California, Berkeley, United States, 2Agency
for Science, Technology and Research (A*STAR), Singapore
24
24
17:00
Novel MoS2 FETs with PLD Grown Functional
Two-Dimensional Semiconductors
Oxide Encapsulation
Goki EDA1#+
Soumya SARKAR1#+, Sinu MATHEW2, Mallikarjuna
RAO MOTAPOTHULA2, Sreetosh GOSWAMI2, Surajit
SAHA2, T. VENKATESAN2
University of Singapore, Singapore
A-3
1NUS
Defect Fingerprints and Reactivity by Ab
Engineering, National University of Singapore, Singapore,
Single Layer MoS2
César GONZÁLEZ1, Yannick DAPPE2, Blanca BIEL3#+
1University
12:15
Ashutosh TIWARI1#+
1University
Computadores, University of Granada-Q1818002F, Spain
of Utah, United States
A-4
Phonons in 2D Layered Materials
Xin LUO1,2+, Su Ying QUEK1#
1National
University of Singapore, Singapore, 2Agency for
Science, Technology and Research (A*STAR), Singapore
A: 2D Materials:
Devices/Processing/Applications II
A: 2D Materials: Growth and Heterostructures
II
Wed - 6 Jul 16 | 14:00 - 16:00 | Room 325
Session Chair(s): Gianluca FIORI (University of Pisa), Kah-wee
ANG (National University of Singapore)
14:00
Graphene and TMDC
Hiroki AGO1,2#+
Session Chair(s): Jamie WARNER (University of Oxford),
Xiaodong CUI (The University of Hong Kong)
A-1 (Invited)
Two-Dimensional Materials, Heterostructures
1Kyushu
14:30
Yeliang WANG1#+
1Chinese
of California, Los Angeles, United States
15:00
A-3
First-Principles Investigation
Applications
Hui LI1#+
Gianluca FIORI1#+, Giuseppe IANNACCONE2
1Chinese
di Ingegneria dell'Informazione, Università
di Pisa, Italy, 2Università di Pisa, Italy
Academy of Sciences, China
Recent Progress on Silicene and Borophene: A
On the Perspective of 2D Materials for Electronic
1Dipartimento
A-2 (Invited)
Epitaxial Growth and Properties of 2D Materials
Xiangfeng DUAN1#+
A-2 (Invited)
University, Japan, 2Japan Science and Technology
(JST), Japan
and Devices
1University
A-1 (Invited)
Vertical and In-Plane Heterostructures of
Wed - 6 Jul 16 | 10:30 - 12:30 | Room 325
11:30
A-6
P-Type Van Der Waals Semiconductor
Commission (CEA), France, 3Electrónica y Tecnología de
11:00
University of Singapore, Singapore
2-Dimensional Tin Monoxide-an Unexplored
of Granada, Spain, 2Universit Paris-Saclay, The
French Alternative Energies and Atomic Energy
10:30
Graduate School for Integrative Sciences and
2National
Initio-Based STM and AFM Simulations in
17:45
A-5
Dipole-Dipole Exciton Energy Transfer in
1National
17:30
12:00
A-2 (Invited)
15:15
Academy of Sciences, China
A-4
Transition Metal-Induced Modulation of the
A-3
Phosphorene and Isoelectronic Materials for
Physical and Chemical Properties of 2D
Information Processing
Nanostructures
Alexandra CARVALHO1#+, Aleksandr RODIN1, Lidia
GOMES1, Paul HANAKATA2, Antonio Helio CASTRO
NETO1
1Indian
1National
A. H. M. Abdul WASEY1#+, Gour P. DAS1
Association for the Cultivation of Science, India
University of Singapore, Singapore, 2Boston
University, United States
11:45
A-4
Improving Transition Metal Dichalcogenide
Materials Properties
Lan LI1#+
1Micron
School of Materials Science and Engineering, Boise
State University, United States
25
25
15:30
A-5
Synthesis and Characterization of Layered ReX2
Transition Metal Dichalcogenides
Bhakti JARIWALA1#+, Damien VOIRY2, Apoorv
JINDAL1, Bhagyashree CHALKE1, Rudheer BAPAT 1,
Arumugam THAMIZHAVEL1, Manish
CHHOWALLA2, Mandar DESHMUKH1, Arnab
BHATTACHARYA3
1Tata
Institute of Fundamental Research, India, 2Rutgers
A: 2D Materials: Properties and
Characterization III
Thu - 7 Jul 16 | 10:30 - 12:30 | Room 325
Session Chair(s): Hongtao YUAN (Stanford University),
Shiwei WU (Fudan University)
10:30
Long-Lived Valley-Polarized Holes in Monolayer
University, United States, 3Condensed Matter Physics and
WSe2
Materials Science, Tata Institute of Fundamental Research,
Wen-Hao CHANG1#+
1National Chiao Tung University, Taiwan
India
15:45
A-6
Synthesis and Applications of Novel
11:00
A-2 (Invited)
Electronic Structure Investigation of
Two-Dimensional Metal Chalcogenide
Two-Dimensional Materials and Van Der Waals
Nanomaterials
Heterostructure
Chaoliang TAN1+, Hua ZHANG2#
1School of Materials Science and Engineering, Nanyang
Shuyun ZHOU1#+
1Tsinghua
Technological University, Singapore, 2Nanyang
Technological University, Singapore
A-1 (Invited)
11:30
University, China
A-3 (Invited)
Nature of Photoresponse in Atomically Thin
Transition Metal Chalcogenides
Sangeeth KALLATT 1, Kausik MAJUMDAR2#+
A: 2D Materials: Properties and
Characterization II
1Indian
Wed - 6 Jul 16 | 16:30 - 18:00 | Room 325
Session Chair(s): Hiroki AGO (Kyushu University), Yeliang
WANG (Chinese Academy of Science)
16:30
India
12:00
Structural, Electronic and Optical Properties
Lidia GOMES1#+, Alexandra CARVALHO1, Aleksandr
RODIN1, Antonio Helio CASTRO NETO1
1National University of Singapore, Singapore
Atomic Structure of Defects and Dopants in 2D
Transition Metal Dichalcogenides
Jamie WARNER1#+
of Materials, University of Oxford, United
Kingdom
17:00
12:15
Two-Dimensional Structures
A-2 (Invited)
Xiao ZHANG1+, Hua ZHANG1#
1Nanyang Technological University, Singapore
Xiaodong CUI1#+
1The University of Hong Kong, Hong Kong SAR
A-3
Determine the Band Alignment of 2D Materials
by Synchrotron Radiation Spectromicroscopy
Hung Wei SHIU1, Chia-Hao CHEN1#+
1National Synchrotron Radiation Research Center, Taiwan
17:45
A-4
Puckering Inversion in Monolayer Group-IV
Monochalcogenides SnS and GeSe Through
Application of Stress and Electric Field
Paul HANAKATA1#+, Alexandra CARVALHO2, David
CAMPBELL1, Harold PARK1
1Boston University, United States, 2National University of
A-5
Preparation of Ultra-Small Nanodots with
Spin-Valley coupling in 2D TMD
17:30
A-4
Two-Dimensional Group-IV Monochalcogenides:
A-1 (Invited)
1Department
Institute of Science, India, 2Electrical
Communication Engineering, Indian Institute of Science,
A: 2D Materials:
Devices/Processing/Applications III
Thu - 7 Jul 16 | 14:00 - 16:00 | Room 325
Session Chair(s): Wen-Hao CHANG (National Chiao Tung
University), Shuyun ZHOU (Tsinghua University)
14:00
A-1 (Invited)
Mixed Dimensional Nanoelectronic
Heterostructures
Mark C. HERSAM1#+
1Northwestern
University, United States
Singapore, Singapore
26
26
14:30
A-2 (Invited)
A-4
The Integration of High-k Gate Dielectrics with
Understanding Charge Transfer at 2D MoS2 /ZnS
2D MoS2 Materials
Hetero-Junction using Kelvin Probe Force
Shi Jie WANG1#+
Microscopy
1Institute
15:00
17:45
of Materials Research and Engineering (IMRE),
Intu SHARMA1#+, Bodh Raj MEHTA2
Agency for Science, Technology and Research (A*STAR),
1Physics,
Singapore
2Indian
Indian Institute of Technology Delhi, India,
Institute of Technology Delhi, India
A-3 (Invited)
Interface Engineering for 2D Black Phosphorous
Based Optoelectronic Devices
Wei CHEN1#+
1National
15:30
University of Singapore, Singapore
A: 2D Materials: Properties and Computation
Fri - 8 Jul 16 | 11:00 - 13:00 | Room 325
Session Chair(s): Dacheng WEI (Fudan University), Mark
EDMONDS (Monash University)
A-4
Strain-Engineered Optoelectronic Properties of
Two-Dimensional Transition Metal
11:00
Graphene Plasmonics and Beyond
Dichalcogenide Lateral Heterostructures
Tony LOW1#+
1University of Minnesota, United States
Jaekwang LEE1#+
1Pusan
15:45
National University, South Korea
11:30
A-5
Heterostructures
Screen Printed Carbon Electrode for
Su Ying QUEK1#+
1National University of Singapore, Singapore
Electrochemical Sensing Application
1National
Electronics and Computer Technology Center,
A-2 (Invited)
Energy Level Alignments in Van der Waals
Graphene/au-pedot:pss Nanocomposite Modified
Adisorn TUANTRANONT 1#, Anurat WISITSORRAT 1,
Tanom LOMAS1, Adisorn TUANTRANONT 1+
A-1 (Invited)
12:00
A-3 (Invited)
Terahertz Conductivity of 2D Dirac Materials
Thailand
Elbert E. M. CHIA1#+
1Nanyang
A: 2D Materials: Properties and
Characterization IV
12:30
Substrate for Molecule Detection
Blanca BIEL1#+, Sibel ÓZKAYA2, Luca DONETTI3,
Andrés GODOY3, Francisco GÁMIZ3, Pablo POU4
Session Chair(s): Mark C. HERSAM (Northwestern University),
Wei CHEN (National University of Singapore), Shijie WANG
(Agency for Science, Technology and Research (A*STAR))
Electronic Structure Evolution to the Spin
Transport
Hongtao YUAN1#+
1Stanford
17:00
1Electrónica
University, United States
y Tecnología de Computadores, University of
Granada-Q1818002F, Spain, 2University of Aksaray,
Turkey, 3University of Granada, Spain, 4Autonomous
University of Madrid, Spain
A-1 (Invited)
Layered Chalcogenides Beyond Graphene: From
A-4
Sensing Capabilities of a Single-Layer MoS2
Thu - 7 Jul 16 | 16:30 - 18:00 | Room 325
16:30
Technological University, Singapore
12:45
A-5
Electron Interactions in Graphene Through an
Effective Coulomb Potential
Joao RODRIGUES1#+, Shaffique ADAM1
1National
University of Singapore, Singapore
A-2 (Invited)
Defects in Transition Metal Dichalcogenide
Monolayer
Shiwei WU1#+
1Fudan
17:30
University, China
A-3
Self-Assembly of Fluorinated Fullerene C60F48
on Monolayer Tungsten Diselenide
Zhibo SONG1#+, Yuli HUANG1, Tingting LIN2, Yu Jie
ZHENG1, Andrew T. S. WEE1
1National
University of Singapore, Singapore, 2Agency for
Science, Technology and Research (A*STAR), Singapore
27
27
A: 2D and Related Materials: Growth and
Preparation
Sn. 4
A-D2-Poster-4
Atomic Gold Clusters Deposited Single Layer
MoS2 and Their Possible Applications - First
Fri - 8 Jul 16 | 14:30 - 16:30 | Room 325
Principles Approach
Session Chair(s): Tony LOW (University of Minisota), Su Ying
QUEK (National University of Singapore)
Karthikeyan JEYAKUMAR1+, Vijay KUMAR2, P.
MURUGAN1#
14:30
Central Electrochemical Research Institute, India, 2Dr. Vijay
1Council
A-1 (Invited)
Kumar Foundation, India
Direct Growth of Graphene Crystals on
Dielectrics at Low Temperature for Nanodevices
Dacheng WEI1#+
1Department of Marcomolecular Science, Fudan University,
15:00
Sn. 5
China
Properties of Holey Two-Dimensional C2N
A-2 (Invited)
Shan GUAN1,2#+, Yingchun CHENG3, Chang LIU1,
Junfeng HAN1, Yun Hao LU4, Shengyuan YANG2,
Yugui YAO1
Crystals
Topological Dirac Semimetal Thin Films
1Beijing
Mark EDMONDS1#+
1Monash University, Australia
of Monolayer CVD-Grown MoS2
Institute of Technology, China, 2Singapore
University of Technology and Design, Singapore, 3Nanjing
Tech University, China, 4Materials Science& Engineering,
Zhejiang University, China
A-3 (Invited)
Quenching Induced Fracturing and Self-Rolling
Sn. 6
A-D2-Poster-6
Functionalized Graphene Oxide Scrolls
HUANG1#+
Han
1physics, Central South University, China
16:00
A-D2-Poster-5
Effects of Strain on Electronic and Optic
Electronic Properties of High-Quality Epitaxial
15:30
of Scientific and Industrial Research (CSIR) -
Fabricated by Molecular Combing and Their
Sensing Applications
Yang LIU1, Lin WANG1, Hai LI1#+
A-4
1Jiangsu
Preparation of Ultrathin 2D Metal-Organic
Framework Nanosheets
Meiting ZHAO1+, Hua ZHANG1#
1Nanyang Technological University, Singapore
National Synergistic Innovation Center for
Advanced Materials (SICAM), Nanjing Tech University,
China
Sn. 7
A-D2-Poster-7
Orientation Order and Charge Transfer Dynamics
of PTCDI-C4 Molecules on MoS2 Interfaces
Arramel ARRAMEL1#+
Symposium A Poster Session
1National
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Sn. 1
A-D2-Poster-1
Sn. 8
1E.K.M,
Sn. 2
BN/Gold Heterostructures
MADI1#+
Qixing WANG1+, Zijing DING1, Dianyu QI2, Jizhou
JIANG2, Wenjing ZHANG2, Andrew T. S. WEE1#
Burkina Faso
1National
A-D2-Poster-2
Jia-Tao SUN1#+
1Chinese
Sn. 3
Academy of Sciences, China
University of Singapore, Singapore, 2Shen Zhen
University, China
Surface Confined Electronic States in Van Der
Waals Stacked Multilayer
A-D2-Poster-8
Photoluminescence Properties of MoS2 on
2D Materials and Devices Beyond Graphene
Kouraogo
University of Singapore, Singapore
Sn. 9
A-D2-Poster-9
Electrochemical Synthesis and in Situ
Self-Assembly of Insoluble Π-Conjugated
A-D2-Poster-3
System
Large-Scale Assembly of Free-Standing
Mingxiao SUN1+, Zengqi XIE1, Yuguang MA1#
Semiconducting Nanomesh of Single-Walled
1South
China University of Technology, China
Carbon Nanotubes and Field-Effect Transistors
with Highly Sensitive Electrochemical
Modulation
Hye Hyeon BYEON1+, Hyunjung YI1#
1Korea
University, South Korea
28
28
Sn. 10
Sn. 15
A-D2-Poster-10
Dual Gated Devices on 2D Layered Materials
Transition Metal Dichalcogenides
Chithra H. SHARMA1+, Madhu THALAKULAM1#
CHAI1#+,
Jianwei
Weifeng
Ming
Zheng ZHANG4, Jisheng PAN4, Shi Jie WANG5,
Dongzhi CHI6
1Ceramics,
YANG2,
1Indian
YANG3,
Insitute of Materials Research and
Sn. 16
Tuning a Schottky Barrier of Epitaxial
Research & Engineering (IMRE), A*STAR (Agency for
Graphene/4H-SiC (0001) by Hydrogen
Intercalation
Technology and Research (A*STAR), Singapore, 4Agency
Dharmaraj PERIYANAGOUNDER1+, Jeganathan
KULANDAIVEL1#
for Science, Technology and Research (A*STAR), Singapore,
1Bharathidasan
5Institute
of Materials Research and Engineering (IMRE),
Agency for Science, Technology and Research (A*STAR),
Sn. 17
A-D2-Poster-17
Molybdenum Sulfide on Carbon Substrates for
Engineering, Agency for Science, Technology and Research
Water Splitting Reaction
Chia-Ying CHIANG1#+, Yu-Wen CHEN2, Ken-Chung
LEE2
A-D2-Poster-11
1Chemical
Engineering, National Taiwan University of
Band Alignment in Lateral Two-Dimensional
Science and Technology, Taiwan, 2National Taiwan
Heterostructures
University of Science and Technology, Taiwan
Bart PARTOENS1#+, Stephan VERCAUTEREN1, Bob
SCHOETERS1, Ortwin LEENAERTS1
1University of Antwerp, Belgium
Sn. 18
A-D2-Poster-18
Novel Mid-Infrared Photodetector Based on
Bilayer PtSe2
A-D2-Poster-12
Xuechao YU1#+, Peng YU1, Zheng LIU1, Qijie WANG1
Valley Polarization Induced by Non-Magnetic
Atom Doping in Two Dimensional Transition
Metal Dichalcogenides
1Nanyang
Sn. 19
Technological University, Singapore
A-D2-Poster-19
Lei XU1+, Lei SHEN1, Yuan Ping FENG1#
Graphene Nanomesh Formation by Fluorine
1National
Intercalation
University of Singapore, Singapore
Swee Liang WONG1+, Khoong Hong KHOO2, Su Ying
QUEK3, Andrew T. S. WEE3#
1Institute of Materials Research and Engineering, Agency
A-D2-Poster-13
Structural Stability and Electronic Properties of
for Science, Technology and Research (A*STAR), Singapore,
Aluminium Oxide Monolayer
2Institute
Ming YANG1#+, Jianwei CHAI2, Zheng ZHANG3,
Jisheng PAN3, Dongzhi CHI4, Yuan Ping FENG5, Shi
Jie WANG6
1Institute
of Materials Research and Engineering,Agency
for Science, Technology and Research (A*STAR), Singapore,
2Ceramics,
of High Performance Computing, Agency for
Science, Technology and Research (A*STAR), Singapore,
3National
Sn. 20
Insitute of Materials Research and
University of Singapore, Singapore
A-D2-Poster-20
Doping Effect in Multilayer WSe2 Field Effect
Engineering(IMRE), Singapore, 3Agency for Science,
Transistors via Plasma Treatment
Technology and Research (A*STAR), Singapore, 4Institute
of Materials Research and Engineering, Agency for Science,
Seung-Pil KO1#+, Min-Yeul RYU2, Byung Chul LEE2,
Ho-Kyun JANG3, Jong Mok SHIN2, Gyu Tae KIM2
Technology and Research (A*STAR), Singapore, 5National
1School
University of Singapore, Singapore,
6Institute
of Materials
Technology and Research (A*STAR), Singapore
of Electrical Engineering, Korea University, South
Korea, 2Korea University, South Korea, 3Nano Device Lab,
Research and Engineering (IMRE), Agency for Science,
Sn. 14
University, India
Singapore, 6 Institute of Materials Research and
(A*STAR), Singapore
Sn. 13
A-D2-Poster-16
Engineering(IMRE), Singapore, 2Institute of Materials
Materials Research and Engineering,Agency for Science,
Sn. 12
Institute of Science Education & Research
Thiruvananthapuram, India
Science, Technology and Research), Singapore, 3 Institute of
Sn. 11
A-D2-Poster-15
Wafer Scale Growth of Two-Dimensional
Korea University, South Korea
Sn. 21
A-D2-Poster-21
A-D2-Poster-14
Micro-Patterning MoS2 to Fabricate
Real-Time Detection of Electron Tunneling in a
Multi-Terminal Devices
Graphene Quantum Dot by a Strongly Coupled
Single-Electron Transistor
Madhu THALAKULAM1#+, Abin VARGHESE1,
Chithra H. SHARMA1
Chien-Han CHEN1+, Chih-Hua LIU1, Cen-Shawn WU1#
1National Changhua University of Education, Taiwan
Thiruvananthapuram, India
1Indian
Institute of Science Education & Research
29
29
Sn. 22
Sn. 30
A-D2-Poster-22
Introducing a New EDS Detector with Sub 10nm
Zn(NO3)2∙6H2O-impregnated MoS2
Spatial Resolution Designed for the Analysis of
Ho-Kyun JANG1#+, Jun Hee CHOI2, Jun Eon JIN2,
Do-Hyun KIM2, Gyu Tae KIM2
2D Materials and Nanoparticles
1Nano
1Oxford
Jiang WU1+, Simon BURGESS1#, Xiaobin LI1
Device Lab, Korea University, South Korea, 2Korea
University, South Korea
Sn. 23
Sn. 31
A-D2-Poster-23
Vacancy-Defective Monolayer MoS2
Investigation
Sandeep KUMAR1#+, Hitesh SHARMA1
Yogeshkumar SONVANE1#+, Doebrat SINGH1, Sanjeev
Kumar GUPTA2, Pankanjsinh THAKOR3
1Punjab
1Sardar
Technical University, India
2St.
A-D2-Poster-24
A Simple Graphene Field Effect Transistor for the
Ph-Sensor Application
Sn. 32
Gap States Arose at Low-Angle Grain Boundaries
1Anna
Yuli HUANG1#+, Zijing DING2, Wenjing ZHANG3,
Lain-Jong LI4, Dongzhi CHI5, Su Ying QUEK2, Andrew
T. S. WEE2
in Monolayer Tungsten Diselenide
University, India, 2National Institute for Materials
A-D2-Poster-25
1Agency
Singapore, 2National University of Singapore, Singapore,
Ning WEI1#+
3Shen
1Northwest
of Science and Technology (KAUST), Saudi Arabia,
A&F University, China
Sn. 33
Germanium Hydride
Kaptan RAJPUT 1, Sanjeev Kumar GUPTA2#+,
Yogeshkumar SONVANE1
for Science, Technology and Research (A*STAR),
Singapore, 3National University of Singapore, Singapore
1Sardar
2St.
A-D2-Poster-27
Sn. 34
Oxide Paper for Electronic Devices
Sn. 35
Computational Screening of Anion Vacancy Sites
in Two-Dimensional Metal Dichalcogenides for
A-D2-Poster-34
Sergiu AMARIE1#+
1Neaspec GmbH, Germany
University, India
A-D2-Poster-28
Vallabhbhai National Institute of Technology, India,
Xavier's College, India
20-70 Thz Nanoscope
D. SELVAKUMAR1+, M. P. SIVARAJ1, H. SIVARAM1,
Jayavel RAMASAMY1#
1Anna
A-D2-Poster-33
Gas Sensing Though 2D Monolayer of
Engineering, National University of Singapore, Singapore,
Synthesis and Fabrication of Reduced Graphene
of Materials Research and Engineering, Agency
for Science, Technology and Research (A*STAR), Singapore
Graduate School of Integrative Science and
2Agency
Zhen University, China, 4King Abdullah University
5Institute
A-D2-Poster-26
1NUS
A-D2-Poster-35
Structural and Dynamics Studies of Foreign
Atoms in Graphene with Atomic Resolution
Joohee LEE1+, Kyeyeop KIM2, Young Ho KANG2,
Seungwu HAN2#
Qu CHEN1#+, Ai Leen KOH2, Alex ROBERTSON1,
Kuang HE1, Euijoon YOON3, Gun-do LEE3, Sungwoo
LEE3, Robert SINCLAIR4, Angus KIRKLAND1, Jamie
WARNER5
1Materials
1University
Catalytic Effects in Hydrogen Evolution Reaction
Science and Engineering, Seoul National
University, South Korea,
2Seoul
National University, South
of Oxford, United Kingdom, 2Stanford Nano
Shared Facilities, United States, 3Seoul National
University, South Korea, 4Stanford University, United
Korea
Sn. 29
for Science, Technology and Research (A*STAR),
Thermal Conductivity of Graphene Kirigami
Calvin Pei Yu WONG1#+, Cedric TROADEC2, Kuan
Eng Johnson GOH2, Andrew T. S. WEE3
Sn. 28
A-D2-Poster-32
Arun Kumar MANOHARAN1+, Jayavel
RAMASAMY1#, Nobutaka HANAGATA2
A Study of the Metal/2D Semiconductor Contacts
Sn. 27
Vallabhbhai National Institute of Technology, India,
Xavier's College, India, 3Veer Narmad South Gujarat
University, India
Science, Japan
Sn. 26
A-D2-Poster-31
Dependence of Thermal Conductivity for
Graphene Nanoribbons: A Density Functional
Sn. 25
Instruments NanoAnalysis, United Kingdom
Temperature, Size and Edge Roughness
Effect of Co, No, Co2 and No2 Adsorption on
Sn. 24
A-D2-Poster-30
Electrical Properties of
States, 5Department of Materials, University of Oxford,
A-D2-Poster-29
United Kingdom
Physico-chemical Modelling and Growth of Mos2
Over Large Areas by Cvd
Sukanya DHAR1#, Kranthi KUMAR1, Srinivasan
RAGHAVAN1+, S. A. SHIVASHANKAR1
1Indian
Institute of Science, India
30
30
Sn. 36
A-D2-Poster-36
Sn. 43
Characterization and Optical Properties of
Alloys
TiO2-ZGraphene Oxide Nanocomposites
Yimei FANG1+, Shunqing WU1#, Zizhong ZHU1
1Xiamen
Sn. 37
Prepared by Microwave Technique
University, China
Suparut NARKSITIPAN1#+, Somchai THONGTEM2
1Maejo
A-D2-Poster-37
Low Cost Growth of MoS2 Atomic Layers for
Electrocatalysis of Hydrazine Oxidation
Dhanasekaran VIKRAMAN1+, Sajjad HUSSAIN2,
Jongwan JUNG2, Hui Joon PARK1#
1Ajou
University, South Korea, 2Sejong University, South
Korea
Sn. 38
A-D2-Poster-43
Investigation on Two-Dimensional Honeycomb
A-D2-Poster-38
MoS2 Composited with CuCl for DMMP Vapor
Sensing at Room Temperature
University, Thailand, 2Chiang Mai University,
Thailand
Sn. 44
A-D2-Poster-44
Nitrogen-Doped 3D Graphene Foam Prepared by
In-Situ Inductively-Coupled-Nitrogen-Plasma
Post-Treatment Upon Chemical Vapor Deposition
Ditsayut PHOKHARATKUL1, Kata
JARUWONGRUNGSEE1, Thitima MATUROS1,
Adisorn TUANTRANONT 1, Anurat WISITSORRAT 1#+
1National
Electronics and Computer Technology Center,
Thailand
Yong ZHOU1#+
1Chongqing
Sn. 39
University, China
A-D2-Poster-39
2D Transition Metal Dichalcogenides for
Valleytronics Applications
Ai Lin Christina PANG1+, Qing Hao Wilson SHEN2,
Vijila CHELLAPPAN3, Zheng ZHANG1, Kuan Eng
Johnson GOH1#
1Agency for Science, Technology and Research (A*STAR),
Singapore, 2MPC, Agency for Science, Technology and
Research (A*STAR), Singapore, 3 Institute of Materials
Research and Engineering, Agency for Science, Technology
and Research (A*STAR), Singapore
Sn. 40
A-D2-Poster-40
Growth of Carbon Nanowall on the Metal-Coated
Substrates by Using a Microwave PECVD
According to the Substrate Temperature
Jong Kug PARK1, Hong-Jik SHIN1, Hyunil KANG1,
Hyun-Suk HWANG2, Won Seok CHOI1#+
1Hanbat National University, South Korea, 2Seoil
University, South Korea
Sn. 41
A-D2-Poster-41
Chiral Nanofibers Self-Assembled from Ultrathin
Low-Dimensional Nanomaterials
Chaoliang TAN1+, Hua ZHANG2#
1School of Materials Science and Engineering, Nanyang
Technological University, Singapore, 2Nanyang
Technological University, Singapore
Sn. 42
A-D2-Poster-42
Preparation of MoS2-MoO3 Hybrid
Nanomaterials for Light-Emitting Diodes
Xiao ZHANG1+, Zongyou YIN1, Hua ZHANG1#
1Nanyang Technological University, Singapore
31
31
Symposium B Session Schedule
11:00
Heteroepitaxial Growth and Power Electronics
Using AlGaN/GaN HEMT on 200 mm Si
B: Integration and Devices
Substrate
Tue - 5 Jul 16 | 11:00 - 12:30 | Room 324
Session Chair(s): Chennupati JAGADISH (Australian National
University)
11:00
Takashi EGAWA1#+
1Nagoya
11:30
Sebastian LOURDUDOSS1#+
Incorporating Compound Semiconductor Devices
1KTH
Eugene FITZGERALD1#+
Alliance for Research and Technology,
Singapore
11:45
High Mobility GaN Based on HEMT
Heterostructures
with Ultra-Thin Buffer Utilizing Interfacial
Alexey ALEXEEV1#+
1SemiTEq JSC, Russian Federation
Misfit Dislocations
Soon Fatt YOON1#+, Kian Hua TAN1, Wan Khai
LOKE1, BoWen JIA1, Satrio WICAKSONO1, Daosheng
LI1, Sachin YADAV2, Annie ANNIE2, Kian Hui GOH2,
Sujith SUBRAMANIAN2, Kain Lu LOW2, Gengchiau
LIANG2, Xiao GONG2, Yee-Chia YEO2
12:15
B-5
Effect of III/V Ratio on the Stress States of GaN
Grown on SiC Substrate by Plasma Assisted
Technological University, Singapore, 2National
Molecular Beam Epitaxy
University of Singapore, Singapore
Manvi AGRAWAL1#+, Ravikiran LINGAPARTHI2,
Dharmarasu NETHAJI2, K. RADHAKRISHNAN2,
Karthikeyan GIRI SADASIVAM2, Yi ZHENG2,
Subramaniam ARULKUMARAN2, Geok Ing NG2
B-3 (Invited)
Recent GaN-Based Power Devices & Applications
1Temasek
Daisuke UEDA1#+
1Kyoto Institute of Technology, Japan
12:30
B-4 (Invited)
Ammonia MBE for Low Dislocation Density and
Hetero-Integration of III-V Devices on Silicon
12:00
Royal Institute of Technology, Sweden
Use of Plasma-Assisted and High Temperature
B-2 (Invited)
1Nanyang
B-3
Indium Phosphide on Silicon
Enabling Monolithic Silicon Integrated Circuits
11:30
Institute of Technology, Japan
Epitaxial Lateral Overgrowth Techniques for
B-1 (Invited)
1Singapore-MIT
B-2 (Invited)
Laboratories@NTU, Singapore, Singapore,
2Nanyang
Technological University, Singapore
B-4
Drain Current-Transient Characteristics of
AlGaN/GaN HEMTs on Si Under Fully On-State
B: Nanostructures and Nanomaterials
Stress
Wed - 6 Jul 16 | 14:00 - 16:00 | Room 324
Mulagumoottil Jesudas ANAND1, Geok Ing NG1,
Arulkumaran SUBRAMANIAM1#+
1Nanyang Technological University, Singapore
Session Chair(s): Martin KUBALL (University of Bristol), Testu
KACHI (Nagoya University)
14:00
B-1 (Invited)
Semiconductor Nanowires for Optoelectronics
and Energy Applications
B: Growth and Related Technologies 1
Chennupati JAGADISH1#+
Wed - 6 Jul 16 | 10:30 - 12:30 | Room 324
Session Chair(s): Joan M. REDWING (The Pennsylvania State
University), Huili (GRACE) XING (Cornell University)
10:30
1Australian
14:30
National University, Australia
B-2 (Invited)
Gan Nanowires: From Growth Mechanisms to
B-1 (Invited)
Device Structures
GaN-Diamond RF Electronics - Challenges and
Arnab BHATTACHARYA1#+
1Condensed
Successes
Martin KUBALL1#+, James W. POMEROY1, Julian
ANAYA1, Roland B. SIMON1, Huarui SUN1, Yan
ZHOU1, Dong LIU1
1University
of Bristol, United Kingdom
Matter Physics and Materials Science, Tata
Institute of Fundamental Research, India
15:00
B-3 (Invited)
Advanced Nanoscale Characterization of
Structural and Optical Properties of Nitride
Nanostructures Using Scanning Transmission
Electron Microscopy Cathodoluminescence
Juergen CHRISTEN1, Frank BERTRAM1#+
1Otto-von-Guericke
University Magdeburg, Germany
32
32
15:30
B-4
Nanoscale Cathodoluminescence of an InGaN
Single Quantum Well Intersected by Individual
Dislocations
Gordon SCHMIDT 1#+, Peter VEIT1, Sebastian
METZNER1, Christoph BERGER1, Frank BERTRAM1,
Armin DADGAR1, André STRITTMATTER1, Juergen
CHRISTEN1
1Otto-von-Guericke
15:45
University Magdeburg, Germany
B: Optoelectronics Materials and Devices 1
Thu - 7 Jul 16 | 10:30 - 12:30 | Room 324
Session Chair(s): Siddharth RAJAN (The Ohio State
University), Sebastian LOURDUDOSS (KTH Royal Institute of
Technology)
10:30
B-1 (Invited)
Multifunctional Materials for Electronics and
B-5
Photonics
Fabrication of Silicon Carbide Nanoparticles by
Federico ROSEI1#+
1National Institute for Scientific Research (INRS), Canada
Femtosecond Laser Ablation of Silicon in Hexane
Shunsuke HAYASHI1#+, Fumihiro ITOIGAWA1, Jun
TAKAYANAGI2, Shingo ONO1
1Nagoya Institute of Technology, Japan, 2Aisin Seiki
11:00
B-2 (Invited)
III-V/Si Tandem and Triple Junction Solar Cells
Steven RINGEL1#+, Tyler GRASSMAN1
Co.,Ltd., Japan
1The
11:30
B: Devices and Material Characterization
GaAs/AlGaAs Split-Off Detectors at High
Temperatures
Session Chair(s): Federico ROSEI (National Institute for
Scientific Research (INRS))
B-1 (Invited)
A. G. Unil PERERA1#+
1Georgia State University, United States
12:00
Approaching Theoretical Limit of GaN Power
New Insights into Nitride-Based Core-Shell
Huili (Grace) XING1#+
17:00
Microrod Light Emitting Diodes
University, United States
Generation of High Frequency/High Power
Marcus MÜLLER1#+, Peter VEIT 1, Frank BERTRAM1,
Christian NENSTIEL2, Gordon CALLSEN2, Matin
MOHAJERANI3, Jana HARTMANN3, Hao ZHOU3,
Hergo-H. WEHMANN3, Axel HOFFMANN2, Andreas
WAAG3, Juergen CHRISTEN1
Devices
1Otto-von-Guericke
B-2 (Invited)
GaN-on-Silicon Heterostructures for Next
University Magdeburg, Germany,
Farid MEDJDOUB1#+
2Technical
1Institute
University of Braunschweig, Germany
of Electronics, Microelectronics and
Nanotechnology, France
17:30
B-4
Nanometer-Scale Cathodoluminescence Imaging:
Devices
1Cornell
B-3 (Invited)
Extended Threshold Photo-Detection in
Wed - 6 Jul 16 | 16:30 - 18:00 | Room 324
16:30
Ohio State University, United States
12:15
University of Berlin, Germany, 3Technical
B-5
B-3
Room Temperature Electroluminescence from
Nanometer-Scale Cathodoluminescence
Lateral p-SiGe/i-Ge/n-SiGe Heterostructures on
Characterization of Single Ultrathin Gaas
Silicon-on-Insulator Substrate
Nanowires
Cheng LI1#+, Guangyang LIN2, Jianyan WANG2,
Hongkai LAI2, Songyan CHEN2
Frank BERTRAM1#+, Marcus MUELLER1, Peter VEIT 1,
Berhard LOITSCH2, Julia WINNERL2, Gregor
KOBLEMUELLER2, Jonathan FINLEY2, Juergen
CHRISTEN1
1Otto-von-Guericke
2Walter
1Department
2Xiamen
of Physics, Xiamen University, China,
University, China
University Magdeburg, Germany,
Schottky Institute of Munich Technical University,
Germany
17:45
B-4
Investigation of Ridge Height of Semiconductor
Ridge Waveguide Lasers to Improve Their
Temperature Characteristics
Xiang LI1#+, Hong WANG1, Zhongliang QIAO1, Xin
GUO1, Kian Siong ANG1, Chongyang LIU1
1Nanyang
Technological University, Singapore
33
33
*B: GaN Epitaxy and Devices
17:00
B-2 (Invited)
Thu - 7 Jul 16 | 14:00 - 16:00 | Room 324
Graphene Encapsulated Growth of
Session Chair(s): Tao WANG (University of Sheffield),
Sudhiranjan TRIPATHY (Agency for Science, Technology and
Research (A*STAR))
Zakaria AL BALUSHI1, Joshua ROBINSON1, Joan M.
REDWING1#+
14:00
B-1 (Invited)
2-Dimensional Group III-Nitrides
1The
17:30
Pennsylvania State University, United States
B-3 (Invited)
Challenges and Opportunities for Molecular
In-situ Metrology for Advanced Device
Beam Epitaxy of GaN HEMTs on Silicon
Fabrication in Semiconductor Epitaxy
Yvon CORDIER1#+
1CRHEA,
Tom THIEME1+, Kolja HABERLAND1#
The National Center for Scientific Research
1LayTec
AG, Germany
(CNRS), France
14:30
B-2 (Invited)
Recent Progress of GaN Vertical Power Devices
Testu KACHI1#+
1Nagoya University, Japan
15:00
B-3 (Invited)
Next-generation Nitride HEMT Technologies for
Microwave Power
Debdeep JENA1#+
1Cornell University, United States
15:30
B: Optoelectronics Materials and Devices 2
Fri - 8 Jul 16 | 11:00 - 13:00 | Room 324
Session Chair(s): A. G. Unil PERERA (Georgia State
University), Srinivasan RAGHAVEN (Indian Institute of
Science)
11:00
Tunnel Junctions for Next-Generation Visible
and UV Optoelectronics
Siddharth RAJAN1#+, Yuewei ZHANG1, Fatih AKYOL1,
Sriram KRISHNAMOORTHY1
B-4
Improved Device Performance of GaN-Based
1The
MIS-HEMTs Using Low Temperature Deposited
ICP-CVD Si3N4 as Gate Dielectric and
Passivation Layer
11:30
Shumin WANG1,2#, Yaoyao LI1+, Yuxin SONG1,
Chunfang CAO1, Qian GONG1
of Electrical Engineering, Indian Institute of
1Shanghai
Madras, India
Institute of Microsystem and Information
Technology, China, 2Chalmers University of Technology,
Sweden
B-5
Influence of GaN Cap Thickness on the 2DEG
Properties of AlGaN/GaN HEMT Grown on
4-Inch Si by MOCVD
Karthikeyan GIRI SADASIVAM1#+, Dharmarasu
NETHAJI1, Manvi AGRAWAL1, K.
RADHAKRISHNAN1, Subramaniam
ARULKUMARAN1, Geok Ing NG1
1Nanyang
B-2 (Invited)
Silicon
Technology Madras, India, 2Indian Institute of Technology
15:45
Ohio State University, United States
Novel Light Emitting Materials and Devices on
Gourab DUTTA1#+, Nandita DASGUPTA2, Amitava
DASGUPTA2
1Department
B-1 (Invited)
Technological University, Singapore
12:00
B-3
GaSb Laser with Tapered Waveguide
Heterogeneously Integrated onto SOI Platform
Using Al2O3 Bonding Layer
Xiang LI1#+, Hong WANG1, Zhongliang QIAO1, Yu
ZHANG2, Zhichuan NIU2, Cunzhu TONG3,
Chongyang LIU1
1Nanyang
Technological University, Singapore, 2 Institute of
Semiconductors, Chinese Academy of Sciences, China,
3Changchun
B: Epitaxy and Metrology
Institute of Optics, Fine Mechanics and
Physics, Chinese Academy of Sciences, China
Thu - 7 Jul 16 | 16:30 - 18:00 | Room 324
Session Chair(s): Debdeep JENA (Cornell University)
16:30
B-1 (Invited)
Long Wavelength Semi-Polar InGaN Emitters on
Overgrown GaN Templates
Tao WANG1#+
1University
of Sheffield, United Kingdom
34
34
12:15
15:30
B-4
Determination of Band-Offsets at the
Multi-Band Detector on Si (111) Substrate Grown
AlGaN/GaN Interface by Using Internal
by Plasma Assisted Molecular Beam Epitaxy
Photoemission Spectroscopy
(PA-MBE)
Kadir ABDUL1#+, Xuan Sang NGUYEN2, Kenneth
LEE1, Soo-Jin CHUA1,3, Eugene FITZGERALD 1
Yi ZHENG1#+, Ravikiran LINGAPARTHI1, K.
RADHAKRISHNAN1, Dharmarasu NETHAJI1, Manvi
AGRAWAL2, Unil PERERA3
1Nanyang
1Singapore-MIT
3Georgia
State
University, United States
3National
15:45
University of Singapore, Singapore
B-4
Fabrication of High Quality
B-5
Germanium-on-Insulator Materials by Modified
Pulsed Laser Annealing for Supersaturated
Germanium Condensation Techniques
Substitutional Sn Atoms in GeSn Thin-Films on
Insulator
Guangyang LIN1+, Ningli CHEN1, Cheng LI2#, Jianyan
WANG1, Hongkai LAI1, Songyan CHEN1
Kenta MOTO1#+, Ryo MATSUMURA1, Taizoh
SADOH1, Hiroshi IKENOUE1, Masanobu MIYAO1
Xiamen University, China
1Kyushu
12:45
Alliance for Research and Technology,
Singapore, 2Low Energy Electronic System, Singapore,
Technological University, Singapore, 2Temasek
Laboratories@NTU, Singapore, Singapore,
12:30
B-3
Group III-nitride Heterojunction Based
University, Japan
1Xiamen
16:00
University, China, 2Department of Physics,
B-5
B-6
Microstructure Evolution of In-situ Annealed
Metal Oxide Semiconductors for Gas Sensing
Phase Change Material Tisbte Film
Application
Yongjin CHEN1#+, Bin ZHANG1, Xiaodong HAN1, Ze
ZHANG2
RAJ1,
Vinoth
Bhuvaneshwari
NAMMALVAR2#+
1National
S1 ,
Gopalakrishnan
Institute of Technology, India,
1Beijing
2Physics,
University, China
National
Institute of Technology, India
University of Technology, China, 2Zhejiang
16:15
B-6
Probing of Weak Localization in 2-D and 3-D
Wide Bandgap Oxide Semiconductors
B: Growth and Related Technologies 2
Joynarayan MUKHERJEE1#+, M.S. Ramachandra RAO2
1Physics,
Fri - 8 Jul 16 | 14:30 - 16:30 | Room 324
2Indian
Session Chair(s): Hong WANG (Nanyang Technological
University), Subramaniam ARULKUMARAN (Nanyang
Technological University)
14:30
B-1 (Invited)
Development of high quality GaN substrates by
VAS method and improvement of electrical
devices performance by using the substrates
Yohei OTOKI1#+
1Business
15:00
development section, SCIOCS, Japan
Indian Institute of Technology Madras, India,
Institute of Technology Madras, India
B: Growth and Related Technologies 3
Fri - 8 Jul 16 | 17:00 - 18:30 | Room 324
Session Chair(s): Sebastian LOURDUDOSS (KTH Royal
Institute of Technology), K RADHAKRISHNAN (Nanyang
Technological University)
17:00
B-1 (Invited)
B-2 (Invited)
Controlling the polarity in molecular beam
Large-Diameter 3C-SiC(111)/Si Heteroepitaxial
epitaxy of III-V compounds on Si substrates
Substrates and the GaN Epitaxy on These
Alexandros GEORGAKILAS1,2#+
1Physics,
Substrates
Keisuke KAWAMURA1#+, Mitsuhisa NARUKAWA1,
Toru INAGAKI1, Hidetoshi ASAMURA1, Yoshiki
SAKAIDA1, Hiroki SUZUKI1, Sumito OOUCHI1,
Hiroki URATANI1, Shigeomi HISHIKI1, Ichiro HIDE1
1Air
Water R&D Co., Ltd., Japan
University of Crete, Greece, 2Microelectronics Res.
Group, IESL, FORTH, Greece
17:30
B-2
Dislocation Induced Conduction Modulation in
GaN Schottky Based MSM Photodetectors Grown
on Si(111) by Ammonia-Molecular Beam Epitaxy
Ravikiran LINGAPARTHI1#, K. RADHAKRISHNAN1,
Dharmarasu NETHAJI1, Manvi AGRAWAL2, Akhil
RANJAN1+, Zilong WANG1, Annalisa BRUNO1, Cesare
SOCI1, Lihuang TNG1, Kian Siong ANG1
1Nanyang
Technological University, Singapore, 2Temasek
Laboratories@NTU, Singapore, Singapore
35
35
17:45
Sn. 5
B-3
Selective-area growth of GaN nanowires on
Electrical Properties of InGaZnO Thin Film
SiO2-masked Si (111) substrates by molecular
Byung-Hyuk JUN1#+, In-Hwan CHO1, Jun Hyuk
CHOI1, Chan-Joong KIM1
beam epitaxy
1Korea
Atomic Energy Research Institute (KAERI), South
Korea
18:00
B-4
Vibrational and Transport Study in
Superconducting Boron Doped Diamond Films
Dinesh KUMAR1+, M.S. Ramachandra RAO2#
1Physics,
2Indian
18:15
B-D2-Poster-5
Effect of Electron Beam Irradiation on the
Indian Institute of Technology Madras, India,
Institute of Technology Madras, India
1Physics,
University of Crete, Greece, 2Microelectronics Res.
Group, IESL, FORTH, Greece, 3Foundation of Research and
Technology, Hellas, Greece, 4Max-Planck-Institut für
B-5
Thermoelectric Studies of Cu2ZnSnSe4 Thin Film
Synthesized by E-beam Evaporation
Prem Kumar D.S1, Kunal J. TIWARI1, Ramesh Chandra
MALLIK2, Piraviperumal MALAR1#+
1SRM
Alexandros GEORGAKILAS1,2#+, Jann KRUSE3,
Liverios LYMPERAKIS4, Savvas EFTYCHIS1, Adam
ADIKIMENAKIS3, Georgios DOUNDOULAKIS1,
Katerina TSAGARAKI3, Maria ANDROULIDAKI3,
Antonis OLZIERSKY5, Panagiotis DIMITRAKIS5,
Vasilios IOANNOU-SOUGLERIDIS5, Pascal
NORMAND5, Triantafyllia KOUKOULA6, Thomas
KEHAGIAS6, Philomela KOMNINOU6, George
KONSTANTINIDIS3
Eisenforschung GmbH, Germany, 5Institute of Nanoscience
and Nanotechnology, NCSR Demokritos, Greece,
6Department
of Physics, Aristotle University of
Thessaloniki, Greece
University, India, 2Indian Institute of Science, India
Symposium B Poster Session
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Sn. 1
B-D2-Poster-1
Electrical and Optical Properties of FZ Si Wafer
for Neutron Irradiation Application
Byung-Hyuk JUN1#+, In-Hwan CHO1, Chan-Joong
KIM1, Kee Nam CHOO1, Myong-Seop KIM1
1Korea Atomic Energy Research Institute (KAERI), South
Korea
Sn. 2
B-D2-Poster-2
The Electron Assisted Diffusion of Oxygen
Vacancies in Silicon Oxides
Manveer MUNDE1,2#+, Alexander SHLUGER2, David
GAO2
1Institute
of Materials Research and Engineering, Agency
for Science, Technology and Research (A*STAR), Singapore,
2University
Sn. 3
College London, United Kingdom
B-D2-Poster-3
Oxygen Dynamics in Silicon Suboxide Resistive
Switches
Manveer MUNDE1,2#+, Alexander SHLUGER2,
Anthony J. KENYON2, Michel BOSMAN1
1Institute
of Materials Research and Engineering, Agency
for Science, Technology and Research (A*STAR), Singapore,
2University
Sn. 4
College London, United Kingdom
B-D2-Poster-4
Synthesis of Florin Doped Double Walled Carbon
Nanotubes by Chemical Vapor Deposition
Method for Supercapacitor Applications
Ilangovan RAJANGAM1#+
1University
of Madras, India
36
36
Symposium C Session Schedule
C: Nonlinear and Chiral Metamaterials
Tue - 5 Jul 16 | 11:00 - 12:30 | Room 304
Session Chair(s): Jing hua TENG (Agency for Science,
Technology and Research (A*STAR)), Din Ping TSAI
(Academia Sinica)
11:00
C: Nano-Plasmonics and Near-field Optics
Tue - 5 Jul 16 | 14:00 - 16:00 | Room 304
Session Chair(s): Zhiyuan LI (Chinese Academy of Sciences),
Hong LIU (Agency for Science, Technology and Research
(A*STAR))
14:00
Near-Field Investigations of Semi-Conductor
Multilayers and Quantum Cascade Lasers with
C-1 (Keynote)
Metal Nano-Structures
Ultrafast Dynamics in Nonlinear Metamaterials
Yannick DEWILDE1#+
Anatoly ZAYATS1#+
1King's
11:30
1Institut
College London, United Kingdom
14:30
C-2 (Invited)
Prabhat VERMA1#+
1Osaka
15:00
Zeng WANG1, Yue WANG1, Giorgio ADAMO1, Bing
Hong TEH1, Qingyang WU2, Jing Hua TENG2,
Handong SUN1#+
1Nanyang Technological University, Singapore, 2Agency for
C-3
a Spatial Index Profile Satisfying the
Kramers-Kronig Relation
Science, Technology and Research (A*STAR), Singapore
Yungui MA1#+
University, China
15:30
Current State and Challenges
Chiral Plasmon in Gapped Dirac Systems
Yuriy A. AKIMOV1#+, Hong-Son CHU1
1Institute of High Performance Computing, Agency for
Nicholas FANG1#+, Tony LOW2, Anshuman KUMAR1,
Kin Hung FUNG3, Andrei NEMILENTSAU4, George
HANSON4
1Massachusetts
Institute of Technology, United States,
of Minnesota, United States, 3Hong Kong
Science, Technology and Research (A*STAR), Singapore
15:45
Dolmen-Like Plasmonic Nanoantennas
Wisconsin-Milwakee, United States
Tingting YIN1#+, Liyong JIANG1, Zhaogang DONG2,
Joel YANG3, Zexiang SHEN1
C-5
1Nanyang
Plasmonic Nanostructures Fabricated by
3Singapore
Second-Harmonic Generation and
Zhaogang DONG1#+, Joel YANG2
1Agency for Science, Technology and Research (A*STAR),
Singapore, 2Singapore University of Technology and
Design, Singapore
Technological University, Singapore, 2Agency for
Science, Technology and Research (A*STAR), Singapore,
Template Stripping and its Applications on
Two-Dimensional Materials
C-5
Partially Depolarized Photoluminescence in
Polytechnic University, Hong Kong SAR, 4University of
12:30
C-4
Eigenmode Characterization in Plasmonics:
C-4
2University
C-3 (Invited)
Induced Large Circular Dichroism
Reflectionless Complex Medium Engineered with
12:15
University, Japan
Localized and Propagating Modes Coupling
United States
1Zhejiang
C-2 (Invited)
Nano-Focusing for TERS
Nanowires
12:00
Langevin, ESPCI Paris -CNRS, France
White Nano-Light-Source Through Plasmon
Nonlinear Plasmonic Chirality of Gold
Eugenio FAZIO1#+, Alessandro BELARDINI1, Marco
CENTINI1, Concita SIBILIA1, Joseph HAUS2, Andrew
SARANGAN2
1Sapienza University of Rome, Italy, 2Dayton University,
C-1 (Invited)
16:00
University of Technology and Design, Singapore
C-6
Tunability of Plasmonic Properties of Gold
Nanorods Using Binary & Ternary Surfactant
Mixtures
Parveer KAUR1+, Bhupendrakumar CHUDASAMA 1#
1Thapar University, India
37
37
C: 3D Metamaterials
C: Metasurfaces and Structured Light-Matter
Interaction (I)
Tue - 5 Jul 16 | 16:30 - 18:00 | Room 304
Session Chair(s): Yannick DE WILDE (ESPCI Paris -CNRS),
Prabhat VERMA (Osaka University)
16:30
C-1 (Invited)
Metadevice of Three Dimensional Split Ring
Resonators
Session Chair(s): Zayats ANATOLY (King's College London),
Boris LUK’YANCHUK (Agency for Science, Technology and
Research (A*STAR))
10:30
Din Ping TSAI1#+, Wei Yi TSAI2, Ching-Fu CHEN1,
Mu-Ku CHEN2, Pei Ru WU2, Yi-Hao CHEN2, Ting-Yu
CHEN2, Jia-Wern CHEN2, Cheng Hung CHU2,
Wei-Ting CHEN2, Ming Lun TSENG2, Yao Wei
HUANG2, Pin Chieh WU2, Chun Yen LIAO2, Hui Jun
WU1, Wen Ting HSIEH2, Hsiang-Chu WANG1, Hung-I
LIN1, Greg SUN3, Ai Qun LIU4, Nikolay ZHELUDEV4,5
1Academia
Wed - 6 Jul 16 | 10:30 - 12:30 | Room 304
Plasmon-Enabled Optical Long Data Storage
Min GU1#+
1Royal
11:00
Molecular Aggregates on Plasmonic Surfaces
Nicholas FANG1#+, Qing HU1, Dafei JIN1, Sang Hoon
NAM1, Yongmin LIU2, Jun XIAO3, Xiang ZHANG3
States, 4Nanyang Technological University, Singapore,
of Southampton, United Kingdom
1Massachusetts
2Northeastern
C-2 (Invited)
Plasmonic Fano Resonances in 3D Metamaterials
Jiafang LI1, Zhiyuan LI1#+
17:30
11:30
Metasurfaces
Vasily KLIMOV1,2#+
C-3
1All-Russia
Andrea DE LUCA1#+, Syed ZEESHAN ALI2, Richard
HOPPER2, Sophie BOUAL2, M. Foysol
CHOWDHURY2, Julian GARDNER3, Florin UDREA1
1University of Cambridge, United Kingdom, 2Cambridge
CMOS Sensors, United Kingdom,
3Warwick
of Sciences, Russian Federation
11:45
and Dielectrics
Kun HUANG1#+, Hong LIU1, Zhaogang DONG1, Jing
Hua TENG1
United Kingdom
1Agency
C-4
1Nanyang
12:00
Polarization Control of Metasurfaces
Longqing CONG1#+, Yogesh Kumar SRIVASTAVA1,
Ranjan SINGH1
of Southampton, United Kingdom, 3Oklahoma State
University, United States
Fabrication of Recyclable Surface Enhanced
Raman Scattering Au/ZnO/Ag Substrates and
Their Study on Hemoglobin Detection
Anil Kumar PAL1+, Bharathi Mohan D2#
Pondicherry University, India, 2Pondicherry
University, India
C-5
Intra and Inter Unit Cell Coupling Effects in
Technological University, Singapore, 2University
C-5
for Science, Technology and Research (A*STAR),
Singapore
Toroidal Resonances in Terahertz Metamaterials
1Physics,
C-4
Meta-Holograms for the Visible Light by Metals
University,
Manoj GUPTA1+, Vassili SAVINOV2, Ningning XU3,
Longqing CONG1, Govind DAYAL1, Zhang WEILI3,
Nikolay ZHELUDEV1,2, Ranjan SINGH1#
Research Institute of Automatics, Russian
Federation, 2Lebedev Physical Institute, Russian Academy
Non-Dispersive-Infra-Red Gas Sensors
18:00
C-3
Manipulation of Light with Perforated
Academy of Sciences, China
CMOS Plasmonic Devices for
17:45
Institute of Technology, United States,
University, United States, 3University of
California, Berkeley, United States
Efficient Generation of Prominent and Robust
1Chinese
C-2 (Invited)
Controllable Quenching of Two-Dimensional
Taiwan, 3University of Massachusetts Boston, United
17:00
Melbourne Institute of Technology University,
Australia
Sinica, Taiwan, 2National Taiwan University,
5University
C-1 (Keynote)
1Nanyang
12:15
Technological University, Singapore
C-6
Strong Influence of Metallic Conductivity in Fano
Resonant Metamaterials at Low Asymmetry
Yogesh Kumar SRIVASTAVA1+, Manukumara
MANJAPPA2, Longqing CONG1, Wei CAO3, Ibraheem
AL-NAIB4, Zhang WEILI3, Ranjan SINGH1#
1Nanyang
Technological University, Singapore, 2CDPT,
PAP, SPMS, Nanyang Technological University, Singapore,
3Oklahoma
State University, United States, 4University of
Dammam, Saudi Arabia
38
38
C: Dielectric Metamaterials and Nanoantenna
C: THz Metamaterials
Session Chair(s): Nicholas FANG (Massachusetts Institute of
Technology), Dai-Sik KIM (Seoul National University)
Session Chair(s): Min QIU (Zhejiang University), Eugenio
FAZIO (Sapienza University of Rome)
14:00
16:30
Wed - 6 Jul 16 | 14:00 - 16:00 | Room 304
C-1 (Invited)
Terahertz Funneling-Induced Electron Tunneling
Materials
Across Nanometer- and Angstrom-Sized Gaps
Boris LUKIYANCHUK1#+, Arseniy KUZNETSOV1,
Ramon PANIAGUA DOMINGUEZ1
Dai-Sik KIM1#+
for Science, Technology and Research (A*STAR),
Singapore
1Seoul
17:00
Plasmonic Devices
1Neaspec
17:15
C-3 (Invited)
Song HAN1+, Ranjan SINGH2#
Vortex Beam Generation
15:30
1School
AMBROSIO1,
University, United States
Technological University, Singapore
17:30
Transparency Using Micro Electro Mechanical
Systems in Thz Metamaterials
Prakash PITCHAPPA1, Manukumara MANJAPPA2+,
Ho Chong PEI3, Ranjan SINGH4#, Navab SINGH3,
Chengkuo LEE1
Enhanced by Dipole Mie Resonances
Denis BARANOV1#+, Sergey MAKAROV2, Pavel
DMITRIEV2, Valentin MILICHKO2, Anton
SAMUSEV2, Ivan MUKHIN2, Alexander KRASNOK2,
Pavel BELOV2, Yuri KIVSHAR3
1All-Russia
1National
Research Institute of Automatics, Russian
for Science, Technology and Research (A*STAR),
Singapore, 4Nanyang Technological University, Singapore
National University, Australia
C-5
Fluorescence Enhancement with Metallic and
Dielectric Nanoparticles
Ping BAI1#+, Song SUN1, Lin WU1, Ching Eng PNG1
for Science, Technology and Research (A*STAR),
Singapore
C: New Materials for Metamaterials
Thu - 7 Jul 16 | 10:30 - 12:30 | Room 304
Session Chair(s): Masanobu IWANAGA (National Institute for
Materials Science), Takashige OMATSU (Chiba University)
10:30
C-6
C-1 (Keynote)
New Materials for Metamaterials: Topological
Titanium Dioxide Nanoparticles Surface Plasmon
Insulators, Perovskites and Phase Change
Mediated Modified Spectral Features of Erbium
Chalcogenides
Doped Amorphous Tellurite Media
Cesare SOCI1#+, Nikolay I. ZHELUDEV1,2, Kevin F.
MACDONALD2
Sib Krishna GHOSHAL1#+, Nur Nabihah YUSOF1,
Ramli ARIFIN1, Asmahani AWANG2
1Universiti
University of Singapore, Singapore, 2CDPT, PAP,
SPMS, Nanyang Technological University, Singapore,
3Agency
Federation, 2 ITMO University, Russian Federation,
3Australian
16:00
C-4
Active Control of Electromagnetically Induced
C-4
1Agency
of Mathematical and Physical Science, Nanyang
Technological University, Singapore, 2Nanyang
Raman Scattering from Silicon Nanoparticles
15:45
C-3
Phase-Modulation Metasurface
Metasurface Converters for High Quality Visible
Robert
Antonio
Daniel
WINTZ1, Mohammadreza KHORASANINEJAD 1,
Alexander Yutong ZHU1, Jaewon OH1, Federico
CAPASSO1#
GmbH, Germany
Thz Broadband Hologram Using Eight-Level
Spin-to-Orbital Angular Momentum Dielectric
1Harvard
C-2
Sergiu AMARIE1#+
Min QIU1#+
1Zhejiang University, China
DEVLIN1+,
National University, South Korea
Ultrafast Nano-FTIR with Application on 2D
C-2 (Invited)
Plasmonic and Dielectric Nanoantennas
15:00
C-1 (Invited)
What We Expect from High Refractive Index
1Agency
14:30
Wed - 6 Jul 16 | 16:30 - 18:00 | Room 304
1Nanyang
Teknologi Malaysia, Malaysia, 2Universiti
Technological University, Singapore, 2University
of Southampton, United Kingdom
Malaysia Sabah, Malaysia
11:00
C-2 (Invited)
Topological Photonic States in a Designer Surface
Plasmon Structure
Baile ZHANG1#+
1Nanyang
Technological University, Singapore
39
39
11:30
15:15
C-3 (Invited)
Active Modulation of Efficient Single Photons
Boundaries
Emission by Liquid Crystal-Tuned Surface
Shubo WANG1#+, Che Ting CHAN1
Plasmons
1Hong
Kong University of Science and Technology, Hong
He HAO1+, Ying GU1#, Hang LIAN1, Juanjuan REN1,
Qihuang GONG1
Kong SAR
12:00
1Peking
C-4
Ultrafast Modulation of Tunable Infrared
15:30
Design and Fabrication of a Plasmonic Switching
Device
Petra IVASKOVIC1#+, Jean-Baptiste VERLHAC1,
Renaud VALLEE1, Serge RAVAINE1, Mireille
BLANCHARD-DESCE1
University, United States, 2Argonne
1The
National Laboratory, United States
C-5
Tunable and Low-Loss Strongly-Correlated
15:45
1National
University of Singapore, Singapore, 2Lawrence
Berkeley National Laboratory, United States, 3University of
California, Berkeley, United States
C: Active Plasmonics and Metadevices
Thu - 7 Jul 16 | 14:00 - 16:00 | Room 304
Light Emitting Diodes with Al/Al2O3
Asymmetrical Nanoparticles
Guofeng YANG1#+
1Jiangnan
Thu - 7 Jul 16 | 16:30 - 18:00 | Room 304
Session Chair(s): Jorge BRAVO-ABAD (Universidad
Autonoma de Madrid), Vasily KLIMOV (All-Russia Research
Institute of Automatics (VNIIA))
16:30
Enhanced Electronic Transitions and
Manipulations of Polarizations
Masanobu IWANAGA1#+
1National
17:00
Takashige
1Chiba University, Japan
BRAVO-ABAD1#+
Jorge
1Universidad Autonoma de Madrid, Spain
15:00
C-3
Light-Harvesting Plasmonic Meta-Structure and
Optical Haze Film by Self-Assembled Dielectric
and Semiconductor Nanowire Arrays
Kyuyoung BAE1, Gumin KANG1, Yunha RYU1,
Kyoungsik KIM1#+
1Yonsei University, South Korea
C-2 (Invited)
Structured Surfaces and Structured Light
Xiaocong YUAN1#+, Jiao LIN1, Luping DU1
1Shenzhen
C-2 (Invited)
Resonances
Institute for Materials Science, Japan
Harnessing Surface Plasmon Polaritons with
OMATSU1#+
Nanoscale Lasing Action Enabled by Plasmonic
C-1 (Invited)
Expanding Functions in Metasurfaces: Control of
C-1 (Invited)
Illumination
University, China
C: Metasurfaces and Structured Light-Matter
Interaction (II)
Session Chair(s): Robert CHANG (Northwestern University),
Cesare SOCI (Nanyang Technological University)
Chiral Nanostructures Formed by Optical Vortex
C-6
Localized Surface-Plasmon-Enhanced Deep-UV
Insulating Oxide
Teguh Citra ASMARA1#+, Yongliang ZHAO1,
Muhammad Aziz MAJIDI1, Christopher Tobias
NELSON2, Mary Cooper SCOTT 2, Yao CAI3,
Dongyang WAN1, Daniel SCHMIDT 1, Yang MING1,
Paolo E. TREVISANUTTO1, Mallikarjuna RAO
MOTAPOTHULA1, Mark BREESE1, Matthew P.
SHERBURNE3, Mark D. ASTA3, Andrew MINOR3, T.
VENKATESAN1, Andrivo RUSYDI1
National Centre for Scientific Research (CNRS),
France
Plasmons in a Wide Band-Gap, Mott-Like
14:30
C-5
Arrays
1Northwestern
14:00
University, China
Plasmons in Tin-Doped Indium Oxide Nanorod
Peijun GUO1, Richard SCHALLER2, John
KETTERSON1, Robert CHANG1#+
12:15
C-4
Electromagnetic Stress on Metamaterial
17:30
University, China
C-3
Selective Plasmon Resonances Under Symmetric
In-Plane Illumination
Liyong JIANG1#+, Tingting YIN1, Zhaogang DONG2,
Alexander DUBROVKIN1, Cheng QIAN1, Joel YANG3,
Zexiang SHEN1
1Nanyang
Technological University, Singapore, 2Agency for
Science, Technology and Research (A*STAR), Singapore,
3Singapore
University of Technology and Design, Singapore
40
40
17:45
12:45
C-4
Design of H-Antenna for Bandwidth
C-6
Fabry-Peort Enhanced Graphene Plasmonic
Enhancement Using Metamaterial
Resonator for Infrared Sensing Applications
Vidya KODGIRWAR1,2#+, Shankar DEOSARKAR3,
Shantanu KODGIRWAR4
Wei WEI1#+, Linlong TANG2, Jinpeng NONG1, Dapeng
WEI3
1Modern
1Chongqing
College of Engineering, India, 2Savitribai Phule
Pune University, India,
3Vidya
Pratishthan's College of
University, China, 2The Chongqing Institutes
of Green and Intelligent Technology (CIGIT) of Chinese
Engineering Baramati, University of Pune, India, 4Pune
Academy of Sciences (CAS), China, 3Chongqing
Vidhyarthi Griha's College of Engineering and Technology,
Engineering Research Center of Graphene Film
India
Manufacturing, China
C: Plasmonic Sensor and Graphene Plasmonics
Symposium C Poster Session
Session Chair(s): Baile ZHANG (Nanyang Technological
University), Yungui MA (Zhejiang University)
Sn. 1
Fri - 8 Jul 16 | 11:00 - 13:00 | Room 304
11:00
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Perfect Absorption Without Interference at
Infrared Frequencies in Hexagonal Boron Nitride
C-1 (Invited)
Denis BARANOV1#+, Timothy HOFFMAN2, Nabil
BASSIM3, James EDGAR2, Joshua CALDWELL3
2D/3D Plasmonic Nanostructures Fabricated by
Laser Micro/Nano-Processing for Surface
1All-Russia
Federation, 2Kansas State University, United States, 3U.S.
Kaichen XU1, Rong JI2, Minghui HONG1#+
1National University of Singapore, Singapore, 2Data
Naval Research Laboratory, United States
Sn. 2
Mid-IR Absorber with Rapid Response and Low
Thermal Stress
Ultrasensitive Biosensing and Efficient
Second-Harmonic Generation
Dihan HASAN1,2+, Prakash PITCHAPPA3, Chongpei
HO3, Chengkuo LEE3#
Dangyuan LEI1#+
1ECE,
1The
2Suzhou
Hong Kong Polytechnic University, Hong Kong SAR
C-3
Sn. 3
Industrial Park, Singapore, 3National University
Prakash PITCHAPPA1, Chongpei HO1, Dihan
HASAN2,3+, Chengkuo LEE1#
Plasmons
CHENG1,
Bo Han
Hong Wen
LAN3#+, Din Ping TSAI1
1Academia
CHEN2,
Yung-Chiang
1National
University of Singapore, Singapore, 2ECE,
National University of Singapore, Singapore, 3Suzhou
Sinica, Taiwan, 2National Cheng Kung
Industrial Park, Singapore
University, Taiwan, 3Department of Photonics, National
Cheng Kung University, Taiwan
C-D2-Poster-3
Multifunctional Terahertz MEMS Metamaterials
Compression of Light to Graphene Surface
Sn. 4
C-D2-Poster-4
C-4
Quasi-3D Plasmonic Tunable Resonator at
Selective and Ultra-Sensitive Microwave Sensors
Mid-Infrared
Using Metamaterial Ring Resonators
Vaishali RAWAT1+, Sangeeta KALE1#
1Defence
Institute of Advanced Technology (DIAT),
Deemed University (DU), India
12:30
National University of Singapore, Singapore,
of Singapore, Singapore
Tunable Tapered Waveguide for Efficient
12:15
C-D2-Poster-2
Novel CMOS-Compatible Metamaterial Based
C-2 (Invited)
Fano Resonances in Metallic Nanoclusters for
12:00
Research Institute of Automatics, Russian
Enhanced Raman Spectroscopy
Storage Institute (DSI), Singapore
11:30
C-D2-Poster-1
Nan CHEN1+, Dihan HASAN1, Chong Pei HO1,
Prakash PITCHAPPA1, Piotr KROPELNICKI2,
Chengkuo LEE1#
1National
University of Singapore, Singapore, 2Excelitas
Technologies, Singapore
C-5
Enhanced Near-Infrared Modulation Using
Graphene-Loaded Plasmonic Perfect Absorbers
Jinfeng ZHU1#+, Yijun CAI1
1Xiamen
University, China
41
41
Sn. 5
C-D2-Poster-5
Miniaturized C-Band Metamaterial Waveguide
for Possible High Power Applications
Vaishali RAWAT1+, Sougata CHATTERJEE2, Shantanu
DAS3, Sangeeta KALE1#, Subramaniam
ANANTHAKRISHNAN4
1Defence
Institute of Advanced Technology (DIAT),
Deemed University (DU), India, 2National Centre for Radio
Astrophysics, India, 3Bhabha Atomic Research Centre,
India, 4Pune University, India
Sn. 6
C-D2-Poster-6
Optical Properties of the Graphene Layered
Medium
Ruey-Lin CHERN1#+
1Institute
of Applied Mechanics, National Taiwan
University, Taiwan
Sn. 7
C-D2-Poster-7
The Effect of Plasma on Structure and Optical
Properties of ZnO Films
Suparut NARKSITIPAN1#+, Somchai THONGTEM2
1Maejo
University, Thailand, 2Chiang Mai University,
Thailand
Sn. 8
C-D2-Poster-8
Quantization of the Electromagnetic Field in an
Inhomogeneous Medium Based on Scattering
Matrix Formalism (S-quantization)
Mikhail KALITEEVSKI1, Azat GUBAYDULLIN1#+
1St
Sn. 9
Petersburg Academic University, Russian Federation
C-D2-Poster-9
Metamaterial Lens in Microwave Frequency
Range for Medical Applications
I. MANJUBALA1#+, Sai SIDDARTH1
1VIT
University, India
42
42
Symposium D Session Schedule
15:15
Spin Transport Characteristic of Thermally
Evaporated Pentacene Films by Using Spin
D: Antiferromagnet Spintronics
Pumping
Tue - 5 Jul 16 | 11:00 - 12:30 | Room 309
Session Chair(s): Yihong WU (National University of
Singapore)
11:00
Yasuo TANI1#+, Yoshio TEKI1, Eiji SHIKOH1
1Osaka
15:30
Multilayers
JUNGWIRTH1,2#+
Henri JAFFRÈS1#+
of Sciences of the Czech Republic, Czech
1Unité
Republic, 2University of Nottingham, United Kingdom
11:30
Mixte de Physique CNRS/Thales, France
D-2 (Invited)
Antiferromagnetic Skyrmions
Oleg TRETIAKOV1,2#+
1Tohoku
University, Japan, 2Far Eastern Federal University,
Russian Federation
12:00
D-5 (Invited)
its Spin-Hall Magnetoresistance in Pt/NiCo
Electrical Switching of an Antiferromagnet
1Academy
City University, Japan
Intrinsic Spin Hall Conductivity of Pt Probed by
D-1 (Invited)
Tomas
D-4
D-3 (Invited)
Relativistic Motion of Antiferromagnetic Domain
Walls Driven by Spin-Orbit Torques
D: GMR and MTJ Devices
Tue - 5 Jul 16 | 16:30 - 18:00 | Room 309
Session Chair(s): Jingsheng CHEN (National University of
Singapore)
16:30
Heusler-Alloy-Based
Takayuki SHIINO1, Se-Heok OH2, Byong-Guk PARK1,
Kyung-Jin LEE2#+
1Korea
D-1 (Invited)
Current-Perpendicular-to-Plane Giant
Magnetoresistive Devices with High Mr Outputs
Advanced Institute of Science and Technology
Kazuhiro HONO1,2#+
(KAIST), South Korea, 2Korea University, South Korea
1Research
Center for Magnetic and Spintronic Materials,
National Insitute for Materials Science, Japan, 2University
of Tsukuba, Japan
D: Spin Current
Tue - 5 Jul 16 | 14:00 - 16:00 | Room 309
17:00
Quantum-Well Resonant Tunneling
Magnetoresistance in Double-Barrier Magnetic
Session Chair(s): Siegfried SELBERHERR (Technische
Universität Wien)
14:00
Eiji SAITOH1#+
1WPI-AIMR,
14:30
Tunnel Junctions
Xiufeng HAN1#+
D-1 (Invited)
Spin Current Generators
D-2 (Invited)
1Institute
17:30
Tohoku University, Japan
of Physics Chinese Academy of Sciences, China
D-3 (Invited)
Surface Anisotropy and Tunable Exchange Bias in
Magnetic Nanostructures
D-2 (Invited)
Hariharan SRIKANTH1#+
Efficient Thermal Spin Injection and Its
1University
of South Florida, United States
Application
Takashi KIMURA1#+
1Kyushu
15:00
University, Japan
D: Spin-Orbit Torque I
D-3
Room Temperature Electrical Creation of Spin
Polarized Carriers in Ge on Insulator Under Four
Terminal Configuration
Chien-Hsu CHEN1#+, C. W. LEE2
1Accelerator
Lab, Nuclear Science and Technology
Development Center, National Tsing Hua University,
Taiwan, 2National Chiao Tung University, Taiwan
Wed - 6 Jul 16 | 10:30 - 12:30 | Room 309
Session Chair(s): Hyunsoo YANG (National University of
Singapore)
10:30
D-1 (Invited)
Three-Terminal Spintronics Devices for VLSI
Hideo OHNO1#+, Shunsuke FUKAMI1
1Tohoku University, Japan
43
43
11:00
11:30
D-2 (Invited)
Electric Field Modulation of Magnetism by Ion
Ferromagnet/Normal Metal Bilayers
Migration in Oxide Thin Films
Pietro GAMBARDELLA1#+
Run-Wei LI1#+
1ETH
1Ningbo
Zurich, Switzerland
D-3 (Invited)
Institute of Materials Technology and Engineering,
Chinese Academy of Sciences, China
15:00
D-3 (Invited)
Phenomena in Layered Structures Comprising
Rashba Spin-Orbit Anisotropy and the Electric
Ferromagnetic and Nonmagnetic Materials
Field Control of Magnetism
Hongxin YANG1, Ali HALLAL1, Fatima IBRAHIM1,
Bernard DIENY2, Andre THIAVILLE3, Stanislas
ROHART3, Olivier BOULLE1, Vincent CROS4, Albert
FERT4, Mairbek CHSHIEV1#+
1University
Grenoble Alpes, France, 2Spintec, France,
3Université
Paris-Sud, France, 4Unité Mixte de Physique
Stewart E. BARNES1#+
1University
15:30
of Miami, United States
D-4
In-Plane Electric Field Controlled Perpendicular
Magnetic Anisotropy in an FePt/PMN-PT
CNRS/Thales, France
Heterostructure
D-4
Qi GUO1, Xiaoguang XU1#+, Yong WU1, Jun MIAO1,
Yong JIANG1
Very Efficient Spin-Orbit Torques Based on
Ferrimagnets
Rahul MISHRA1+, Xuepeng QIU1,2, Do BANG3,4,
Hiroyuki AWANO3, Hyunsoo YANG5#
1National University of Singapore, Singapore, 2Tongji
1University
15:45
4Vietnam
of Science and Technology Beijing, China
D-5
Interfacial Perpendicular Magnetization
Anisotropy of CoFeB / BaTiO3 for the Potential
University, China, 3Toyota Technological Institute, Japan,
Application in Low-Power Device
Academy of Science and Technology (VAST), Viet
Weinan LIN1+, Herng Yau YOONG1, Rui GUO1, Jing
ZHOU2, Jingsheng CHEN1#
Nam, 5Dept of Electrical and Computer Engineering,
National University of Singapore, Singapore
12:15
D-2 (Invited)
Spin-Orbit Torques and Magnetoresistance in
Microscopic Mechanisms of Spin-Orbit
12:00
14:30
1National
University of Singapore, Singapore, 2Material
Science and Engineering, National University of Singapore,
D-5
Singapore
Field-Like Spin Orbit Torque in Ultra-Thin
Polycrystalline FeMn Films
Yumeng YANG1+, Yanjun XU1, Shufeng ZHANG2,
Run-Wei LI3, Kui YAO4, Wu YIHONG5#
1National
University of Singapore, Singapore, 2University
of Arizona, United States, 3Ningbo Institute of Materials
Technology and Engineering, Chinese Academy of Sciences,
China, 4Agency for Science, Technology and Research
(A*STAR), Singapore, 5Electrical and Computer
Engineering, National University of Singapore, Singapore
D: Semiconductor Spintronics
Wed - 6 Jul 16 | 16:30 - 18:00 | Room 309
Session Chair(s): Minn-Tsong LIN (National Taiwan
University)
16:30
D-1 (Invited)
Silicon Spintronics
Alexander MAKAROV1, Viktor SVERDLOV1, Thomas
WINDBACHER1, Siegfried SELBERHERR1#+
D: Electric Field Control of Magnetism
Wed - 6 Jul 16 | 14:00 - 16:00 | Room 309
1Technische
17:00
Semiconductors and Topological Insulators
D-1 (Invited)
Masashi SHIRAISHI1#+
Voltage-Controlled Exchange Bias in
Lithographically Patterned Heterostructures
Christian BINEK1#+, Will ECHTENKAMP1, Mike
STREET1, Ather MAHMOOD1, Junlei WANG1, Kirill
BELASHCHENKO1, Peter DOWBEN1
1University
of Nebraska–Lincoln, United States
D-2 (Invited)
Spin Transport and Spin Conversion in
Session Chair(s): Hidekazu TANAKA (Osaka University)
14:00
Universität Wien, Austria
1Kyoto
17:30
University, Japan
D-3
Carrier Concentration Dependence of Spin
Transport in P-Si Induced by Spin Pumping
Hiroki KURIYAMA1#+, Kazuki KUBO2, Yoshio TEKI1,
Hiroaki TSUJIMOTO1, Masashi SHIRAISHI3, Eiji
SHIKOH1
1Osaka
City University, Japan, 2Osaka Univesity, Japan,
3Kyoto
University, Japan
44
44
17:45
D-4
Giant Junction Magnetoresistance in
Ferromagnet/semiconductor Heterostructures
Amal Kumar DAS1#+
1Indian
Institute of Technology Kharagpur, India
D: Magnetization Dynamics and Magnonics
Thu - 7 Jul 16 | 14:00 - 16:00 | Room 309
Session Chair(s): Anjan BARMAN (S. N. Bose National Centre
for Basic Sciences)
14:00
D-1 (Invited)
Magnetization Dynamics of Reconfigurable 2
D: Spin Orbit Torque II
Dimensional Magnonic Crystals
Thu - 7 Jul 16 | 10:30 - 12:30 | Room 309
Adekunle ADEYEYE1#+, Arabinda HALDAR1, Goei
SHIMON1
Session Chair(s): Mairbek CHSHIEV (University Grenoble
Alpes)
1National
10:30
14:30
D-1 (Invited)
Spin Torque Oscillators
Magnets with Magnetic Textures
1University
Yaowen LIU1#+
1Tongji
15:00
of Nebraska–Lincoln, United States, 2Tohoku
Observation and Control of Magnetic Domain
Sergey NIKITOV1#+, Dmitry KALYABIN1, Ivan
LISENKOV1, Alexandr SADOVNIKOV2, Yury
SHARAEVSKI2, Yuri FILIMONOV1, Yuri
KHIVINTSEV1, Sergey VYSOTSKII1
Structures in Room-Temperature Magnetoelectric
1Kotelnikov
Hexaferrites
of Russian Academy of Science, Russian Federation,
D-2 (Invited)
2Saratov
Tsuyoshi KIMURA1#+
1Osaka
University, Japan
15:15
State University, Russian Federation
D-4
Electromotive Forces Generated in Various
Determination of the Dzyaloshinskii-Moriya
Ferromagnetic Metal Films Under Their
Interaction for Various Heterostrcture
Ferromagnetic Resonance
Chun-Yeol YOU1#+
Kazunari KANAGAWA1, Yoshio TEKI1, Eiji
SHIKOH1#+
Gyeongbuk Institute of Science and Technology,
1Osaka
South Korea
15:30
D-4
City University, Japan
D-5
Spin Wave Edge Effects in Bounded Media
Large Enhancement of Spin Orbit Torque with Ru
Xuepeng QIU1,2+, William LEGRAND2, Aurelien
MANCHON3, Hyunsoo YANG4#
Dmitry KALYABIN1#+, Yuri BARABANENKOV1,
Sergey OSOKIN1, Ivan LISENKOV2, Sergey NIKITOV1
1Tongji
1Kotelnikov
University, China, 2National University of
Singapore, Singapore,
3King
Abdullah University of Science
Computer Engineering, National University of Singapore,
Singapore
2Oakland
15:45
University, United States
D-6
Spin-Injection Terahertz Photonics
D-5
Investigation on Magnetic Properties of FeMn/Pt
Multilayers
Yanjun XU1+, Yumeng YANG1, Kui YAO2, Baoxi XU2,
Wu YIHONG3#
1National
Institute of Radio-engineering and Electronics
of Russian Academy of Science, Russian Federation,
and Technology, Saudi Arabia, 4Dept of Electrical and
12:15
Institute of Radio-engineering and Electronics
D-3 (Invited)
1Daegu
12:00
D-3
and Spintronics
Federation
11:30
University, China
Magnonics - New Area of Spin Wave Electronics
University, Japan, 3Far Eastern Federal University, Russian
11:00
D-2 (Invited)
Magnetic Droplet Soliton Dynamics in Double
Torque, Spin and Energy Currents in Chiral
Alexey KOVALEV1#+, Vladimir ZYUZIN1, Rabindra
NEPAL1, Oleg TRETIAKOV2,3, Kirill
BELASHCHENKO1, Utkan GUNGORDU1
University of Singapore, Singapore
University of Singapore, Singapore, 2Agency for
Sergey NIKITOV1#+, Eugenii VILKOV1, Sergey
CHIGAREV1, Gennadii MIKHAILOV2
1Kotelnikov Institute of Radio-engineering and Electronics
of Russian Academy of Science, Russian Federation,
2Institute
of Microelectronics Technology and High Purity
Materials, Russian Federation
Science, Technology and Research (A*STAR), Singapore,
3Electrical
and Computer Engineering, National University
of Singapore, Singapore
45
45
D: Spin-Orbit Interaction
D: Magnetic Multilayers And Nanostructures
Session Chair(s): Chun-Yeol YOU (Daegu Gyeongbuk Institute
of Science and Technology)
Session Chair(s): Hyunsoo YANG (National University of
Singapore)
16:30
11:00
Thu - 7 Jul 16 | 16:30 - 18:00 | Room 309
Fri - 8 Jul 16 | 11:00 - 13:00 | Room 309
D-1 (Invited)
Optical, Thermal and Spin Torque Induced
Spintronic Emergent Materials
Magnetization Dynamics in Ferromagnetic
Minn-Tsong LIN1,2#+
Nanostructures and Multilayers
1National
Taiwan University, Taiwan, 2Academia Sinica,
Anjan BARMAN1#+
Taiwan
17:00
1CMPMS,
S. N. Bose National Centre for Basic Sciences,
India
D-2 (Invited)
Strong Spin-Orbit Coupling in 5D Oxides and its
11:30
D-2 (Invited)
Application to Spintronics
Characterizing Spin-Orbit Effective Fields in
Jobu MATSUNO1#+
Multilayered Stack Structures
1Center
17:30
D-1 (Invited)
Scanning Tunneling Spectromicroscopy Study on
for Emergent Matter Science, RIKEN, Japan
Sarjoosing GOOLAUP1, Feilong LUO1, Christian
ENGEL1, Sihua LI1, Wen Siang LEW1#+
D-3
1Nanyang
Photocurrent Imaging of Spin Hall Effect in
Topological Insulators Bi2Se3 and Bi1Sb1Te1Se2
LIU1+,
BESBAS1,
WANG1,
12:00
Technological University, Singapore
D-3
Artificial Multiferroic Heterostructures for
WU1,
Yang
Jean
Yi
Yang
Nikesh KOIRALA2, Matthew BRAHLEK2, Seongshik
OH2, Lan WANG3, Hyunsoo YANG4#
1National University of Singapore, Singapore, 2The State
Bishnu PANDEY1#+, S.B. KRUPANIDHI2, Venkat
DARAMALLA2, Nagabhushan PATEL2
University of New Jersey, United States, 3RMIT
1Material
University, Australia, 4Dept of Electrical and Computer
India, 2 Indian Institute of Science, India
Spintronics Devices
Research Centre, Indian Institute of Science,
Engineering, National University of Singapore, Singapore
12:15
17:45
D-4
Correlation Between FMR Heating and Damping
Effect of β-W Seed Layer Thickness on
Constant in Amorphous Magnetic Thin Films
Magnetization Dynamics of Ni81Fe19 (Py) in
Kazuto YAMANOI1#+, Kotaro OKADE2, Takashi
KIMURA2
1Department of Physics, Kyushu University, Japan,
Py/β-W Bilayer System
Nilamani BEHERA1#+, Sujeet CHAUDHARY1, Dinesh
PANDYA1
1Indian Institute of Technology Delhi, India
18:00
D-4
2Kyushu
12:30
University, Japan
D-5
D-5
Columnar Structural FePt Films Epitaxial Grown
Spin Orbit Coupling Controlled Spin Pumping
on Large Lattice Mismatched Intermediate Layer
Spin Hall Magnetoresistance Effects
Kaifeng DONG1#+, Jinyu DENG2, Gan Moog CHOW3,
Jingsheng CHEN3
Li MA1#+, Shiming ZHOU1, Heng-An ZHOU2,
Xiaolong FAN2, Weijia FAN1, Lei WANG3, Desheng
XUE2, Ke XIA3, Ruqian WU4, Guang-Yu GUO5, Zhe
WANG6, Meng TANG7
1Tongji
National University of Singapore, Singapore, 3National
University of Singapore, Singapore
Normal University, China, 4University of
California, United States, 5Department of Physics, National
Taiwan University, Taiwan, 6Fudan University, China,
of Physics Science and Engineering, Tongji
University, China
of Automation, China University of Geosciences,
China, 2Department of Materials Science and Engineering,
University, China, 2Lanzhou University, China,
3Beijing
7School
1School
12:45
D-6
Thermomagnonic Spin Torques and Magnon
Condensation in Heterostructures
Scott BENDER1#+, Yaroslav TSERKOVNYAK2, Rembert
DUINE1, Arne BRATAAS3
1Utrecht
University, Netherlands, 2University of California,
Los Angeles, United States, 3Norwegian University of
Science and Technology, Norway
46
46
Sn. 3
D: Magnetic Memory and Materials
D-D2-Poster-3
Fri - 8 Jul 16 | 14:30 - 16:30 | Room 309
Atomistic Calculation of Enhanced Effective
Session Chair(s): Jingsheng CHEN (National University of
Singapore)
Sutee SAMPAN-APAI1+, Phanwadee
CHUREEMART 1#, Jessada CHUREEMART 1
14:30
Damping of CoFeB/MgO
1Computational
D-1 (Invited)
Magnetoresistive Random-Access Memory and
Spin-Transfer Torque Magnetic Random-Access
Sn. 4
GMR in Magnetic Trilayer System
Challenges
Nattaya SAENPHUM1+, Jessada CHUREEMART 1,
Phanwadee CHUREEMART 1#
Er-Xuan PING1, Lin XUE1#+
15:00
Materials Inc, United States
1Computational
Magnetic Memory - Magnetic Logic Integrated
Device
Sn. 5
Resistivity
University, China
Worawut BOONRUESI1+, Jessada CHUREEMART 1,
Phanwadee CHUREEMART 1#
1Computational and Experimental Magnetism Group,
D-3
Investigation of Local Structure and Magnetic
Thailand
Properties of CdCr2Se4
Priyadarshini Suchismita BEHERA 1#+, Arun Kumar
NIGAM2, Preeti Anand BHOBE3
1Department
Sn. 6
Effect of Easy Axis Distribution
Indore, India, 2Tata Institute of Fundamental Research,
Wassana DAENG AM1+, Phanwadee CHUREEMART 1,
Jessada CHUREEMART 1#
1Computational
D-4
Ashutosh TIWARI1#+
1University
Sn. 7
of Utah, United States
and Experimental Magnetism Group,
Thailand
Oxides for Spintronics and 2D Electronics
16:00
D-D2-Poster-6
Granular Model of Exchange Bias Including
of Physics, Indian Institute of Technology
India, 3 Indian Institute of Technology Indore, India
15:45
D-D2-Poster-5
Temperature Dependence of Domain Wall
Xiaozhong ZHANG1#+
15:30
and Experimental Magnetism Group,
Thailand
D-2 (Invited)
1Tsinghua
D-D2-Poster-4
Influence of Spacer and Free Layers Thickness on
Memory Current Status and Material Processing
1Applied
and Experimental Magnetism Group,
Thailand
D-D2-Poster-7
Parametric Study on Advanced Granular
Recording Media
D-5
Wassana DAENG AM1+, Phanwadee CHUREEMART 1,
Jessada CHUREEMART 1#
Spin Transport Behavior in Bilayer System with
Noncollinear Configuration
1Computational
Chanita BUTRATTANA1+, Jessada CHUREEMART 1,
Phanwadee CHUREEMART 1#
1Computational
and Experimental Magnetism Group,
Thailand
and Experimental Magnetism Group,
Thailand
Sn. 8
D-D2-Poster-8
Synthesis, Crystal Structure, Electronic, Magnetic
and Optical Properties of CaNi2O3
Bidhu Bhusan DAS1#+, Venugopal POTU1, Govinda
Rao RUPPA1, Sandeep E1, Varun Kumar KARROTHU1
Symposium D Poster Session
1Pondicherry
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Sn. 1
Sn. 9
D-D2-Poster-1
Strain Controlled Magnetoresistance of Spin
Valve Grown on Flexible Substrates
Qi
GUO1,
Xiaoguang
1University
Sn. 2
XU1#+,
Yong
WU1,
Yong
JIANG1
of Science and Technology Beijing, China
D-D2-Poster-2
University, India
D-D2-Poster-9
Thermally Assisted Domain Wall Motion Driven
by Spin Torque
Paweena WONGSASUEB1+, Phanwadee
CHUREEMART 1#, Jessada CHUREEMART 1
1Computational
and Experimental Magnetism Group,
Thailand
Exchange Bias Effect and Interface Study on
CrN/Co2MnSi Bilayers
G. Venkat SWAMY1#+, M. RAJU1, G. A. BASHEED1,
Anurag GUPTA1, R. K. RAKSHIT1
1CSIR-National Physical Laboratory, India
47
47
Sn. 10
Sn. 16
D-D2-Poster-10
Microstructure and Magnetic Properties of L10
with Non-Magnetic Metals for Spin Torque
FePt-C-SiO2 Films on Tion-MgO Intermediate
Oscillators
Layer
Tianli JIN1+, Mojtaba RANJBAR2, Wai Cheung LAW3,
Wen Siang LEW3, S. N. PIRAMANAYAGAM3#
Jinyu DENG1+, Kaifeng DONG2, Yingguo PENG3,
Ganping JU3, Jiang Feng HU4, Gan Moog CHOW2,
Jingsheng CHEN2#
1Division
of Physics and Applied Physics, School of
1Department
Physical and Mathematical Sciences, Nanyang
Technological University, Singapore,
Sn. 11
2Division
and Applied Physics, Nanyang Technological University,
University of Singapore, Singapore, 3Seagate, United
Singapore,
States, 4Data Storage Institute, Agency for Science,
3Nanyang
Technological University, Singapore
Technology and Research (A*STAR), Singapore
D-D2-Poster-11
Sn. 17
Thermal and Elastic Properties of Sr1-xCaxCoO3
Byeong Seok LIM1+, Bong Kyun KANG1, Dae Ho
YOON1#
Rasna THAKUR1#+, Rajesh K. THAKUR1, N.K. GAUR1
1Sungkyunkwan
1Barkatullah
Cobaltates
University, South Korea
Sn. 18
D-D2-Poster-12
D-D2-Poster-18
Determination of Gilbert Damping Parameter of
Embedded into Plastic Substrate for the
FeMn/Pt Multilayers
Application of Future Flexible Electronics
Ziyan LUO1#+, Yumeng YANG1, Yanjun XU1, Wu
YIHONG2
BISSANNAGARI1+,
Jihoon
KIM2#
1National
of Advanced Materials, Kongju National
University, South Korea,
2Kongju
National University,
D-D2-Poster-13
University of Singapore, Singapore, 2Electrical
and Computer Engineering, National University of
Singapore, Singapore
South Korea
Sn. 19
D-D2-Poster-19
Room Temperature Ferromagnetic Behavior in
Novel Route of Tuning Magnetic Ground States
in Manganites: Hydrogen Doping
Doped Cuprous Oxide Nanoflowers
Hariom JANI1#+, Siddhartha GHOSH 2, Ragavendran
NAGARAJAN1, Saumitra VAJANDAR1, Jun DING1,
Thomas OSIPOWICZ1, T. VENKATESAN1
1Laxminarayan
1National
University of Singapore, Singapore, 2NUS
Asar AHMED1#+
Sn. 20
Institute of Technology Nagpur, India
D-D2-Poster-20
Nanoscience & Nanotechnology Institute-NanoCore,
Spin Gapless Semiconducting Behavior in
National University of Singapore, Singapore
Quaternary Heusler Alloys CoFeMnSi and
CoFeCrGa - Theory and Experiment
D-D2-Poster-14
Sol-Gel Synthesis, Crystal Structure, Electronic
Arif Iqbal MALLICK1#+, Lakhan BAINSLA1, K. G.
SURESH1, Aftab ALAM1
and Magnetic Properties in Ce3Ca2Cu4FeO12-δ
1Indian
Bidhu Bhusan DAS1#+, Snigdha M1, Govinda Rao
RUPPA1, Venugopal POTU1
1Pondicherry University, India
Sn. 15
University, India
Inkjet-Printed Fully-Sintered NiZn-Ferrite Films
1Division
Sn. 14
D-D2-Poster-17
Hybrid Composites for Removal Arsenic
Murali
Sn. 13
of Materials Science and Engineering,
National University of Singapore, Singapore, 2National
of Physics
Layer-by-Layer Assembled PS/rGO/Fe3O4
Sn. 12
D-D2-Poster-16
Tailoring Magnetic Properties of Nife Diffused
Sn. 21
(Spions) for Targeted Drug Delivery
Vijayendra GARG1#+, Aderbal DE OLIVEIRA1,
Sudhanshu PATI1, L. Herojit SINGH2
1University of Brasilia, Brazil, 2National Institute of
Novel Method to Pin Domain Walls for Domain
Wall Memory
1Division
of Physics and Applied Physics, School of
D-D2-Poster-21
Super Paramagnetic Iron Oxide Nanoparticles
D-D2-Poster-15
Tianli JIN1+, Mojtaba RANJBAR2, Feilong LUO3, Wen
Siang LEW3, S. N. PIRAMANAYAGAM3#
Institute of Technology Bombay, India
Technology, Manipur, India
Sn. 22
D-D2-Poster-22
Physical and Mathematical Sciences, Nanyang
Spin-Wave Propagation in Complicated
Technological University, Singapore, 2Division of Physics
Magnonic Structures
and Applied Physics, Nanyang Technological University,
Singapore, 3Nanyang Technological University, Singapore
Anna SHARAEVSKAYA1,2#+, Maria MOROZOVA1,
Dmitrii ROMANENKO1, Alexandr SADOVNIKOV1,
Sergey NIKITOV2
1Saratov
State University, Russian Federation, 2Kotelnikov
Institute of Radio-engineering and Electronics of Russian
Academy of Science, Russian Federation
48
48
Sn. 23
D-D2-Poster-23
Resonant Valence Bond States in Zinc Vacancies
Induce the Ferromagnetism of ZnO
Shih-Jye SUN1#+
1National
University of Kaohsiung, Taiwan
49
49
Symposium E Session Schedule
15:00
Image-Charge Dipoles, Integer Charge Transfer
States and Their Spatial Extension in Organic
E: Organic Electronics Interface-1
Semiconductor Films
Tue - 5 Jul 16 | 11:00 - 12:30 | Room 303
Session Chair(s): Norbert KOCH (Humboldt University of
Berlin)
11:00
Mats FAHLMAN1#+
1Linköping
15:30
Spectroscopy (XPS)
Electronics and Opto-Electronics
11:30
Jisheng PAN1#+
MARDER1#+
1Agency
Institute of Technology, United States
E-2 (Invited)
Materials Science Tools for Interface Engineering
15:45
12:00
Surface from Scanning Tunnelling Microscopy
and Density Functional Theory
College London, United Kingdom
David BOWLER1#+, Veronika BRAZDOVA1, Neil
CURSON1, Andrew FISHER1, Steven SCHOFIELD1
E-3
1University
Structure of Rutile TiO2 (001) Surface Inferred
from Surface X-ray Diffraction Measurement
Yasuro IKUMA1#+, Makoto YAMANA1, Satoshi
YOKOSE1, Masahiro MITSUGI1, Srinivasan
ANANDAN2, Koichi NIWA1
1Kanagawa
16:00
Brandon MARIN1+, Aliaksandr ZARETSKI1, Darren
LIPOMI1#
1University
Materials, India
16:15
of California, San Diego, United States
E-7
Quantitative Analysis of Adhesive Forces of
Lignosulfonate as Surface and Interfacial
Nanoparticle Ink During Patterning Process
Engineering Ligand for Polymer-Ceramic
Inyoung KIM1#+, Y. CHOI1, A. LEE1, T. LEE1
Nanocomposite Dielectrics
1Korea
Sasidhar SIDDABATTUNI1#+, Sunil ADURTY1
1Sri
E-6
Sensing
Institute of Technology, Japan, 2International
E-4
College London, United Kingdom
Metal Nanoisland Interfaces for Multimodal
Advanced Research Centre for Powder Metallurgy and New
12:15
E-5
Exact Location of Dopants Below the Si(001):H
STINGELIN1#+
1Imperial
for Science, Technology and Research (A*STAR),
Singapore
of Organic Optoelectronic Devices
Natalie
E-4
Heterojunction by X-ray Photoelectron
Modification of Electrode Interfaces for Organic
1Georgia
University, Sweden
Band Energy Alignment Studies at
E-1 (Keynote)
Seth
E-3 (Invited)
Institute of Machinery & Materials, South Korea
Sathya Sai Institute of Higher Learning, India
E: Organic Electronics Interface-3
E: Organic Electronics Interface-2
Tue - 5 Jul 16 | 14:00 - 16:00 | Room 303
Session Chair(s): Wei CHEN (National University of
Singapore)
14:00
Wed - 6 Jul 16 | 14:00 - 16:00 | Room 303
Session Chair(s): Satoshi KERA (Institute for Molecular
Science)
14:00
Charge-Transfer Engeneering in Hybrid
E-1 (Keynote)
Inorganic/Organic Systems
Deep Insight Into Electronic States of Functional
Oliver HOFMANN1#+
Molecular Materials
1Solid
Satoshi KERA1#+
1Institute for Molecular Science, Japan
14:30
E-2 (Invited)
Energy-Level Alignment at Interfaces of Organic
Semiconductors
Georg HEIMEL1#+
1Humboldt University of Berlin, Germany
E-1 (Keynote)
State Physics, Graz University of Technology,
Austria
14:30
E-2 (Invited)
Space-Filling Design of Uniform Organic Thin
Films with Macroscopic Structural Order
Takanori FUKUSHIMA1#+
1Tokyo
Institute of Technology, Japan
50
50
15:00
Tuning Polarization States and Interface
Organic/Polymeric Semiconductors Based on
Properties of BaTiO3/SrTiO3 Heterostructure by
Micro/Nano-Devices
Metal Capping Layers
Huanli DONG1#+
Jun ZHOU1+, Ming YANG2, Lei SHEN1, Qingyun WU1,
Lei XU1, Yuan Ping FENG1, Andrivo RUSYDI1#
Academy of Sciences, China
1National
Materials Research and Engineering,Agency for Science,
Interface Engineering for Molecule-Based
Technology and Research (A*STAR), Singapore
Yutaka WAKAYAMA1,2#+, Ryoma HAYAKAWA1, Kenji
HIGASHIGUCHI3, Kenji MATSUDA3
1National
17:45
E-4
Stimulating the Shubnikov-de Haas Oscillations
Institute for Materials Science, Japan, 2Kyushu
at the (La,Sr)(Al,Ta)O3/SrTiO3 Interface
University, Japan, 3Kyoto University, Japan
E-5
Zhen HUANG1+, Kun HAN1, Shengwei ZENG1,
Wenxiong ZHOU1, Changjian LI1, T. VENKATESAN1,
A. ARIANDO1#
Formation of Periodic Micro/Nanostructures on
1National
Silicone Rubber Surface by Fluorine Laser
Masayuki OKOSHI1,2#+, Wisnu SETYO PAMBUDI3,
Hidetoshi NOJIRI3, Tsugito YAMASHITA2
1Electrical
16:00
University of Singapore, Singapore, 2Institute of
E-4
Single-Electron Tunneling Devices
15:45
E-3
Investigating the Charge Transport in
1Chinese
15:30
17:30
E-3 (Invited)
18:00
University of Singapore, Singapore
E-5
Enhanced Dielectric Properties of Surface
Engineered BCZT Nanoparticles and Their
and Electronic Engineering, National Defense
Academy, Japan, 2Kanto Gakuin University, Japan,
Polymer Nanocomposite Dielectrics
3National
Sasidhar SIDDABATTUNI1#+, Pavan Prashanth
SADHU1, Sai MUTHUKUMAR V1
Defense Academy, Japan
E-6
1Sri
Sathya Sai Institute of Higher Learning, India
Stress Induced Surface Reconstruction in
Bicrystal Thin Film Interconnects by Combined
Anisotropic Surface and Grain Boundary
Diffusion
1Hitit
16:15
E: Interface Engineering of Semiconductors-1
Thu - 7 Jul 16 | 10:30 - 12:30 | Room 303
Oncu AKYILDIZ1#+
University, Turkey
Session Chair(s): Valeri AFANAS'EV (University of Leuven)
E-7
Nano-Phase Separation in Ultrathin Molecular
10:30
Band Engineering of Semiconducting Oxides and
Films Controlled by Graphene
Transition Metal Dichalcogenides for Electronic
Nikolai SEVERIN1+, Jonas GIENGER2, Igor M.
SOKOLOV1, Jürgen P. RABE1#
1Humboldt-Universität
Devices
John ROBERTSON1#+
1Enginering, Cambridge University, United Kingdom
zu Berlin, Germany,
2Physikalisch-Technische
E-1 (Keynote)
Bundesanstalt, Germany
11:00
E-2 (Invited)
Study of High-Performance Thin-Film Transistors
(TFTs) with High-k Dielectric and Interface
E: Oxide Thin Films and Interfaces
Engineering
Wed - 6 Jul 16 | 16:30 - 18:00 | Room 303
Session Chair(s): Shijie WANG (Agency for Science,
Technology and Research (A*STAR))
16:30
Jianbin XU1#+
1The
11:30
E-1 (Keynote)
Energetics and Vertical Adsorption Distances
Dynamic Behaviors of Charged Domain Walls in
Steffen DUHM1#+
1Soochow
Ferroelectric Thin Films
1University
of California, Irvine, United States, 2University
of Michigan, United States
17:00
E-2 (Invited)
Combinatorial Substrate Epitaxy of Oxide Films
Wilfrid PRELLIER1#+
1CRISMAT, CNRS/ENSICAEN/UNICAEN, France
E-3 (Invited)
Contact Formation at Organic-Metal Interfaces:
In Situ TEM Studies of Atomic Structures and
Xiaoqing PAN1#+, Linze LI2
Chinese University of Hong Kong, Hong Kong SAR
12:00
University, China
E-4 (Invited)
Unique Physical and Chemical Properties of 2D
Metal Dichalcogenides Under Hydrogenation and
Tension
Hui PAN1#+
1IAPME/FST,
University of Macau, Macau
51
51
12:30
15:30
E-5
Cuprate-Like Electronic Properties in
Process Challenges and Issues in Post-TSV, Low
Superlattices with AgIIF2 Square Sheet
Temperature Beol Process for 2.5D/3D Integration
Xiaoping YANG1#+
Chunmei WANG1#+, King Jien CHUI1, Hongyu LI1,
Mingbin YU1
1High
Magnetic Field Laboratory, Hefei
Institutes of
1Agency
Physical Science, Chinese Academy of Sciences, China
12:45
E-4
E-6
Fabrication of MnO2- CNT Nanocomposite on
15:45
E-5
Electrical Properties of the Polyvinyl Alcohol
Tantalum Substrate for High Performance
(PVA)/ZnO Composite Film Under Electric Fields
Electrochemical Detection of Hydrogen Peroxide
K. VIJAYALAKSHMI1#+, David Jereil S1
Analyzed Using Photoluminescence Analysis
1Bishop
Leo Chau-Kuang LIAU1#+, You-Hua LIN1
Heber College, India
1Yuan
16:00
E: Interface Engineering of Semiconductors-2
E-6
Development of Low Concentration of Pt
Electrode with High Performance for Fuel Cell
Session Chair(s): John ROBERTSON (Cambridge University)
Application
Perfecting Hetero-Interfaces for Pushing the
Toshiyuki MORI1#+, Shipra CHAUHAN2, Noriko
ISAKA2, Shigenori UEDA2, Graeme
AUCHTERLONIE3, John DRENNAN3
Ultimate CMOS and Beyond (Keynote Lecture)
1Center
E-1 (Keynote)
HONG1#+,
Minghwei
Y. H.
K. Y.
Y. T.
FANCHIANG2, J. Raynien KWO3, Chi-Nan WU3,
Yu-Chi LIU3, Hsiao-Yu LIN3, Tun-Wen PI4, Chiu-Ping
CHENG5, Szu-Hung CHEN6
1Graduate
LIN2,
LIN2,
Institute of Applied Physics, National Taiwan
University, Taiwan, 2National Taiwan University, Taiwan,
3National
Japan, 2National Institute for Materials Science (NIMS),
Japan, 3University of Queensland, Australia
16:15
Magnetic Sensor by Using Water-Treatment
Process
Chiayi University, Taiwan, 6National Nano Device
Hiromi TANAKA1#+, Seiya TANAKA1, Hideki
YOSHIKAWA2
Laboratories, Taiwan
E-2
Interfacial Interaction Between HfO2 and MoS2:
Ming YANG1#+, Jianwei CHAI2, Jisheng PAN3,
Dongzhi CHI4, Yuan Ping FENG5, Shi Jie WANG6
1Institute
16:30
1National
Institute of Technology, Yonago College, Japan,
2National
Institute for Materials Science, Japan
E-8
Electrochemical Capacitive Behavior of
Polycrystalline Ag2S-AgI Composite Materials
of Materials Research and Engineering,Agency
Armila RAJBHANDARI (NYACHHYON)1#+, Krishna
MANANDHAR1, Rajaram PRADHANANGA1
for Science, Technology and Research (A*STAR), Singapore,
2Ceramics,
E-7
Novel Method to Fabricate Ultra-High Sensitive
Tsing Hua University, Taiwan, 4National
From Thin Films to Monolayer
for Green Research on Energy and Environmental
Materials, National Institute for Materials Science (NIMS),
Synchrotron Radiation Research Center, Taiwan, 5National
15:00
Ze University, Taiwan
Pt-CeOx Nanowire Interface Design for
Fri - 8 Jul 16 | 14:30 - 16:30 | Room 326
14:30
for Science, Technology and Research (A*STAR),
Singapore
Insitute of Materials Research and
1Tribhuvan
Engineering(IMRE), Singapore, 3Agency for Science,
University, Nepal
Technology and Research (A*STAR), Singapore, 4Institute
of Materials Research and Engineering, Agency for Science,
Technology and Research (A*STAR), Singapore, 5National
University of Singapore, Singapore, 6Institute of Materials
Research and Engineering (IMRE), Agency for Science,
Technology and Research (A*STAR), Singapore
15:15
E-3
Interface States in Oxygen Terminated Diamond
E: Surface and Interface Characterization
Fri - 8 Jul 16 | 17:00 - 18:30 | Room 326
Session Chair(s): Jisheng PAN (Agency for Science, Technology
and Research (A*STAR))
17:00
E-1 (Keynote)
Metal Oxide Semiconductor Capacitor
Band Offsets at High-k Oxide/Semiconductor
Thanh Toan PHAM1+, Aurelien MARECHAL1, David
EON1, Nicolas ROUGER2, Pierre MURET 1, Etienne
GHEEREART1, Julien PERNOT 1#
2-Dimensional Channel Materials
1Institute
Neel- CNRS Grenoble, France, 2Grenoble
Electrical Engineering Lab (G2Elab), France
Interfaces: From Silicon to High-Mobility and
Valeri AFANAS'EV1#+, Hsing-Yi CHOU2, Michel
HOUSSA2, Andre STESMANS2
1Department
of Physics and Astronomy, University of
Leuven, Belgium, 2University of Leuven, Belgium
52
52
17:30
Thickness Dependent Metal Contact on MoS2
Junguang TAO1#+
Monolayer
University of Technology, China
E-3
Jianwei CHAI1#+, Ming YANG2, Zheng ZHANG3,
Weifeng YANG4, Jisheng PAN3, Dongzhi CHI5, Shi Jie
WANG6, Ya Ze WU7
High-κ Oxides on Pristine Single Crystal III-V
1Ceramics,
Surfaces Studied by Synchrotron Radiation
Engineering(IMRE), Singapore, 2Institute of Materials
PI1#+,
CHENG2,
Insitute of Materials Research and
Research and Engineering,Agency for Science, Technology
Photoemission
18:15
E-D2-Poster-3
Modification of Tio2 Based Photocatalyst
1Hebei
18:00
Sn. 3
E-2 (Invited)
and Research (A*STAR), Singapore, 3Agency for Science,
CHEN1,
Tun-Wen
Chiu-Ping
Wan Sin
K. Y. LIN3, S. WANG2, Y. H. LIN3, Yi-Ting CHENG2, J.
Raynien KWO4, Minghwei HONG5
of Materials Research & Engineering (IMRE), A*STAR
1National
Synchrotron Radiation Research Center, Taiwan,
(Agency for Science, Technology and Research), Singapore,
2National
Chiayi University, Taiwan, 3National Taiwan
5Institute
Technology and Research (A*STAR), Singapore, 4Institute
of Materials Research and Engineering, Agency
University, Taiwan, 4National Tsing Hua University,
for Science, Technology and Research (A*STAR), Singapore,
Taiwan, 5Graduate Institute of Applied Physics, National
6Institute
Taiwan University, Taiwan
Agency for Science, Technology and Research (A*STAR),
of Materials Research and Engineering (IMRE),
Singapore, 7National University of Singapore, Singapore
E-4
Radar Absorption Studies of Nanomaterial Based
Sn. 4
E-D2-Poster-4
Electromagnetic Interference (EMI) Paint
Hydrogenated Pd Doped TiO2 Nanohybrid for
B.V. Bhaskara RAO1+, Maheshwarr JENA2, Sangeeta
KALE3#
1Applied Physics, Defence Institute of Advanced Technology
Detecting Fluorinated Gas
Gowoon SHIM1+, Sangyeon LEE1, Shankara S.
KALANUR1, Hyungtak SEO1#
1Ajou University, South Korea
(DIAT), Deemed University (DU), India, 2Defence
Research and Development Organisation, India, 3Defence
Institute of Advanced Technology (DIAT), Deemed
Sn. 5
E-D2-Poster-5
Electrochemical Immunosensor for Sensitive
University (DU), India
Detection of Tumour Markers Based on
Three-Dimensional Graphene Electrode and
Immobilized Redox Probe
Symposium E Poster Session
Fengna XI1, Jiao WANG1, Lin ZHOU1, Jiyang LIU1#+
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Sn. 1
1Zhejiang
E-D2-Poster-1
Sn. 6
Investigation of High Temperature Charge
Between Ag-Pd Alloy Wires and Al Pads as Bond
Metal-Insulator-Metal (MIM) Structure
and After Reliability Test
Khalid MAHMOOD1#+
Sn. 2
E-D2-Poster-6
Tem Analysis of Intermetallic Compounds
Transport Mechanism in Al-Gd2O3-Al Based
1Government
Bing-Hau KUO1+, Yen-Lin HUANG1, Du-Cheng TSAI1,
Po-Chun HSU1, Fuh-Sheng SHIEU1#
College University Faisalabad, Pakistan
1National
E-D2-Poster-2
Electrochemically Deposited Film as Interface
Sci-Tech University, China
Sn. 7
Chung Hsing University, Taiwan
E-D2-Poster-7
Layers to Improve the Performance of
Effect of Ultra Violet Treatment in the ZnO Thin
Solution-Processed Organic Light-Emitting
Film Transistor
Devices
Ayoung PARK1, Jinseo KIM1, Sangyeon LEE1,
Hyungtak SEO1#+
Tiancheng
1South
YU1+,
Linlin
LIU1,
Yuguang
MA1#
1Ajou
China University of Technology, China
Sn. 8
University, South Korea
E-D2-Poster-8
Optimization of VO2 Thin Film by Rf Magnetron
Sputter for Neuromorphic Device
Seokjae WON1, Sangyeon LEE1+, Jeongyeon HWANG1,
Hyungtak SEO1#
1Ajou University, South Korea
53
53
Sn. 9
Sn. 10
E-D2-Poster-9
Sn. 16
A Study of Aln Coating on Alumina Substrate
Pt/HfO2/Pt and the Pt/HfO2/p-Type Si Capacitors
Using Sol Gel Method
by Internal Photoemission Spectroscopy
Fu-Chieh TSUI1#+, Mavis CAI1, Ying-Chieh LEE1
Sangyeon LEE1+, Hyungtak SEO1#
1National
1Ajou
Taiwan
University, South Korea
E-D2-Poster-10
Sn. 17
Study of Electronic Properties of Solid Electrolyte
for Electrochromic Applications
Lai Mun WONG1#+, Sing Yang CHIAM1, Ren YI1, Shi
Jie WANG2
1Agency
Kwang Ho KIM1, Sung Kyu PARK2, Byungwook
YOO1#+
1Korea
(IMRE), Agency for Science, Technology and Research
(A*STAR), Singapore
University, South Korea
E-D2-Poster-11
Sn. 18
Ultraviolet Photodetection
Yingjun MAO1#+, Ling XIE1, Huamao LIN1
Weifeng YANG1#+, Lai Mun WONG2, Shi Jie WANG3
of Microelectronics, Agency for Science,
Technology and Research (A*STAR), Singapore
1Institute
E-D2-Poster-12
Singapore, 2Agency for Science, Technology and Research
Evaluation of RDL Cu Seed Wet Etch in 3D
(A*STAR), Singapore, 3 Institute of Materials Research and
Woon Leng LOH1#+, Qin REN1, King Jien CHUI1,
Mingbin YU1
1Agency
for Science, Technology and Research (A*STAR),
Engineering (IMRE), Agency for Science, Technology and
Research (A*STAR), Singapore
Sn. 19
LCP Film for a Semiconductor Package Substrate
E-D2-Poster-13
Tomoyuki ISHII1#+, Joo-Hyong NOH1, Mitsuhiro
WATANABE1, Hideo HONMA1
Polymer-Assisted-Solution Process of Al2O3 Gate
1Kanto
Dielectric Film and its Application to Oxide Thin
Film Transistor
1Kongju
Sn. 20
Vivek CHIDAMBARAM1#+, Sunil WICKRAMAS1
1Institute
Selective Electroless Plating on Modified
Sn. 21
(100) Surface
Yen-Chien KUO1+, Lo-Yueh CHANG1, Xing Fu SU1,
Chi-Liang CHEN1, Chia-Hao CHEN1#
1National Synchrotron Radiation Research Center, Taiwan
E-D2-Poster-15
Electrolytic Copper Plating for Fabrication of
Young Jae KIM1+, Jae Hee CHON1, Jong Young
PARK1,2, Mitsuhiro WATANABE1, Joo-Hyong NOH1#,
Hideo HONMA1, Osamu TAKAI1
1Kanto Gakuin University, Japan, 2Daeduck Electronics
Co., Ltd., South Korea
E-D2-Poster-21
Study of 1-hexadecanethiol Monolayer on Bare Si
Gakuin University, Japan
Heat Sinks for PCB
of Microelectronics, Agency for Science,
Technology and Research (A*STAR), Singapore
Transparent Resin Layers
Sn. 15
E-D2-Poster-20
Applications for Harsh Environments
E-D2-Poster-14
1Kanto
Gakuin University, Japan
Conductive Adhesives for Die Attach
National University, South Korea
Yoshio HORIUCHI1#+, Yohei SUZUKI1, Christpher E.J.
CORDONIER1, Joo-Hyong NOH1, Hideo HONMA1,
Osamu TAKAI1
E-D2-Poster-19
Process of the Conducting Layer Formation on the
Singapore
Youngwoo LEE1+, Jihoon KIM1#
of Materials Research & Engineering (IMRE),
A*STAR (Agency for Science, Technology and Research),
Application
Sn. 14
E-D2-Poster-18
Pulse Laser Deposition of TiO2 Thin Films for
Dishing Control for TSV Cu CMP
1Institute
for Science, Technology and Research (A*STAR),
Singapore, 2 Institute of Materials Research and Engineering
Electronics Technology Institute, South Korea,
2Chung-Ang
Sn. 13
E-D2-Poster-17
Aluminum Oxide Gate Dielectric for Solution
Transistor
Sn. 12
Pingtung University of Science and Technology,
Investigation of Sodium Ion on Sodium Doped
Processed Indium Gallium Zinc Oxide Thin Film
Sn. 11
E-D2-Poster-16
Schottky Barrier Height Determination of
Sn. 22
E-D2-Poster-22
Fabrication of Aluminum Forming Ceramics with
Activated Carbon for Led Heatsink
Hyun Kyoung YANG1#, Joo Hyun LEE1+, Hyeongil
JANG2, Jungsik JOOO1, Jin Young PARK1, Jong Won
CHUNG3
1Pukyong
National University, South Korea, 2LED
Convergence Engineering, Pukyong National University,
South Korea, 3Changwon National University, South Korea
54
54
Sn. 23
E-D2-Poster-23
Development of Led Heatsink Using Metal Foam
Ceramics
Hyun Kyoung YANG1#, Hyeongil JANG2+, Joo Hyun
LEE1, Woo Tae HONG1, Sung Jun PARK1, Jae Yong JE3
1Pukyong
National University, South Korea, 2LED
Convergence Engineering, Pukyong National University,
South Korea, 3Dongeui Institute of Technology, South Korea
Sn. 24
E-D2-Poster-24
Direct Metal Patterning on Semiconductor Using
Electroless Plating and Flash Lamp Annealing
Yusuke MIYAZEKI1,2#+, Yoshio HORIUCHI3,
Christpher E.J. CORDONIER3, Joo-Hyong NOH3,
Hideo HONMA3, Taro ARAKAWA4
1Department of Physics, Electrical and Computer
Engineering, Graduate School of Engineering, Yokohama
National University, Japan, 2Materials & Surface
Engineering Research Institute, Kanto Gakuin University,
Japan, 3Kanto Gakuin University, Japan, 4Yokohama
National University, Japan
Sn. 25
E-D2-Poster-25
Chip-to-Wafer (C2W) Gang Bonding
Methodologies for High Yield Applications
Nagendra Sekhar VASARLA1#+, Ser Choong CHONG1,
Ling XIE1, Daniel Ismael CERENO1, Sunil
WICKRAMAS1
1Institute
of Microelectronics, Agency for Science,
Technology and Research (A*STAR), Singapore
55
55
Symposium F Session Schedule
14:30
Graphene Oxide Composites for Energy Storage
Min GU1#+
F: Perovskite Solar Cells
1Royal
Tue - 5 Jul 16 | 11:00 - 12:30 | Room 308
Session Chair(s): Goutam DALAPATI (Agency for Science,
Technology and Research (A*STAR)), Akihiro FURUBE
(Tokushima University)
11:00
15:00
1Research
Obtained by a Facile Spray Pyrolysis Method
Shigeru IKEDA1#+
1Department
15:30
Performance of Perovskite Solar Cells
Roie YERUSHALMI1#+
1Chemistry,
15:45
12:00
Duck Young KIM1+, Stevce STEFANOSKI2, Oleksandr
KURAKEVYCH3, Timothy STROBEL2#
1Center
High Performance Heterojunction Perovskite
Institution of Washington, United States, 3Sorbonne
Efat JOKAR1+, Zhong Yi HUANG1, Chih-Chun
CHUNG1, Eric Wei-Guang DIAU1#
Universités, Université Pierre et Marie Curie, France
Chiao Tung University, Taiwan
F-4
Selection of Suitable Chloride Precursor for
Bigger Crystal Growth and Reduced Defects in
Lead Halide Perovskites
Vigneshwaran MURUGAN1#+, Yuhei OGOMI2, Shyam
S. PANDEY3, Taro TOYODA4, Qing SHEN4, Shuzi
HAYASE2
1Graduate
School of Life Science and System Engineering,
F: Organic Solar Cells
Tue - 5 Jul 16 | 16:30 - 18:00 | Room 308
Session Chair(s): Min GU (Royal Melbourne Institute of
Technology University), Takashi MINEMOTO (Ritsumeikan
University)
16:30
Kyushu Institute of Technology, Japan, 2Kyushu Institute of
F-1 (Invited)
Charge Carrier Dynamics in Organic Solar Cells
Technology, Japan, 3Graduate School of Life Science and
Studied by Time-Resolved Absorption
Systems Engineering, Kyushu Institute of Technology,
Spectroscopy
Japan, 4The University of Electro-Communications, Japan
Ryuzi KATOH1#+
1Nihon
F: Nanomaterials and Application
17:00
New Approaches to Synthesize Hybrid
Perovskite Films and Nanostructures with
Enhanced Optoelectronic Properties
Satishchandra OGALE1#+
1Indian
India
Institute of Science Education and Research Pune,
F-2 (Invited)
Synergistic Effect in Ternary Organic Bulk
Heterojunctions
Session Chair(s): Kylie CATCHPOLE (Australian National
University), Vijila CHELLAPPAN (Agency for Science,
Technology and Research (A*STAR))
F-1 (Invited)
University, Japan
Unraveling the Fundamental Mechanism of
Tue - 5 Jul 16 | 14:00 - 16:00 | Room 308
14:00
for High Pressure Science and Technology
Advanced Research (HPSTAR), China, 2Carnegie
Solar Cell Based on Graphene
12:15
F-5
Band Gap and its Applications
University, Japan
F-3
1National
Hebrew University of Jerusalem, Israel
A New Allotrope of Silicon with a Quasi Direct
Takashi MINEMOTO1#+, Jakapan CHANTANA1
1Ritsumeikan
F-4
Metal Oxides Using Molecular Layer Deposition
F-2 (Invited)
Theoretical Analysis on Junction Properties and
of Chemistry, Konan University, Japan
Band Gap Engineering and Defect Design of
School of Engineering, Australian National
University, Australia
11:30
F-3 (Invited)
A Highly Efficient Kesterite Thin Film Solar Cell
High Efficiency Perovskite on Silicon Tandem
Kylie CATCHPOLE1#+
Melbourne Institute of Technology University,
Australia
F-1 (Keynote)
Solar Cells
F-2 (Invited)
Xiao-Tao HAO1#+
1Shandong
17:30
University, China
F-3
Transient Absorption Anisotropy to Reveal
Energy Migration Among Sensitizing Molecules
on Nanocrystalline Film
Kenji SUNAHARA1, Hiroyuki MATSUZAKI2, Akihiro
FURUBE3#+
1University
of Tsukuba, Japan, 2Advanced Industrial
Science and Technology (AIST), Japan, 3Tokushima
University, Japan
56
56
17:45
F-4
Charge Carrier Dynamics in Gold Nanorod
Doped Organic Solar Cell by Ultrafast Transient
Spectroscopy
Aniket RANA1#+, Mahesh KUMAR1, Suresh CHAND1,
Rajiv K SINGH1
1National
Physical Laboratory, India
F: Transparent Conductor and Solar Cells
Wed - 6 Jul 16 | 14:00 - 16:00 | Room 308
Session Chair(s): Jihun OH (Korea Advanced Institute of
Science and Technology), Amitava PATRA (Indian Association
for the Cultivation of Science)
14:00
F-1 (Invited)
Flexible Transparent Conducting Electrodes
Fabricated Using an Ultrathin Continuous Metal
F: Photocatalysts Water Splitting
Film for Flexible Solar Cells
Wed - 6 Jul 16 | 10:30 - 12:30 | Room 308
Jungheum YUN1#+, Guoqing ZHAO1, Myungkwan
SONG1, Gun-Hwan LEE1
Session Chair(s): Satishchandra OGALE (Indian Institute of
Science Education and Research Pune), Ryuzi KATOH (Nihon
University)
1Korea
10:30
14:30
Film as Transparent Conducting Electrode
Durga BASAK1#+, Arindam MALLICK2
Chemical Cell Design for High Efficiency Solar
1Solid
of Science, India, 2 Indian Association for the Cultivation of
Joan Ramón MORANTE1#+
1Fundacio Institut de Recerca en Energia de Catalunya
Science, India
15:00
F-3 (Invited)
Solution Processable Acceptors for OPV
F-2 (Invited)
High Performance and Stable Silicon
Namita Roy CHOUDHURY1,2#+
1School of Chemical Engineering, University of Adelaide,
Photoelectrodes for Photoelectrochemical Water
Australia, 2University of Adelaide, Australia
Splitting
15:30
Jihun OH1#+
1Korea
Agnw/zno Composite Electrode for Versatile
Photovoltaic Applications
F-3 (Invited)
Myungkwan SONG1#+, Gun-Hwan LEE1
Development of Visible Light Responsive
Photocatalysts for Solar Hydrogen Production
Ryu ABE1#+
1Kyoto
F-4
Highly Conductive and Transparent Hybrid
Advanced Institute of Science and Technology, South
Korea
12:00
State Physics, Indian Association for the Cultivation
Refineries
(IREC), Spain
11:30
F-2 (Invited)
Prospects of Doped and Codoped Zinc Oxide
F-1 (Invited)
Earth Abundant Materials and Photo Electro
11:00
Institute of Materials Science, South Korea
1Korea
15:45
F-5
Coloured Photovoltaic Modules Using Selectively
University, Japan
Modulated Aesthetic Reflector Technology
F-4
(SMART)
Band Engineering of Nanostructure
Anishkumar SOMAN1+, Aldrin ANTONY2#
Photocatalysts and Solar Absorbers via Alloying
Teck Leong
1Agency
Institute of Materials Science, South Korea
TAN1#+,
Man-Fai
NG1,
Goki
1Energy
EDA2
Science and Engineering, Indian Institute of
Technology Bombay, India, 2Indian Institute of Technology
for Science, Technology and Research (A*STAR),
Bombay, India
Singapore, 2National University of Singapore, Singapore
12:15
F-5
Enhanced Efficiency and Stability of
Semiconductor-Sensitized Solar Cells with
Surface Grafted Molecular Relay
Chao SHEN1,2+, Denis FICHOU3, Qing WANG2#
1Nanyang
Technological University, Singapore, 2National
University of Singapore, Singapore,
3Pierre-and-Marie-Curie
University, France
F: Nanomaterials and Application
Wed - 6 Jul 16 | 16:30 - 18:00 | Room 308
Session Chair(s): Ryu ABE (Kyoto University), Durga BASAK
(Indian Association for the Cultivation of Science)
16:30
F-1 (Invited)
Nano Materials for Light Harvesting Applications
Amitava PATRA1#+
1Department
of Materials Science, Indian Association for
the Cultivation of Science, India
57
57
17:00
F-2 (Invited)
11:45
Investigation of Si-Based Heterojunction with
Applications of Branched Semiconductor
Subplanted Oxide Layer for Solar Cells
Nanocrystals
Application
Nimai MISHRA1#+
Zhongquan MA1#+, Huiwei DU1, Ming GAO1, Yazhou
WAN1, Yong LI1, Fei XU1, Lei ZHAO1
1Center
for Integrated Nanotechnologies: CINT, Los Alamos
1Shanghai
National Lab, United States
17:30
12:00
F-3
Near-Infrared Light Triggered Superior
Photocatalytic Activity from
Il-Han YOO1+, Kiryung EOM2, Shankara S.
KALANUR2, Hyungtak SEO2#
MoS2-NaYF4:Yb3+/Er3+ Nanocomposites
Venkataramanan MAHALINGAM1+, Manjunath
CHATTI1#, Venkata N. K. B. ADUSUMALLI1, Sagar
GANGULI1, Sourav Kanti JANA1
of Energy Systems Research, Ajou University,
1Indian
F-4
Characterization of Squaraine Dyes with Small
12:15
Photovoltaic Applications
Regeneration
Uday DADWAL1#+, Manjari GARG2, Chandrashekhar
PATHAK2, Rajesh K. BAG3, Renu TYAGI3, Rajendra
SINGH2
1Nanoscale Research Facility (NRF), Indian Institute of
Shyam S. PANDEY1#+, Takuya MORIMOTO2, Maryala
SAIKIRAN2, Shuzi HAYASE2
School of Life Science and Systems Engineering,
Kyushu Institute of Technology, Japan, 2Kyushu Institute of
Technology Delhi, India, 2 Indian Institute of Technology
Technology, Japan
F: Photovoltaic
Thu - 7 Jul 16 | 10:30 - 12:30 | Room 308
Session Chair(s): Kandalam RAMANUJACHARY (Rowan
Unviersity), Yasuhiro TACHIBANA (RMIT University)
F-1 (Invited)
Materials and Process Innovations for Thin Film
Delhi, India, 3Solid State Physics Laboratory, India
F: Photocatalytic Water Splitting
Thu - 7 Jul 16 | 14:00 - 16:00 | Room 308
Session Chair(s): Kwang-Leong CHOY (University College
London), Nimai MISHRA (Los Alamos National Lab)
14:00
TiO2
Kwang-Leong CHOY1#+
Peter DEAK1#+, Jolla KULLGREN2, Bálint ARADI3,
Thomas FRAUENHEIM3, Ladislav KAVAN4
College London, United Kingdom
1Bremen
F-2 (Invited)
Sweden, 3University of Bremen, Germany, 4Academy of
Takeaki SAKURAI1#+
1University of Tsukuba, Japan
F-3
Efficient Silicon Solar Cells with
Carrier-Selective and Dopant-Free
Heterojunctions
Jian HE1, Jiang SHENG1, Jing YU1, Pingqi GAO1#+,
Jichun YE1
1Chinese Academy of Sciences, China
Center for Computational Materials Science,
University of Bremen, Germany, 2Uppsala University,
Study of Defects in Widegap CIGS Solar Cells
11:30
F-1 (Invited)
Water Splitting and the Band Edge Positions of
Solar Cells
1University
F-6
Graphene-GaAs Based Schottky Diodes for
Energy Barrier for Electron Injection and Dye
1Graduate
Institute of Science Education and Research,
Kolkata, India
Molecular Design and Photophysical
11:00
F-5
Structure Solar Cells
South Korea, 2Ajou University, South Korea
10:30
University, China
Plasmon Enhanced ZnO Nanorod/Au NPs/Cu2O
1Department
17:45
F-4
Synthesis, Assembly and Optoelectronic
Sciences of the Czech Republic, Czech Republic
14:30
F-2 (Invited)
A Rapid Solar Reduction Method to
Metal-Phosphide/Graphene Nano-Composites for
Photo and Electro Catalytic Water Splitting
Kandalam RAMANUJACHARY1#+
1Rowan
Unviersity, United States
58
58
15:00
17:30
F-3
Cation-Controlled Aggregation in
Cu2O Photocathodes via Deposition of a
Fluorene-triarylamine Copolymers
NiFe-Layer Double Hydroxide Co-Catalyst
Meilin LI1+, Stefan ADAMS1#
Huan QI1+, Jonathan WOLFE1, Denis FICHOU2, Zhong
CHEN1#
1Nanyang
Technological University, Singapore,
2Pierre-and-Marie-Curie
15:15
1National
17:45
Performances
Arivarasan AYYASWAMY1#+, Bharathi
SAMBANDAM2, Wilfred PRASANNA1, Sasikala
GANAPATHY1, Jayavel RAMASAMY1
Nanostructures and Their Photoelectrochemical
Properties
1Anna
Marc COURTE1+, Ignacio MINGUEZ BACHO2,3,
Hongjin FAN2, Denis FICHOU4#
Technological University, Singapore, 3The Spanish National
Research Council, Spain, 4Pierre-and-Marie-Curie
University, France
F-5
One-Pot Synthesis of CdS Nanocrystals
Hybridized with Single-Layer Transition Metal
F: Nanomaterials
Fri - 8 Jul 16 | 11:00 - 13:00 | Room 308
Session Chair(s): Nimai MISHRA (Los Alamos National Lab),
Shubham DUTTAGUPTA (National University of Singapore)
11:00
and Pyrochlore Structures for Environmental and
Photocatalytic Hydrogen Evolution
Energy Applications
Junze CHEN1+, Xuejun WU1, Hua ZHANG1#
1Nanyang
Balakumar SUBRAMANIAN1#+
1University of Madras, India
Technological University, Singapore
F-6
Manganese Oxide-Phosphate on Reduced
11:30
Charge Separators
Water Splitting
Brijith THOMAS1#+, Rajeev K. DUBEY2, Jeroen
ROMBOUTS3, Max CLABBER4, Wolter F. JAGER2,
Karthick Gupta BABU SAI SANKAR GUPTA 1,
Romano V.A. ORRU3, Jan Pieter ABRAHAMS4, Huub
DE GROOT 1
Ahamed IRSHAD1#+, N. MUNICHANDRAIAH 1
1Indian Institute of Science, India
1Leiden
F: Photovoltaic
Session Chair(s): Peter DEAK (University of Bremen),
Shubham DUTTAGUPTA (National University of Singapore)
4University
11:45
Cell (DSSC)
Ilaiyaraja PERUMAL1+, Tapan Kumar DAS1, C.
SUDAKAR1#
Cells by Optimizing Interfacial Charge Transfer
Dynamics
1Indian
Yasuhiro TACHIBANA1,2#+
Role of Disorder and Free-Carrier Recombination
Kinetics in CH3NH3PbI3 Perovskite Films
Elbert E. M. CHIA1#+
1Nanyang
Technological University, Singapore
F-3
Increasing the Efficiency of Dye Sensitized Solar
Development of Quantum Dot Sensitized Solar
F-2 (Invited)
of Basel, Switzerland
Nanocomposite TiO2 Photoanode Film for
F-1 (Invited)
University, Australia, 2Osaka University, Japan
University, Netherlands, 2Delft University,
Netherlands, 3Vrije Universiteit Amsterdam, Netherlands,
Thu - 7 Jul 16 | 16:30 - 18:00 | Room 308
17:00
F-2
Expanding the NMR Palette: Insights on Artificial
Graphene Oxide as a Catalyst for Electrochemical
1RMIT
F-1 (Invited)
Nanostructuring of Bismuth Based Perovskite
Dichalcogenide Nanosheets for Efficient
16:30
University, India, 2SRM University, India
of Physical and Mathematical Sciences, Nanyang
Technological University, Singapore, 2Nanyang
15:45
F-4
TiO2 Photoanodes and Their Phtovoltaic
F-4
1School
University of Singapore, Singapore
Fabrication of Yb Doped CdTe QDs Sensitized
University, France
Controlled Conformal Coating of Cu2S on Cu2O
15:30
F-3
Enhanced Photocurrent Intensity and Stability of
12:00
Institute of Technology Madras, India
F-4
Study of Aluminium Doping in Titanium
Dioxide and Zinc Oxide Nanoparticles
Jayashree PANT 1#+, Swati GAWALI2
1Garware
2Telang
College, Savitribai Phule Pune University, India,
Senior College, India
59
59
12:15
Sn. 3
F-5
Highly Efficient Perovskite- Hematite Tandem
for Quantum Dots Sensitized Solar Cells
Cells for Unassisted Solar Water Splitting
Shaker EBRAHIM1#+, Magdy ALI1, Jehan EL NADY2,
Moataz SOLIMAN1
Guru DAYAL1#+, Nripan MATHEWS1, Michael
GRAETZEL2, Lydia WONG1
1Alexandria
1Nanyang
University, Egypt, 2City of Scientific Research
and Technology Applications (SRTA-City), Egypt
12:30
Sn. 4
F-6
13:00
F-D2-Poster-4
Investigations on Highly Transparent N-and
Low Temperature Carbon Nanomaterial Based
P-type ZnO/Cu/ZnO Multilayer TCO Thin Films
Counter Electrode for Dye Sensitized Solar Cell
Vikas SHARMA1#, Rishi VYAS2, Malay Kumar
BANERJEE1, Kanupriya SACHDEV1+
Ju Nie TEY1+, Julianto CHUA2, Jun WEI1#, Nripan
MATHEWS2, Subodh MHAISALKAR2
1Malaviya
1Agency
National Institute of Technology, India, 2 Jaipur
for Science, Technology and Research (A*STAR),
Singapore, 2Nanyang Technological University, Singapore
Sn. 5
F-7
F-D2-Poster-5
Nanostructured Thin Films of PS-P4VP Block
Physicochemical Interface Effect in Cu2O–ZnO
Copolymer for Optoelectronics Applications
Heterojunction on Photocurrent Spectrum
Yogita KUMARI1+, Lokesh Kumar JANGIR1, Manoj
KUMAR1, Kamlendra AWASTHI1#
1Malaviya National Institute of Technology, India
Kiryung EOM1, Il-Han YOO2+, Hyungtak SEO1#
F-8
1Ajou
University, South Korea, 2Department of Energy
Systems Research, Ajou University, South Korea
Sn. 6
F-D2-Poster-6
Kesterite Semiconductors Prepared by Microwave
Sericin Mediated Synthesis of Porous Cuprous
Assisted Chemical Synthesis for Solar Cells and
Oxide Nanospheres with Enhanced Photocatalytic
Photoelectrolysis
Performance
Joseph PATHIYAMATTOM1#+, Odin REYES1, Monica
SANCHEZ1
1Renewable Energy Institute of the National Autonomous
Lin LIU1+, Juming YAO1#
1Zhejiang
Sn. 7
University of Mexico, Mexico
13:15
Technological University, Singapore, 2École
Polytechnique Fédérale de Lausanne, Switzerland
National University, India
12:45
F-D2-Poster-3
Aqueous Copper Indium Disulfide/Zinc Sulfide
Sci-Tech University, China
F-D2-Poster-7
Fabrication of ZnTiO3 Nanopowder by
F-9 (Invited)
Sol-Electrospinning for Exclusive Visible Light
Nano-Structured Photoanodes for Dye Sensitized
Photocatalysis
Solar Cells
Shama PERWEEN1+, Amit RANJAN1#
P. Sujatha DEVI1#+
1CSIR- Central Glass and Ceramic Research Institute
(CGCRI), India
1Rajiv
Sn. 8
Gandhi Institute of Petroleum Tecchnology, India
F-D2-Poster-8
Efficiency Enhancement of the
Photoelectrochemical Solar Water Splitting for
Energy Applications
Symposium F Poster Session
Uday DADWAL1#+, Rajendra SINGH2
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Sn. 1
1Nanoscale
F-D2-Poster-1
Delhi, India
A Gamut of Counter Electrodes for Quantum Dot
Solar Cells
Naresh Kumar PENDYALA1#+
1Indian Institute of Technology Hyderabad, India
Sn. 2
Sn. 9
Substrate by RF-Sputtering and Spin-Coating
Method
Hiroki TAKAHASHI1#+, Kazuhiro NAKAMURA1
Photo-Excitation Intensity Dependent Electron
1Kansai
and Hole Injections From Lead Iodide Perovskite
to Nanocrystalline TiO2 and Spiro-OMeTAD
Maning 1, Yasuhiro TACHIBANA1,2#+, Satoshi
MAKUTA1, Masaru ENDO3, Atsushi WAKAMIYA3,
Hidetaka NISHIMURA3
University, Australia,
3Kyoto
University, Japan
F-D2-Poster-9
Properties of TiO2 Films Deposited on Silicon
F-D2-Poster-2
1RMIT
Research Facility (NRF), Indian Institute of
Technology Delhi, India, 2 Indian Institute of Technology
2Osaka
University, Japan,
Sn. 10
University, Japan
F-D2-Poster-10
Morphology Dependent Photovoltaic
Performance of ZnO Heterostructures
Tridip CHETIA1#+, Mohammad QURESHI1
1Indian
Institute of Technology Guwahati, India
60
60
Sn. 11
Sn. 19
F-D2-Poster-11
Synthesis and Application of Monodispersed and
Different Molecules in Hybrid Organic-Inorganic
Mesoporous Ga2O3 Microspheres for
Perovskites
Photocatalysis
Sandhya CHINTALAPATI1+, Lei SHEN2, Qihua
XIONG1, Yuan Ping FENG2#
Shin Kyu PARK1+, Bong Kyun KANG1, Dae Ho
YOON1#
1Nanyang
1Sungkyunkwan
Technological University, Singapore, 2National
University of Singapore, Singapore
Sn. 12
Synthesis of a Novel Composite of PbS@NTU-9
as a Visible Light Photocatalyst
Copolymers
Rajnish KAUR1#+, Varun A. CHHABRA2, Akash DEEP1
LI1+,
Stefan
1Central
ADAMS1#
University of Singapore, Singapore
2Centre
Sn. 21
F-D2-Poster-13
Sulfur-Containing Amino Acids Capped Copper
Indium Disulfide Quantum Dots for Sensitized
Lily MANDAL1#+, Mallikarjuna RAO
MOTAPOTHULA2, Michal DYKAS2, T.
VENKATESAN2
Solar Cells
Jehan EL NADY1#+, Mohamed LABEB2, Shaker
EBRAHIM2, Moataz SOLIMAN2
National University of Singapore, Singapore,
1City
University of Singapore, Singapore
F-D2-Poster-14
Sn. 22
Band Photocatalytic Activity in TiO2-C3N4
Tapan Kumar DAS1+, Ilaiyaraja PERUMAL1, Sudakar
CHANDRAN2#
1Indian Institute of Technology Madras, India, 2Department
Composites
Raja V1+, Jaffar Ali B. M2#
1Centre
of Physics, Indian Institute of Technology Madras, India
Tetrahedrite Thin Films for Photovoltaics:
Sn. 23
University, India,
Photocatalytic Activity for Degradation of
Rhodamine B and Methylene Blue
Moo Hyun WOO1+, Bong Kyun KANG1, Dae Ho
YOON1#
Institute of Science, India
1Sungkyunkwan
F-D2-Poster-16
Amount of Si Crystalline in Β-FeSi2 Films
Deposited by Low-Power Sputtering Using FeSi4
Sn. 24
Anishkumar SOMAN1+, Aldrin ANTONY2#
1Energy
Bombay, India
Effect of Oxygen Non-Stoichiometry in ZnO and
Sn. 18
F-D2-Poster-18
Efficient Perovskite Hybrid Solar Cells Via
Science and Engineering, Indian Institute of
Technology Bombay, India, 2Indian Institute of Technology
F-D2-Poster-17
Vikas SHARMA1, Ilaiyaraja PERUMAL1, Tapan Kumar
DAS1+, C. SUDAKAR1#
1Indian Institute of Technology Madras, India
F-D2-Poster-24
and a-SiN:H Double Stack Layers
Takuya OHKAWA1#+, Kazuhiro NAKAMURA1
1Kansai University, Japan
Characteristics of Sb2S3 Sensitized Solar Cell
University, South Korea
Crystalline Silicon Passivation Using a-SiON:H
Target
TiO2 Nanorod Photocathodes on Photovoltaic
F-D2-Poster-23
Pure Mesoporous ZnGa2O4 Microsphere and
Kunal J. TIWARI1, Prem Kumar D.S1, Ramesh Chandra
MALLIK2, Piraviperumal MALAR1#+
2Indian
for Green Energy Technology, Pondicherry
University, India, 2Pondicherry University, India
Electron Beam Evaporation and Characterization
1SRM
F-D2-Poster-22
C3N4 Nanoparticle Impregnation Impart Broad
Phonon Vibration of CdSe QDs
F-D2-Poster-15
of Scientific Research and Technology Applications
(SRTA-City), Egypt, 2Alexandria University, Egypt
Effect of Zn Metal Ion on the Emission and
Sn. 17
F-D2-Poster-21
Pulse Laser Deposited Bismuth Vanadate
2National
Sn. 16
Scientific Instruments Organisation, India,
for Development of Advanced Computing, India
Effect of Doping on the PEC Water Splitting of
1NUSNNI,
Sn. 15
F-D2-Poster-20
Coarse-Grained Forcefield for Polyfluorene
1National
Sn. 14
Sn. 20
University, South Korea
F-D2-Poster-12
Meilin
Sn. 13
F-D2-Poster-19
Effect of Spin-Orbit Coupling and Role of
Sn. 25
F-D2-Poster-25
Mechanical Properties of High-Performance
Conjugated Polymers for Robust and Intrinsically
Stretchable Solar Cells
Suchol SAVAGATRUP1+, Adam PRINTZ1, Timothy
O'CONNOR1, Darren LIPOMI1#
1University
of California, San Diego, United States
Controllable Crystallization Film Morphology
Xiaowen HU1#+, Guofu ZHOU1
1South China Normal University, China
61
61
Sn. 26
Annealing Method Effect on the Properties of the
Perovskites
Functional Film for the Cover Glass of PV
Bernabé MARÍ1#+, Miguel MOLLAR1
Module
Politècnica de València, Spain
Bowen SHAN1, Seung-Cheol YOO1, Yeun-Ho
JOUNG1, Ji-Young HAN1, Won Seok CHOI1#+
F-D2-Poster-27
1Hanbat
Theoretical Study on Ionic Currents at the
Semiconductor-Aqueous Interface Under
Sn. 34
Polymer for Improved Efficiency of Silicon Solar
1The
Cells
National Institute of Advanced Industrial Science and
Jae Su YU1#+, Jung Woo LEEM1, Bhaskar DUDEM1
1Kyung
F-D2-Poster-28
Effect of PEDOT:PSS on
Sn. 35
Hee University, South Korea
F-D2-Poster-35
Graphene-Oxide/Silver-Nanowire Working
Optical Properties of Ti-Rich AlTiO Films for
Electrodes for Dye-Sensitized Solar Cells
Thin Film Solar Cell Applications
Bo-Tau LIU1#+, Zheng-Tang WANG1, Jin-Yan LIU1
Hoi Jin YOON1, Seung-Yun LEE2#+
1National
1Hanbat
Yunlin University of Science & Technology,
National University, South Korea, 2Advanced
Materials Engineering, Hanbat National University, South
Taiwan
Korea
F-D2-Poster-29
Characterization and Performance Evaluation of
Organic Dye Sensitized Solar Cells Using TiO2,
ZnO and ZTO Nanostructured Electrodes
RANI1,2#+,
Mamta
S.K.
1DAV University, India, 2Panjab University, India
Sn. 30
F-D2-Poster-34
Kazuhiko SEKI1#+, Yohichi SUZUKI1
Technology (AIST), Japan
Sn. 29
National University, South Korea
Multifunctional Hierarchical Hybrid Structured
Photo-Catalytic Water Splitting Reactions
Sn. 28
F-D2-Poster-33
Optical Properties of Formamidium Lead Iodide
1Universitat
Sn. 27
Sn. 33
F-D2-Poster-26
TRIPATHI2
Sn. 36
F-D2-Poster-36
Green-Emitting 'Giant' Quantum Dots
Nanoengineered for Significantly Suppressed
Blinking
Nimai MISHRA1#+
1Center
F-D2-Poster-30
for Integrated Nanotechnologies: CINT, Los Alamos
National Lab, United States
Highly Crystalline p-PbS Quantum Dot Thin
Films with Tunable Optical and Transport
Properties by Chemical Bath Deposition
Rekha BAI1#+, Dinesh KUMAR2, Sujeet
CHAUDHARY2, Dinesh PANDYA2
1Physics, Indian Institute of Technology Delhi, India,
2Indian
Sn. 31
Institute of Technology Delhi, India
F-D2-Poster-31
Influence of Oxygen Growth Pressure on the
Optical Absorption and Photovoltaic Properties
of Nickelates Films
Lei CHANG1+, Le WANG1, Lu YOU1, Yang ZHOU1,
Junling WANG1#
1Nanyang Technological University, Singapore
Sn. 32
F-D2-Poster-32
Biomass Derived Mesoporous Activated Carbon
as Counter Electrode Material for Pt-Free
Dye-Sensitized Solar Cells
Sung Min CHA1+, Nagaraju GOLI1, Jae Su YU1#
1Kyung
Hee University, South Korea
62
62
Symposium G Session Schedule
G: Interplay between Mechanics/Structure &
Electrochemistry I
Tue - 5 Jul 16 | 11:00 - 12:30 | Room 311
Session Chair(s): Arief BUDIMAN (Singapore University of
Technology and Design), Stefan ADAMS (National University
of Singapore)
11:00
G: Novel Materials & Technologies I
(Metal-Air & Metal-Sulfur)
Tue - 5 Jul 16 | 14:00 - 16:00 | Room 311
Session Chair(s): Aninda J BHATTACHARYYA (Indian
Institute of Science), Akitoshi HAYASHI (Osaka Prefecture
University)
14:00
Concentrated Glyme Electrolyte for Rechargeable
Lithium Metal Anode
G-1 (Invited)
Nobuyuki IMANISHI1#+, Hui WANG1
Multi-Scale Analysis of Capacity Fading in Li-ion
1Mie
Battery Cathodes
Alexander KORSUNSKY1,2#+, Tan SUI3, Bohang SONG4
1MBLEM
laboratory, University of Oxford, United
14:30
Wenyi GU1+, Dorsasadat SAFANAMA1, Zhen Feng
YOW1, Yan HU1, Stefan ADAMS1#
1National
G-2 (Invited)
In-Situ Study of Li-ions Diffusion and
14:45
Deformation in Cathode Materials by Using
Zhaoyin WEN1#+, Cai LIU1, Xiao HUANG1
University of Singapore, Singapore
1Shanghai
G-3
15:15
G-4
Structure and Deeper Understanding of Sodium
One-Pot Hydrothermal Synthesis of
Insertion in Hard Carbons Used as Anode for
Three-Dimensional Graphene/TiO2/S Composite
Sodium Ion Batteries
Cathode for Lithium-Sulfur Batteries
Virginie SIMONE1#+, Adrien BOULINEAU1, Arnaud
DE GEYER1, Loic SIMONIN1, Sebastien MARTINET 1
1Commissariat
Jianqiu HUANG1#+
1Department
for Atomic Energy and Alternative Energies
Hong Kong SAR
G-4
15:30
Methods to Form a Stable Solid Electrolyte
G-5
Effect of Water on the Anodic Stability of Zinc
Interphase and Decrease Cracking on the Surface
Electrodes in RTIL-Based Metal-Air Battery
of Silicon Pyramids During
Application
Lithiation/Delithiation
Bonita DILASARI1+, Kyungjung KWON1#
1Sejong University, South Korea
Geng CHU1+, Haokun DENG2, Fei LUO1, Bonan LIU1,
Hao LU1, Liquan CHEN1, Katerina E. AIFANTIS2,
Hong LI1#
1Institute
of Mechanical and Aerospace Engnieering,
The Hong Kong University of Science and Technology,
(CEA), France
of Physics, Chinese Academy of Sciences, China,
2University
12:30
Institute of Ceramics, Chinese Academy of
Sciences, China
Dependence of Electrochemical Properties on
12:15
G-3 (Invited)
Applications in Lithium Batteries
Kaiyang ZENG1#+
12:00
University of Singapore, Singapore
Garnet Type Ceramic Electrolytes and Their
Scanning Probe Microscopy Techniques
1National
G-2
Garnet-Type Li7La3Zr2O12 as Solid Electrolyte
of Oxford, United Kingdom, 4University of
Texas at Austin, United States
11:30
University, Japan
Hybrid Aqueous Lithium-Air Batteries Using
Kingdom, 2National University of Singapore, Singapore,
3University
G-1 (Invited)
of Arizona, United States
G-5
Effect of Co-Precipitation Parameters of Layered
Hydroxide on Voltage Hysteresis of Lithium
Nickel Cobalt Aluminium Oxide
M. B. SAHANA1#+, Sasikala N1, Vasu S1, Prathap
HARIDOSS2, Raghavan GOPALAN1
1International
Advanced Research Centre for Powder
Metallurgy & New Materials, India, 2 Indian Institute of
Technology Madras, India
G: Advanced Materials & Technology:
Supercapacitors I
Tue - 5 Jul 16 | 16:30 - 18:00 | Room 311
Session Chair(s): Byoungwoo KANG (Pohang University of
Science and Technology), Daniel RETTENWANDER
(University of Salzburg)
16:30
G-1 (Invited)
Structural Chemistry of Molybdenum Oxides and
Molybdates for Supercapacitors
Pooi See LEE1#+, Vipin KUMAR1
1Nanyang Technological University, Singapore
63
63
17:00
12:00
G-2
Redox Flow Lithium Battery Based on the Redox
Hydroxides/Graphene Oxide Composites Toward
Targeting Reactions Between LiFePO4 and Iodide
Supercapacitor Electrodes with Enhanced
Qizhao HUANG1+, Jing YANG1, Chee Boon NG1,
Chuankun JIA1, Qing WANG1#
Performance
1National
Jingwei CHEN1+, Jiangxin WANG1, Pooi See LEE1#
1Nanyang
17:15
Technological University, Singapore
12:15
G-5
with Tetracyanoethylene (TCNE) and
Tetracyaniquinodimethane (TCNQ) Molecules
Electrolytes
Yingqian CHEN1#+, Sergei MANZHOS1
Jian YAN1#+, Y. C. WU1
1Hefei
1National
University of Technology, China
University of Singapore, Singapore
G-4
Efficient Utilization of Futile Catalyst for Energy
Storage Applications
Ganesh Kumar VEERASUBRAMANI1+, Sudhakaran
M.S.P1, Young Sun MOK1, Sang Jae KIM1#
1Jeju
17:45
University of Singapore, Singapore
A Computational Study of Lithium Interaction
G-3
All Solid Supercapacitors Based on Solid Polymer
17:30
G-4
Sulfidation of Ni-Mn Layered Double
National University, South Korea
G: Advanced Materials & Technology: Anode
Materials
Wed - 6 Jul 16 | 14:00 - 16:00 | Room 311
Session Chair(s): Alexander KORSUNSKY (University of
Oxford), Koji AMEZAWA (Tohoku University)
G-5
Facilely Constructed Nickel Selenide
Nanostructures on Conductive Textiles as Highly
14:00
Nano-Si/C Composite Anode Materials for
Flexible and Low-Cost Electrode Material for
300Wh/kg Li-ion Batteries
Pseudocapacitors
GOLI1+,
CHA1,
Nagaraju
Sung Min
Jae Su
1Kyung Hee University, South Korea
G-1 (Invited)
Fei LUO1, Geng CHU1, Bonan LIU1, Hao LU1, Zhilong
HE2, Shuang TIAN2, Zhaoping LIU2, Yonggao XIA2,
Hong LI1#+
YU1#
1Institute
2Ningbo
Academy of Sciences, China
G: Novel Materials & Technologies II
Wed - 6 Jul 16 | 10:30 - 12:30 | Room 311
of Physics, Chinese Academy of Sciences, China,
Institute of Industrial Technology, Chinese
14:30
G-2
Probing the Anisotropic Ion Diffusion in 2D
Session Chair(s): Hong LI (Chinese Academy of Sciences),
Zhaoyin WEN (Shanghai Institute of Ceramics, Chinese
Academy of Sciences)
Battery
10:30
G-1 (Invited)
Suman DAS1+, Aninda J. BHATTACHARYYA1#, Guru
ROW1
Materials Challenges for Beyond-Li Multivalent
1Indian
Energy Storage
Kristin PERSSON1#+
1University
11:00
of California, Berkeley, United States
G-2 (Invited)
High-Capacity Sulfide Active Materials for
All-Solid-State Rechargeable Lithium Batteries
11:30
Lithium Titanium Niobate Anode for Li-ion
14:45
Institute of Science, India
G-3
Improvement of Utilization of Li Metal Electrode
by Interface Modification with Gold Thin Films
in All-Solid-State Batteries Using Li2S-P2S5 Solid
Electrolytes
Akitoshi HAYASHI1#+, Masahiro TATSUMISAGO1
Atsutaka KATO1+, Akitoshi HAYASHI1#, Masahiro
TATSUMISAGO1
1Osaka
1Osaka
Prefecture University, Japan
Prefecture University, Japan
G-3 (Invited)
Advanced Functional Ceramics for
Electrochemical Energy Storage Devices
Venkataraman THANGADURAI1#+
1University
of Calgary, Canada
64
64
15:00
17:00
G-4
Surface Initiated Immobilization of Molecule
Microplasma-Assisted Chemical Vapor
Containing Ionic Liquids Framework
Deposition with Superior Na-ion Storage
Jalal GHILANE1#+, Hyacinthe
RANDRIAMAHAZAKA2
Performance
Xu-Feng LUO1+, Shan-Yu WANG2, Chuan-Ming
TSENG3, Sheng-Wei LEE4, Wei-Hung CHIANG2,
Jeng-Kuei CHANG4#
1Graduate
Institute of Materials Science and Engineering,
National Central University, Taiwan,
15:15
2National
1Université
Paris Diderot - Paris 7, France, 2Université
Paris Diderot - CNRS, France
17:15
G-4
High-Performance Supercapacitor Based on
Taiwan
University of Science and Technology, Taiwan, 3Ming Chi
Carbon Nanotubes-3D Graphene
University of Technology, Taiwan, 4National Central
Foam-Polyaniline Composite
University, Taiwan
G-5
Ditsayut PHOKHARATKUL1, Thitima MATUROS1,
Kata JARUWONGRUNGSEE1, Adisorn
TUANTRANONT 1, Anurat WISITSORRAT 1#+
Confined Fe2O3 Nanoparticles on Graphite Foam
1National
Anode
Cao GUAN1#+, Yadong WANG2, John WANG1
1National
17:30
G-5
Real Time Rapid Screening of CO2 Reduction
University of Singapore, Singapore, 2Nanyang
Catalysts and Their Dynamics
Polytechnic, Singapore
Mallikarjuna RAO MOTAPOTHULA 1#+, Lily
MANDAL2, Michal DYKAS1, Dan REN1, Jason YEO
BOON SIANG1, Siddhartha GHOSH3, Peter
LOBACCARO4, Matthew P. SHERBURNE4, Jens
MARTIN1, Joel AGER5, T. VENKATESAN1
G-6
Silver Nanowires – Nitrogen Doped Graphene
Sheets as Anode Materials for Lithium-ion
Batteries
1National
Anju K NAIR1+, Nandakumar KALARIKKAL1#
1Mahatma
Electronics and Computer Technology Center,
Thailand
as High-Rate and Stable Lithium Ion Battery
15:30
G-3
Novel Graphene Nanosheets Synthesis by
University of Singapore, Singapore, 2NUSNNI,
National University of Singapore, Singapore, 3NUS
Gandhi University, India
Nanoscience & Nanotechnology Institute-NanoCore,
National University of Singapore, Singapore, 4University of
California, Berkeley, United States, 5Lawrence Berkeley
G: Advanced Materials & Technology:
Supercapacitors II and Catalysis
National Laboratory, United States
17:45
G-6
Wed - 6 Jul 16 | 16:30 - 18:00 | Room 311
Polyaniline-Charcoal-Nickel Nanoparticles
Session Chair(s): Venkataraman THANGADURAI (University
of Calgary), In-Suk CHOI (Korea Institute of Science and
Technology)
Fascinating Nanohybrid Material for the
16:30
Nanocomposite (PANI-C-Ni NPs NC): A
Electrochemical Detection of Vanillin
Princy Merlin JOHNSON1#+, Sathiyan ANANDARAJ1,
Francklin Philips MUTHUKRISHNAN1
G-1
1Bishop
Preparation of Carbon Film Composed of Hollow
Nano-Micro Spheres by Colloidal Film-Assisted
Chemical Vapor Depositon for Solid-State
Supercapacitors
Miao ZHANG1+, Naiqin ZHAO1#, Chunsheng SHI1,
Enzuo LIU1, Chunnian HE1, Jiajun LI1
1Tianjin University, China
16:45
18:00
Heber College, India
G-7
Zif-67 Filled Pdms Mixed Matrix Membranes for
Comprising of Recovery of Bioethanol Via
Pervaporation
Amin KHAN1#+
1COMSATS
Institute of Information Technology, Pakistan
G-2
Fast Charging Self-Powered Electric Double
Layer Capacitor
Kaushik PARIDA1+, Venkateswarlu BHAVANASI1,
Vipin KUMAR1, Jiangxin WANG1, Pooi See LEE1#
1Nanyang
Technological University, Singapore
65
65
G: Advanced Materials & Technology:
Cathodes and Electrolytes
G: Interplay between Mechanics/Structure &
Electrochemistry II
Session Chair(s): Kisuk KANG (Seoul National University),
Prabeer BARPANDA (Indian Institute of Science)
Session Chair(s): Craig A. J. FISHER (Japan Fine Ceramics
Center), Kaiyang ZENG (NUS)
10:30
14:00
Thu - 7 Jul 16 | 10:30 - 12:30 | Room 311
G-1 (Invited)
Thu - 7 Jul 16 | 14:00 - 16:00 | Room 311
Influence of Mechanical Stress on Lithium
Energy Density Than LiFePO4: 4.2V LiVPO4F
Chemical Potential in Lithium Ion Battery
Synthesized by Scalable Single-Step Solid-State
Electrodes
Reaction
Koji AMEZAWA1#+, Keita FUNAYAMA1, Yuta
KIMURA1, Fakkao MAHUNNOP1, Takashi
NAKAMURA1, Naoaki KUWATA1, Junichi
KAWAMURA1, Tatsuya KAWADA1
Byoungwoo KANG1#+
1Pohang
11:00
University of Science and Technology, South Korea
1Tohoku
G-2 (Invited)
Melt-Synthesis of LiFePO4 : From Fundamental
Understanding to Scale-Up
14:30
1Université
Arief Suriadi BUDIMAN1#+, Sasi Kumar
TIPPABHOTLA2, Ihor RADCHENKO1, Nobumichi
TAMURA3
1Singapore
Montreal, Canada, 3École Polytechnique de Montréal,
Canada,
Matthey Battery Material Ltd, Canada
Systems
12:00
University of Technology and Design, Singapore, 3Lawrence
Berkeley National Laboratory, United States
Electrochemical Response of “Accommodating”
1Indian
14:45
During Lithiation and Delithiation of
Institute of Science, India
Amorphous Silicon Nanofilm Electrode in
G-4
Lithium Ion Battery
Bond Valence Modelling of Structural Disorder in
Sasi Kumar TIPPABHOTLA1+, Ihor RADCHENKO2,
Arief Suriadi BUDIMAN2#
1Engineering
Capability of Batteries
1National
University of Singapore, Singapore,
2Materials
Science & Engineering, National University of Singapore,
Product Development, Singapore University
of Technology and Design, Singapore, 2Singapore
Lee Loong WONG1+, Haomin CHEN2, Stefan
ADAMS1#
University of Technology and Design, Singapore
15:00
G-4 (Invited)
Singapore
Flexible and Stretchable Batteries with Concept
G-5
In-Suk CHOI1#+
Electrochemical Properties of LiCuVO4
1Korea
of Architectural Geometry
M. V. REDDY1+, Stefan ADAMS1#, B.V.R. CHOWDARI1
1National
12:30
G-3
Finite Element Simulation of Stress Evolution
BHATTACHARYYA1#+
Battery Materials and its Effect on the Rate
12:15
University of Technology and Design,
Singapore, 2Engineering Product Development, Singapore
G-3 (Invited)
Aninda J.
G-2
Synchrotron Xray Microdiffraction
de Montréal, Canada, 2Ecole Polytechnique of
4Johnson
University, Japan
Probing Silicon Nanowire Lithiation Using
Majid TALEBI-ESFANDARANI1, Steeve
ROUSSELOT1, Liling JIN2, Seifitokaldani ALI1, Patrice
CHARTRAND3, Pierre SAURIOL3, Michel
GAUTHIER1, Guoxian LIANG4, Mickael DOLLE1#+
11:30
G-1 (Invited)
Fast Rate Capable Electrode Material with Higher
University of Singapore, Singapore
15:30
Institute of Science and Technology, South Korea
G-5
Electrochemical Cycling Induced Surface
G-6
Segregation of AuPt Nanoparticles in HCLO4 and
First-Principles Modeling of Mo Octahedral
H2SO4
Nanowires for Multivalent-Ion Battery Cathode
Sheng Long GAW1+, Jingxian WANG1, Shengnan
SUN1, Hanbin LIAO1, Zhili DONG1, Meital RECHES2,
Pooi See LEE1, Zhichuan XU1#
P. S. YEO1, Man-Fai NG1#+
1Agency
for Science, Technology and Research (A*STAR),
Singapore
1Nanyang
Technological University, Singapore, 2The
Hebrew University of Jerusalem, Israel
66
66
15:45
G-6
A DFT Study on Lattice Expansion of PP/PE/PP
Micro-Porous Separator in Lithium-ion Battery
Bo Hsien WU1+, Po-Wei YANG2, Tsan-Yao CHEN2,
Chia-Chin CHANG3, Wen Dung HSU4#
1Material
Science and Engineering, National Cheng Kung
University, Taiwan, 2National Tsing-Hua University,
Taiwan, 3National University of Tainan, Taiwan, 4National
Cheng Kung University, Taiwan
16:00
G: Advanced Materials & Technology: Solid
Electrolytes and Solid State Batteries
Fri - 8 Jul 16 | 11:00 - 13:00 | Room 311
Session Chair(s): Arief BUDIMAN (Singapore University of
Technology and Design), Mark H JHON (Singapore University
of Technology and Design)
11:00
Atomic-Level Insights Into Solid-State Lithium
G-7
Ion Battery Materials
Computational Screening of Promising Additives
Chia Jung LEE1+, Wen Dung HSU1#
Craig A. J. FISHER1#+, Takafumi OGAWA1, Akihide
KUWABARA1, Shunsuke KOBAYASHI1, Yumi H.
IKUHARA1, Hiroki MORIWAKE1, Yuichi IKUHARA1
1National
1Japan
in High-Voltage Lithium Ion Batteries
Cheng Kung University, Taiwan
11:30
Li6La3ZrTaO12 Single Crystal Made by
Czochralski Method
Daniel RETTENWANDER1#+, Stefan BERENDTS2,
Reinhard UECKER3, Günther REDHAMMER4, Martin
WILKENING5, Jürgen FLEIG6, Georg AMTHAUER4
Session Chair(s): Noboyuki IMANISHI (Mie University),
Mickael DOLLE (University of Montreal)
1Massachusetts
G-1 (Invited)
2Technical
High Voltage Sodium Battery Electrodes Using
Crystal Growth (IKZ), Germany, 4Universitaet Salzburg,
Austria, 5Graz University of Technology, Austria, 6Vienna
Prabeer BARPANDA1#+
University of Technology, Austria
Institute of Science, India
12:00
Low Temperature Sintering of NASICON Solid
Sodium Intercalation Chemistry in Graphite
Electrolyte with Na3BO3 Additive
1Seoul
Kousuke NOI1+, Kenji SUZUKI1, Akitoshi HAYASHI1#,
Masahiro TATSUMISAGO1
National University, South Korea
1Osaka
G-3
All Solid State Sodium Battery Using Na3PS4 for
12:15
Prefecture University, Japan
G-4
High Power Applications
Structural Stability of Li+/H+ Ionic-Exchanged
Prasada Rao RAYAVARAPU1#+, Stefan ADAMS2
Garnet-Related Li7La3Zr2O12 Solid Electrolyte
1Materials
Zhen Feng YOW1+, Wenyi GU1, Stefan ADAMS1#
Science and Engineering, National University of
Singapore, Singapore,
2National
University of Singapore,
Singapore
1National
12:30
University of Singapore, Singapore
G-5
G-4
Synthesis, Characterization and Conductivity
Doping Strategies in NASICON: A
Investigation of Ce1-x-yDyx-yCayO1.90/
Computational and Experimental Investigation
(Li0.52Na0.48)2CO3 (CDC/INCO) for Their Use as
Balachandran RADHAKRISHNAN1+, Mojtaba
SAMIEE1, Zane RICE1, Jian LUO1, Shyue Ping ONG1#
1University
18:00
G-3
G-2 (Invited)
Kisuk KANG1#+
17:45
Institute of Technology, United States,
University Berlin, Austria, 3Leibniz Institute for
Inductive Effect
1Indian
17:30
G-2 (Invited)
Garnets: New Insights by Studying a Large
Thu - 7 Jul 16 | 16:30 - 18:00 | Room 311
17:00
Fine Ceramics Center, Japan
On Structure-Property Relationships in Li-Oxide
G: Advanced Materials & Technology:
Sodium-based Batteries
16:30
G-1 (Invited)
of California, San Diego, United States
a Solid Electrolyte in Lt-SOFCs
Khagesh TANWAR1+, Om Parkash CHADDHA2#,
Nandini JAISWAL2, Devendra KUMAR2
1ceramic
G-5
SnO2@CMK-8 Nanocomposite with Superior Na+
engineering, Indian Institute of Technology, BHU,
India, 2 Indian Institute of Technology, BHU, India
Storage Properties as an Anode for Sodium-ion
Batteries
Jagabandhu PATRA1+, Jeng-Kuei CHANG2#
1Graduate
Institute of Materials Science and Engineering,
National Central University, Taiwan, 2National Central
University, Taiwan
67
67
12:45
Sn. 6
G-6
Characterization of Nafion/Silica Hybrid
CeO2 Bulk Ceramics Studied by Laser
Membrane with Different Sizes of Silica
Interferometry
Minwoo LEE1+, Jihye LEE1, Young Jin KIM1#
Andrei KHOLKIN1,2#+, Andrey USHAKOV2, Denis
ALIKIN2, Ivan BATURIN2
1University
of Aveiro, Portugal, 2Ural Federal University,
1Chungnam
Sn. 7
National University, South Korea
G-D2-Poster-7
Preparation of Nafion/Silica Hybrid Membrane
Russian Federation
13:00
G-D2-Poster-6
Piezoelectricity and Electrostriction in Gd-Doped
with Low Bromine Permeability
G-7
Jihye LEE1+, Young Jin KIM1#, Minwoo LEE1
Ionic Conductivity Behaviour of Ceria Reinforced
Yttria Stabilized Zirconia (8YSZ) Nanocomposite
Electrolyte for Solid Oxide Fuel Cell Application
1Chungnam
Sn. 8
National University, South Korea
G-D2-Poster-8
Alka GUPTA1#+, Kantesh BALANI1
Polyaromatic Hydrocarbons for Liquid Electrode
1Indian
Applications in Lithium-Air Batteries
Institute of Technology, India
Andrey LUNCHEV1#+, Andrew GRIMSDALE1, Kim
Seng TAN1, Rachid YAZAMI1
1Nanyang
Symposium G Poster Session
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Sn. 1
Sn. 9
Architectures as High-Performance Catalysts for
Electropolymerized Conjugated Microporous
Rechargeable Li–O2 Batteries
Poly(Zinc-porphyrin) Films as Potential Electrode
Shengjjie PENG1#+, Seeram RAMAKRISHNA1
Huanhuan ZHANG1+, Yunan ZHANG1, Cheng GU1,
Yuguang MA1#, Yuguang MA2
1Jilin
1National
Sn. 10
Nanoparticles : A Free-Standing Anode for Li-ion
G-D2-Poster-2
Batteries
Electrochemical Supercapacitors
Ashutosh SHARMA1, Shilpa 1#+, Basavanakote
BASAVARAJA1, Subhasish MAJUMDER1
Ram S. YADAV1#+, Dinesh DEVA2
1Indian
1Dayanand
Anglo Vaidik Mahavidyalaya (D.A.V. College),
India, 2 Indian Institute of Technology Kanpur, India
Sn. 11
Nanocomposite Materials
Guanglei CUI1#+
Koichi NIWA1#+, Syohei HISAMATSU1, Tomomi
HAKURO1, Yasuro IKUMA1
1Qingdao
Institute of Technology, Japan
Sn. 12
Using Hydrothermally Synthesized LiMnPO4
1-3-5-triphenylbenzene Based Lithium Solvated
Positive Electrode
Electrons Solution
Takamasa ASANO1+, Kousuke NOI1, Akitoshi
HAYASHI1#, Masahiro TATSUMISAGO1
Kim Seng TAN1+, Rachid YAZAMI1#, Andrey
LUNCHEV1, Andrew GRIMSDALE1
1Osaka
Technological University, Singapore
Sn. 13
Ion Liquid-Assisted Growth of Self-Supported
Beta-Ni(OH)2 Nanosheets on Nickel Foam with
Enhanced Pseudocapacitive Properties
Junsong CHEN1+, Daniel John BLACKWOOD1#
1National
University of Singapore, Singapore
G-D2-Poster-12
Fabrication of All-Solid-State Lithium Batteries
Physical Chemical Characterisation of
G-D2-Poster-5
Institute of Bioenergy and Bioprocess Technology,
Chinese Academy of Sciences, China
G-D2-Poster-4
1Nanyang
G-D2-Poster-11
Lithium Ion Capacitors Based on Graphene
Ethanol Fuel Cell
1Kanagawa
Institute of Technology Kanpur, India
Research and Development of High Performance
G-D2-Poster-3
A Study of the Intermediates Behavior in Direct
Sn. 5
G-D2-Poster-10
Nanofibers with Encapsulated ZnO
CNT/Polymer Composites For Energy Efficient
Sn. 4
University of Singapore, Singapore
Electrospun Hollow Glassy Carbon–RGO
University, China, 2South China University of
Technology, China
Sn. 3
G-D2-Poster-9
Porous Spinel Cobaltite with Core-Shell
G-D2-Poster-1
Materials in Supercapacitors
Sn. 2
Technological University, Singapore
Prefecture University, Japan
G-D2-Poster-13
Electrospun Nanofibers with Superior
Electrocatalytic Performance in Oxygen
Reduction Reaction and Oxygen Evolution
Reaction
Wenchao DUAN1+, Shengjjie PENG1, Seeram
RAMAKRISHNA1#
1National University of Singapore, Singapore
68
68
Sn. 14
Sn. 15
G-D2-Poster-14
Sn. 21
A Lithium-Modified Nanosalt from a
Conductive Na3+xPS4 Glass-Ceramic Electrolytes
Hydrophobic Silica as an Electrolyte Additive for
Fumika TSUJI1+, Yuta NAKAMURA1, Naoto
TANIBATA1, Akitoshi HAYASHI1#, Masahiro
TATSUMISAGO1
Lithium-ion Batteries
1Osaka
1Electronics
Kwang Man KIM1#+, Young-Gi LEE1, Choong Sup
YOON2, Jang Myoun KO2
Prefecture University, Japan
G-D2-Poster-15
Composites for High Energy Density
Korea
Sn. 22
3D Porous Hierarchical Nickel-Molybdenum
Sarika JADHAV1, Ramchandra KALUBARME2, Suresh
GOSAVI1#+
Nitrides Synthesized by RF Plasma as Highly
Active and Stable Hydrogen Evolution Reaction
of Pune, India, 2Savitribai Phule Pune
Electrocatalysts
University, India
Yongqi ZHANG1+, Bo OUYANG1, Hongjin FAN1#
1Nanyang
G-D2-Poster-16
Ceramic:Polymer Composite Membranes for
Sn. 23
Aqueous and Hybrid Lithium-Air Batteries
Lithium Rich Cathode Materials via Chemical
Adsorption
Lichao GUO1#+, Jiajun LI1, Naiqin ZHAO1, Enzuo LIU1,
Chunsheng SHI1, Chunnian HE1
1Tianjin University, China
Sr Doped BiMno3 (M=Mn, Fe, Y) Perovskites:
Structure Correlated Thermal and Electrical
Samita THAKUR1#+, Kulvir SINGH2, O.P. PANDEY2
1Arni
Sn. 24
Binder-Free Electrode via Redox Additive
Electrolyte
G-D2-Poster-18
Ganesh Kumar VEERASUBRAMANI1+, Karthikeyan
KRISHNAMOORTHY1, Sang Jae KIM1#
1Jeju National University, South Korea
Amorphous Molybdenum Sulfide as Active
Cathode for Rechargeable Magnesium Batteries
Quang Duc TRUONG1#+
Sn. 19
University, Japan
Sn. 25
Nanoplate Arrays Pillared MnO2 Nanostructures
on Carbon Cloth for Enhanced Electrochemical
Evaluation of Electrochemical Performance
Energy Storage
Feng ZHENG1+, Shunqing WU1#, Zizhong ZHU1,
Jincan CHEN1
1Xiamen University, China
G-D2-Poster-20
Nagaraju GOLI1+, Sung Min CHA1, Jae Su YU1#
1Kyung
Sn. 26
Harris KIM1#+
Prasada Rao RAYAVARAPU1#+, M. V. REDDY2, Stefan
ADAMS2
Science and Engineering, National University of
Singapore
G-D2-Poster-26
Lithiated Silicon
Nanostructured MnO2 on Ni Foam
Singapore, Singapore, 2National University of Singapore,
Hee University, South Korea
Mechanical Behavior of Electrochemically
Li–Air Battery Using Microwave-Synthesized
1Materials
G-D2-Poster-25
A Single-Step Approach to MnO2 Hexagonal
G-D2-Poster-19
New Polymorphs of Li2fesio4: First-principles
Sn. 20
G-D2-Poster-24
Enhanced Electrochemical Performances of
University, India, 2Thapar University, India
1Tohoku
G-D2-Poster-23
Enhance the Electrochemical Properties of
G-D2-Poster-17
Properties
Technological University, Singapore
A Controlled Surface Modification Approach to
Dorsasadat SAFANAMA1+, Kia Chai PHUAH1, Hu
YAN1, Yi ZHAN1, Stefan ADAMS1#
1National University of Singapore, Singapore
Sn. 18
G-D2-Poster-22
Electrochemical Supercapacitor
1University
Sn. 17
& Telecommunications Research Institute
(ETRI), South Korea, 2Hanbat National University, South
3-D Meso-Porous Architecture of MnO2/GO
Sn. 16
G-D2-Poster-21
Mechanochemical Preparation of Sodium Ion
1Los
Sn. 27
Alamos National Lab, United States
G-D2-Poster-27
Robustness of Amorphous Silicon During the
Initial Lithiation/Delithiation Cycle
Harris KIM1#+
1Los
Alamos National Lab, United States
69
69
Sn. 28
G-D2-Poster-28
Dimensionally Controlled Lithiation of
Chromium Oxide
Agustinus PRABA1#+
1Korea
Sn. 29
Institute of Science and Technology, South Korea
G-D2-Poster-29
Degradation of NASICON-Type Lithium
Aluminium Germanium Phosphate Ionic
Conductor
Kia Chai PHUAH1#+, Jeck Ann TAN1, Dorsasadat
SAFANAMA1, Stefan ADAMS1
1National
University of Singapore, Singapore
70
70
Symposium H Session Schedule
H: Advanced Processing
Tue - 5 Jul 16 | 11:00 - 12:30 | Room 330
Session Chair(s): Paul BLOM (Max Planck Institute for
Polymer Research), John WANG (National University of
Singapore)
11:00
H: Piezoelectric Ceramics, Single Crystals, and
Thin Films: I. Lead-Free Piezoelectrics
Tue - 5 Jul 16 | 14:00 - 16:00 | Room 330
Session Chair(s): Jiagang WU (Sichuan University), Zhen FAN
(National University of Singapore)
14:00
Lead-Free Piezoceramics: From Fundamentals to
Application
H-1 (Invited)
Jürgen RÖDEL1#+, Jurij KORUZA2
1Materials- and Geosciences, Technische Universität
Patterned Organic Ferroelectric Memory Diodes
by Solution Micromolding
Darmstadt, Germany, 2Technische Universität Darmstadt,
Paul BLOM1#+, Thomas LENZ1, Kamal ASADI1, Dago
DE LEEUW1
1Max
11:30
12:00
Planck Institute for Polymer Research, Germany
Germany
14:30
Potassium-Sodium Niobate Lead-Free
High-Throuput Synthesis of Functional Oxide
Piezoelectric Ceramics: High Piezoelectricity and
Films
Physical Mechanism
Wilfrid PRELLIER1#+
Jiagang WU1#+, Ting ZHENG2
1CRISMAT,
1Department
CNRS/ENSICAEN/UNICAEN, France
of Materials Science, Sichuan University,
China, 2Sichuan University, China
H-3
15:00
H-3 (Invited)
Through Coffee-Ring Effect
Recent Developments on Piezoelectric Single
Sudhir SHARMA1+, Sachin KHAPLI1, Ramesh
JAGANNATHAN1#
Crystals
Shujun ZHANG1#+
1New
1University
York University Abu Dhabi, United Arab Emirates
15:30
H-4
of Wollongong, Australia
H-4 (Invited)
Effect of Sr-to-Ba Ratio on Ferroelectricity of
Observation of Giant Ferroelectric-Like
Strontium Barium Niobate SrxBa1−xNb2O6
Hysteresis in the Bio-Assembled
Yi-An SUN1#+
Nano-Composites and Possible Application in
1departmant
of material science and engineering, National
Energy Storage
Cheng Kung University, Taiwan
12:30
H-2 (Invited)
H-2 (Invited)
Fabrication of Porous Zinc Oxide Scaffolds
12:15
H-1 (Invited)
Xixiang ZHANG1#+
1King
H-5
Abdullah University of Science and Technology,
Saudi Arabia
Post Microwave Sintering Impact on
Microstructure and Ferroelectric Properties of
BaTiO3 Ceramic
Neetu AHLAWAT1#+, Sandeep KUMAR1, Navneet
AHLAWAT2
1Guru
Jambheshwar University of Science & Technology,
India, 2Matu Ram Institute of Engineering and
Management, India
H: Capacitors and Energy Storage (I)
Tue - 5 Jul 16 | 16:30 - 18:00 | Room 330
Session Chair(s): U. BALACHANDRAN (Argonne National
Laboratory), Cao GUAN (National University of Singapore)
16:30
H-1 (Invited)
Development of PLZT Film Capacitors for
High-Temperature Power Inverters
U. (Balu) BALACHANDRAN1#+
1Argonne National Laboratory, United States
17:00
H-2 (Invited)
Giant Energy Density and Improved Discharge
Efficiency of Solution-Processed Polymer
Nanocomposites for Dielectric Energy Storage
Yang SHEN1#+
1School
of Materials Science and Engineering, Tsinghua
University, China
71
71
17:30
12:00
H-3
Synthesis and Characterization of Nb-Doped
Y-Doped SrZrO3 Thin Films Fabricated by Pulsed
Bismuth Ferrite
Laser Deposition Method
Sadia Tasnim MOWRI1#+, M. A. GAFUR2, Quazi
Delwar HOSSAIN1, Aninda Nafis AHMED2, M. S.
BASHAR2
Kiyoshi UCHIYAMA1#+, Hiroki TANAKA2, Takahiro
OIKAWA2, Hiroshi FUNAKUBO2
1National
2Tokyo
17:45
H-4
Optimization of Deposition Conditions of
1Chittagong
Institute of Technology, Tsuruoka College, Japan,
Institute of Technology, Japan
Industrial Research (BCSIR), Bangladesh
H-4
Synthesis and Potential Application of Carbon
12:15
Chin Chong
Jiating
Yee WONG1, Xu LI1#
1Institute
HE1,
Suxi
WANG1,
H-5
Hybrid CoFe2O4/P(VDF-TrFE) Magnetoelectric
Spheres
YAP1+,
University of Engineering & Technology,
Bangladesh, 2Bangladesh Council of Scientific and
Nanocomposites
Siew
Pedro PEREIRA DE SÁ1#+
1Institute
of Materials Research and Engineering, Agency
of Condensed Matter and Nanosciences, Belgium
for Science, Technology and Research (A*STAR), Singapore
H: Multifunctional Properties and
Cross-Coupling Effects: I. Magnetoelectric and
Multiferroic
Wed - 6 Jul 16 | 10:30 - 12:30 | Room 330
Session Chair(s): Doru LUPASCU (University of
Duisburg-Essen), Kaiyang ZENG (National University of
Singapore)
10:30
H: Fundamentals and Theories
Wed - 6 Jul 16 | 14:00 - 16:00 | Room 330
Session Chair(s): Masahiro YOSHIMURA (National Cheng
Kung University), John WANG (National University of
Singapore)
14:00
Lattice and Valence Stability of Perovskite Lattice
by Madelung Lattice Site Potential in Various
Oxides
H-1 (Invited)
Masahiro YOSHIMURA1#+
Morphotropic Phase Boundaries and Related
1Promotion
Properties in Room-Temperature Multiferroics
Fraser University, Canada, 2Xi'an Jiaotong
University, China, 3Donghua University, China
11:00
University, Taiwan
14:30
Spin-Phonon Couplings and Lattice Instabilities
Jiawang HONG1#+
Magnetoelectric Coupling in Complex
1Beijing
Microstructures
15:00
11:30
H-3 (Invited)
Progress in Magnetoelectric Devices Based on
Piezoelectric/Piezomagnetic Laminated
Composites
Shuxiang DONG1#+
1Peking
Institute of Technology, China
H-3
Giant Tunnel Electroresistance Induced by
Ferroelectrically Switchable 2D Electron Gas at
Non-Polar BaTiO3/SrTiO3 Interface
Qingyun WU1#+, Lei SHEN1, Jingsheng CHEN1, Yuan
Ping FENG1
1National
Duisburg-Essen, Germany, 2University of Duisburg-Essen,
Germany
H-2 (Invited)
in Complex Oxides from First-Principles
H-2 (Invited)
Doru LUPASCU1#+, Vladimir V. SHVATSMAN2, Morad
ETIER2, Harsh TRIVEDI2, M. Naveed UL-HAQ2, Soma
SALAMON2, Joachim LANDERS2, Ahmadshah
NAZRABI2, Marianela ESCOBAR2, Yanling GAO2,
Matthias LABUSCH2, Heiko WENDE2, Jörg
SCHRÖDER2
1Institute for Materials Science, University of
Center for Global Materials Research, Materials
Science and Engineering, National Cheng Kung
Zuo-Guang YE1#+, Jian ZHUANG2, Hua WU3, Wei
REN2
1Simon
H-1 (Invited)
15:15
University of Singapore, Singapore
H-4
Full-Field Observations of Switching in
Polycrystalline Ferroelectrics
Wei-Lin TAN1#+, Vidyasagar A1, Dennis
KOCHMANN1
1California
Institute of Technology, United States
University, China
72
72
15:30
17:30
H-5
Electromagnetic Band Gap Structure Based
Ferroelectric Films
Material for Reconfigurable Antenna
Wei Li CHEAH1#+, Nathaniel NG2, Rajeev
AHLUWALIA2
Manasi KANITKAR1#+, Vidya KODGIRWAR2,3
1Materials
Engineering, India, 3Savitribai Phule Pune University,
1University
Science and Engineering, Institute of High
Performance Computing, Agency for Science, Technology
and Research (A*STAR), Singapore, 2Institute of High
Performance Computing, Agency for Science, Technology
of Pune, India, 2Modern College of
India
17:45
and Research (A*STAR), Singapore
15:45
H-4
Domain Engineering by Space Charge in
H-5
Hybridized Nanogenerator for Simultaneously
Scavenging Mechanical and Thermal Energies
H-6
Ya YANG1#+
On the Relationship Between Spontaneous
1Beijing
Polarisation and Effective Mass in BiFeO3
Institute of Nanoenergy and Nanosystems, Chinese
Academy of Sciences, China
Kane SHENTON1#+, Wei Li CHEAH2, David BOWLER3
1Institute
of High Performance Computing, Agency for
Science, Technology and Research (A*STAR), Singapore,
2Materials
Science and Engineering, Institute of High
Performance Computing, Agency for Science, Technology
and Research (A*STAR), Singapore, 3University College
London, United Kingdom
H: Nanostructures and Nanoscale Phenomena
Thu - 7 Jul 16 | 10:30 - 12:30 | Room 330
Session Chair(s): Alexei GRUVERMAN (University of
Nebraska), Kaiyang ZENG (National University of Singapore)
10:30
Nanomechanics of Flexoelectric Switching in
H: Piezoelectric Devices: Sensors, Transducers,
and MEMS
Ferroelectric Structures
Alexei GRUVERMAN1#+
1University of Nebraska, United States
Wed - 6 Jul 16 | 16:30 - 18:00 | Room 330
Session Chair(s): Kui YAO (Agency for Science, Technology
and Research (A*STAR)), Zhen FAN (National University of
Singapore)
16:30
11:00
Crystals and Their Electrical Properties
Tohru SEKINO1#+, Wanqing JIANG1, Tomoyo GOTO1,
Sung Hun CHO1, Koichi NIIHARA2
Direct-Write Piezoelectric Ultrasonic Transducers
1Osaka
for Structural Health Monitoring
1Agency
17:00
for Science, Technology and Research (A*STAR),
University, Japan, 2Nagaoka University of
Technology, Japan
11:30
H-3 (Invited)
Singapore
Nanoscale Functionalities in High Density Array
H-2
Xingsen GAO1#+, Deyang CHEN1, Junming LIU2
Airborne Piezoelectric Micromachined Ultrasonic
1South
of BiFiO3-Based Nanoislands
Tao WANG1, Qiongfeng SHI1+, Takeshi KOBAYASHI2,
Chengkuo LEE1#
1National University of Singapore, Singapore, 2National
China Normal Universiy, China, 2Nanjing
University, China
Transducer with High Sensitivity
17:15
H-2 (Invited)
Two-Dimensional Nanostructure Tuning of Oxide
H-1 (Invited)
Kui YAO1#+, Shuting CHEN1, Zhiyuan SHEN1, Lei
ZHANG1, Chin Yaw TAN1
H-1 (Invited)
12:00
H-4
Microstrain in Bismuth Ferrite Nanoparticles:
Institute of Advanced Industrial Science and Technology
Deviation from Néel's 1/d Behaviour of
(AIST), Japan
Size-dependent Magnetization
H-3
Pavana S.V. MOCHERLA1, Sudakar CHANDRAN2#+
1Indian Institute of Technology Madras, India, 2Department
Magnetoelectric Micro- and Nanorobots
of Physics, Indian Institute of Technology Madras, India
Xiangzhong CHEN1#+, Marcus HOOP2, Fajer
MUSHTAQ2, Bradley NELSON2, Salvador PANE2
1The
Institute of Robotics and Intelligent Systems, ETH
Zurich, Switzerland, 2ETH Zurich, Switzerland
12:15
H-5
Ultra Thin BaTiO3 Based Ferroelectric Tunnel
Junctions Through Interface Engineering
Changjian LI1#+, Weiming LV1, Jingsheng CHEN1,
Ariando 1, T. VENKATESAN1
1National
University of Singapore, Singapore
73
73
H: Multifunctional Properties and
Cross-Coupling Effects: I. Magnetoelectric and
Multiferroic
17:00
Hierarchical PDMS-Based Hybrid Energy
Harvesting Devices for Mechanical and Solar
Energies
Thu - 7 Jul 16 | 14:00 - 16:00 | Room 330
Bhaskar DUDEM1+, Yeong Hwan KO1, Jung Woo
LEEM1, Jae Su YU1#
Session Chair(s): Naoki WAKIYA (Shizuoka University), John
WANG (National University of Singapore)
14:00
H-1 (Invited)
1Kyung
17:15
Venkateswarlu BHAVANASI1+, Vipin KUMAR1,
Kaushik PARIDA1, Jiangxin WANG1, Pooi See LEE1#
Naoki WAKIYA1#+, Naonori SAKAMOTO1, Kazuo
SHINOZAKI2, Hisao SUZUKI1
14:30
1Nanyang
University, Japan, 2Tokyo Institute of Technology,
17:30
Electrochemical Performance
Magnetic Ordered Materials
Abdelnaby ELSHAHAWY1#+, Xin LI1, Hong ZHANG1,
Yating HU1, Kuan Hung HO1, Cao GUAN1, John
WANG1
Zhenxiang CHENG1#+
of Wollongong, Australia
1National
H-3
Epitaxial Growth by PLD and Characterizations
17:45
of Multiferroic Perovskite
H-6
Dielectric Constant in Graphene Oxide
Xiao GUO1+, Weiguang ZHU1#
15:15
University of Singapore, Singapore
Defects and Functional Groups Yields High
Pb(Zr,Ti)O3-Pb(Fe,Ta)O3
1Nanyang
H-5
MnCo2S4Nanostrucutre for Enhanced
Magnetoelectric Coupling in Short Range
15:00
Technological University, Singapore
Conductivity and Porosity Controllable of
H-2 (Invited)
1University
H-4
of PVDF-TrFE with Graphene Oxide
Multiferroic Applications
Japan
Hee University, South Korea
Energy Harvesting Performance of Bilayer Films
Novel Transparent Conductive Oxide for
1Shizuoka
H-3
Santhosh Kumar K1+, Pradip PAIK1#
Technological University, Singapore
1University
of Hyderabad, India
H-4
Synthesis Structural and Magnetic Properties of
Ordered La2CoMnO6 Compound
Rashmi YADAV1+, Vilas SHELKE2#
1Department
of Physics, Barkatullah University, India,
2Barkatullah
University, India
H: Piezoelectric Ceramics, Single Crystals, and
Thin Films: II. Correlations between Phase
Structures and Piezoelectric Properties
Fri - 8 Jul 16 | 11:00 - 13:00 | Room 330
H: Capacitors and Energy Storage (II)
Thu - 7 Jul 16 | 16:30 - 18:00 | Room 330
Session Chair(s): Jing-Feng LI (Tsinghua University), Zhen
FAN (National University of Singapore)
11:00
H-1 (Invited)
Session Chair(s): Zhen FAN (National University of
Singapore), Cao GUAN (National University of Singapore)
Sol-Gel-Processed Pb(Zr,Ti)O3 and BiFeO3 Thin
16:30
H-1
Jing-Feng LI1#+
Ferroelectric Characteristics of Nanoscale
1Tsinghua
Structure and Piezoelectricity
ZrO2/HfO2 Bilayer Thin Films
Yu-Wei LU1+, Jay SHIEH2#, Feng-Yu TSAI2
1Materials
16:45
Films on Si Substrates: Clamping Effect on Phase
Science and Engineering, National Taiwan
11:30
University, China
H-2 (Invited)
Piezoelectric and Pyroelectric Materials and
University, Taiwan, 2National Taiwan University, Taiwan
Structures for Energy Harvesting
H-2
Chris BOWEN1#+, Daniel ZABEK1, M. XIE1, V.
ADAMAKI1, James ROSCOW1
1University of Bath, United Kingdom
Ferroelectricity and Ferroelectric Resistive
Switching in Sputtered Hf0.5Zr0.5O2 Thin Films
Zhen FAN1#+, Juanxiu XIAO1, Lei ZHANG1, Jinyu
DENG2, Ziyan LIU1, John WANG1, Jingsheng CHEN1
1National University of Singapore, Singapore, 2Department
of Materials Science and Engineering, National University
of Singapore, Singapore
74
74
12:00
15:30
H-3
Enhanced Magnetization in the Composite of
in CaZrO3-Modified (K,Na)NbO3-Based
Multiferroic Bismuth Ferrite and Cluster Glass
Lead-Free Piezoceramics
Rare Earth Manganite
Fang-Zhou YAO1, Ke WANG1, Jing-Feng LI1#+
Shreeja PILLAI1+, Hilal Ahmad RESHI2, Vilas
SHELKE2#
1Tsinghua
12:15
University, China
H-4
1-3 Piezoelectric Composites with a Porous Matrix
for Biomedical Engineering Applications
12:30
H-3
Electrically Enhanced Diffused Phase Transition
15:45
1Department
of Physics, Barkatullah University, India,
2Barkatullah
University, India
H-4
Christian DELLA1#+
Giant Photostriction in Organic-Inorganic Lead
1University
Halide Perovskites
of Glasgow, United Kingdom
Lu YOU1#+, Yang ZHOU1, Junling WANG1
H-5
1Nanyang
Piezoelectric Transformers for Cold Plasma
Discharge Generation: Investigation on the
16:00
Technological University, Singapore
H-5
Physico-Chemical Evolution of Ceramics
Oxygen Vacancy Induced Room Temperature
Mohamed Khaled KAHALERRAS1#+, Claire
TENDERO2, François PIGACHE1, Diane SAMELOR2
Metal-Insulator Transition in Nickelates Films
and its Potential Application in Photovoltaics
1The
Le WANG1+, Lei CHANG1, Lu YOU1, Junling WANG1#
Laboratoire Plasma et Conversion d'Energie
(LAPLACE), France, 2Centre Inter-universitaire de
1Nanyang
Technological University, Singapore
Recherche et d’Ingénierie des Matériaux (CIRIMAT),
France
12:45
H-6
PLD Grown 0.5PNN-0.35Pt-0.15Pz Thin Films and
Their Electrical Properties
Samba Siva VADLA1#+, Ajit R. KULKARNI2, N.
VENKATARAMANI2
1Metallurgical
Engineering and Materials Science, Indian
Institute of Technology Bombay, India, 2 Indian Institute of
H: Polymeric and Biological Ferroelectrics and
Piezoelectrics
Fri - 8 Jul 16 | 17:00 - 18:30 | Room 330
Session Chair(s): NN
17:00
Technology Bombay, India
H-1 (Invited)
Barium Titanate-Based Nanoceramics Prepared
by Chemical Coating Method for Application to
Next Generation MLCC
H: Multifunctional Properties and
Cross-Coupling Effects: II. Coupling between
Electrical, Mechanical, Thermal, and Optical
Properties
Xiaohui WANG1#+
1Tsinghua
17:30
14:30
H-1 (Invited)
Enhanced Electrocaloric Effect in Lead-Free
BaTiO3-Based Materials
Xiaojie LOU1#+
1Xian Jiaotong University, China
15:00
H-2 (Invited)
Ferroelastic Switching in a Layered Perovskite
Thin Film
H-2 (Invited)
Conductance at 71 Degrees Domain Walls in
BiFeO3 Thin Films
Fri - 8 Jul 16 | 14:30 - 16:30 | Room 330
Session Chair(s): Xiaojie LOU (Xi'an Jiaotong University),
Kaiyang ZENG (National University of Singapore)
University, China
Pu YU1,2#+
1Tsinghua
18:00
University, China, 2RIKEN, Japan
H-3
Effect of Dysprosium Doping on the Dielectric,
Ferroelectric and Conduction Behaviour of
Barium Bismuth Titanate Ceramics
Tanmaya BADAPANDA1#+, Ranjan
HARICHANDAN2, Shahid ANWAR3
1C.
V. Raman College of Engineering, India, 2Centurion
University of Technology & Management, India, 3Council
of Scientific and Industrial Research (CSIR)-Institute of
Minerals and Materials Technology, India
Jinxing ZHANG1#+
1Beijing Normal University, China
75
75
18:15
H-4
Influence of Holmium Doping on Structural,
Dielectric and Ferroelectric Properties of
Sr-Deficient and Bi Rich Sr0.8Bi2.2Nb2O9
18:30
Symposium H Poster Session
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Sn. 1
Persistent Photoconductivity in Oxygen
Rajveer SINGH1#+, Vandna LUTHRA1, Ram TANDON1
Ion-Implanted KNbO3 Bulk Single Crystal
1University
H-5
Ryotaro TSURUOKA1+, Akira SHINKAWA1, Tomoaki
NISHIMURA1, Chiaki TANUMA1, Kazuo
KURIYAMA1#, Kazumasa KUSHIDA2
Complex Metal Oxide Nanomaterials for
1Hosei
of Delhi, India
Dielectric, Photocatalytic and Fuel Cell
Applications
Sn. 2
1Higher
SiO2 Doped Ba0.96Ca0.03Ti0.96Sn0.03Hf0.01O3
Lead-Free Ceramics and Their Energy Harvester
Characteristics
Qaboos University, Oman
Cheng-Che TSAI1#+, Jiann-Sheng JIANG1
1Tung Fang Design Institute, Taiwan
H-6
Sn. 3
Prepared by the Sol-Gel Method
Subhash THOTA1#, D. C. JOSHI1, V. BHAVANASI2+
1Indian Institute of Technology Guwahati, India, 2Nanyang
Technological University, Singapore
& Development Bucharest,
Romania, 3National Institute of Materials Physics, Romania
19:00
Substituted Antiferroelectric NaNbO3
University of Bucharest, Romania,
2S.C.METAV–Research
Sn. 4
(K0.5Na0.5)(Mn0.005Nb0.995)O3 Thin Films
Bias-Polarity-Dependent Resistance Switching in
Induced by Gamma-Ray Irradiation
W/SiO2/Pt and W/SiO2/Pt Structures
Sun A YANG1, Byung Hoon KIM1, Sam Yeon CHO1,
Sungkyun PARK2, Sang-Don BU1#+
1Chonbuk National University, South Korea, 2Pusan
Jinshi ZHAO1#+
19:15
University of Technology, China
National University, South Korea
H-8
Influence of Surface Modification on Structural
and Dielectric Properties and Voltage Generation
Sn. 5
Stress Distribution
Fluoride Composite
Jielin XIE1#+
1Institute of Microelectronics, Agency For Science
Ipsita CHINYA1, shrabanee SEN1#+
1CSIR-Central
Glass and Ceramics Research Institute,
Technology & Research (A*STAR), Singapore
India
Sn. 6
H-9
In-Situ Gamma-Irradiated Synthesis of
PMMA-Silver Nanocomposites and the
H-D2-Poster-6
Ce-Doped BaTiO3 Nanotubes Prepared by
Colloidal Chemistry
Bhavitha K. B.1+, Nandakumar KALARIKKAL1#
Catalina STANCIU1, Adelina IANCULESCU1#+,
Bogdan VASILE1, Lucian TRUPINA2, Roxana
TRUSCA3, Marin CERNEA2, Lucian PINTILIE2
1Mahatma
1Politehnica
Structural, Morphological and Dielectric Studies
19:45
H-D2-Poster-5
Effect of Thermal Annealing on PVD AlN Film
Performance of Zinc Ferrite/ Polyvinylidene
19:30
H-D2-Poster-4
Change of Electrical Properties of
H-7
1Tianjin
H-D2-Poster-3
Structural and Dielectric Properties of MgMnO3
Catalina STANCIU1#+, Roxana TRUSCA2, Ioana
PINTILIE3, Marin CERNEA3, Bogdan VASILE1,
Adelina IANCULESCU1
1Politehnica
H-D2-Poster-2
Ba0.96Ca0.03Ti0.96Sn0.03Hf0.01O3 Properties of
College of Technology-Muscat, Oman, 2Sultan
Cerium-Modified Barium Titanate Ceramics
University, Japan, 2Osaka Kyoiku University, Japan
Properties of SiO2 Doped
Masood NATH1#+, Intisar AL SHABANOTI1, Khadija
Humaid AL YAHMEDI1, Nasra Hamid AL
MAHARBI1, Moza Nasser AL SAADI1, Jahangir
AHMAD2
18:45
H-D2-Poster-1
Ceramics for High Temperature Applications
Gandhi University, India
University of Bucharest, Romania, 2National
Institute of Materials Physics, Romania, 3S.C.METAV–
H-10
Research & Development Bucharest, Romania
Lead Free Piezoelectric Nanocomposites for
Energy Scavenging Applications
Anshida MAYEEN1#+, Nandakumar K1
1Mahatma
Gandhi University, India
76
76
Sn. 7
Sn. 14
H-D2-Poster-7
Synthesis and Characterization of
Characteristics of Bismuth Ferrite Ceramics
Ni1-xMgxFe2O4 Nanoferrites by Sucrose method
Derived from Nanopowders Prepared by
Pradeep CHAVAN1+, L. R. NAIK1#
1Karnatak
Combustion Method
Mirela DRAGOMIR1, Mihai CALUGARU1#+, Daniela
BERGER1, Felicia PRIHOR2, Liliana MITOSERIU2,
Adelina IANCULESCU1
1Politehnica
Sn. 15
Yew Wing LEONG1#+, Huamao LIN1
1Institute
H-D2-Poster-8
Sn. 16
Tapered Silicon Dioxide Etch Process for AlN and
Adelina IANCULESCU1, Catalina STANCIU1, Lucian
PINTILIE2, Ioana PINTILIE2, Alina MELINESCU1#+,
Nicolae DRAGAN3
PZT Based Piezoelectric Mems Devices
Bin LI1#+
1Politehnica
Technology and Research (A*STAR), Singapore
University of Bucharest, Romania,
1Institute
2National
Physical Chemistry “Ilie Murgiulescu”, Romanian
Sn. 17
Academy, Romania
Their Piezoelectric Screw Motor Characteristics
Cheng-Che TSAI1#+
Dimethylammonium Metal Formate with Mixed
Tirthankar CHAKRABORTY1#+, Suja ELIZABETH1
1Indian
1Tung
Sn. 18
Institute of Science, India
Width-Flexural-Mode Micromechanical
Resonator
Lanthanum Modified SrBi4Ti4O15 Ceramic
Nan WANG1#+, Jinghui XU1, Xiao Lin ZHANG1,
Guoqiang WU1, Yao ZHU1, Wei LI2, Alex GU1
Priyambada NAYAK1#+, Tanmaya BADAPANDA2,
Simanchalo PANIGRAHI3
1Institute
Institute of Technology, Rourkela, India, 2C. V.
Technology Pte. Ltd. (ETPL), Singapore
Institute of Technology, Rourkela, India
Sn. 19
PbZrxTi1-xO3 Thin Films
BiFeO3 Ultra-Thin Film
Martando RATH1+, M.S. Ramachandra RAO2#
Han WANG1#+
Gap Widening of VO2 Films by Impurity Doping
Shiu-Jen LIU1#+
1National
Sn. 13
1Physics,
University of Singapore, Singapore
Transmittance Enhancement and Optical Band
Taiwan Normal University, Taiwan
H-D2-Poster-13
Synthesis and Characterization of
Ni1-xMgxFe2O4 Nanoferrites by Sucrose Method
H-D2-Poster-19
Effect of Nb on PLD Grown Ferroelectric
Critical Thickness of Ferroelectricity in R Phase
H-D2-Poster-12
of Microelectronics, Agency for Science,
Technology and Research (A*STAR), Singapore, 2Exploit
Raman College of Engineering, India, 3Physics, National
1National
H-D2-Poster-18
Nitride (AIN) on Silicon Based Piezoelectric
Dielectric and Conduction Mechanism of
H-D2-Poster-11
Fang Design Institute, Taiwan
Experimental Demonstration of an Aluminium
H-D2-Poster-10
1National
H-D2-Poster-17
Doped PSLZT Based Piezoelectric Ceramics and
H-D2-Poster-9
Transition Metals
of Microelectronics, Agency for Science,
Properties of Low-Temperature Sintered ZnO
Synthesis and Multiferroic Property of
Sn. 12
H-D2-Poster-16
Applications
Institute of Materials Physics, Romania, 3 Institute of
Sn. 11
of Microelectronics, Agency for Science,
Technology and Research (A*STAR), Singapore
Ba1-xSrxTiO3 Ceramics for Pyroelectric
Sn. 10
H-D2-Poster-15
Device via a Chemical Wet Etching Process
'Alexandru Ioan Cuza', Romania
Characteristics and Functional Properties of
Sn. 9
University, India
Fabrication of PZT Piezoelectric Layer in MEMS
University of Bucharest, Romania,
2Universitatea
Sn. 8
H-D2-Poster-14
Investigation of Sc Influence on the
2Indian
Sn. 20
Indian Institute of Technology Madras, India,
Institute of Technology Madras, India
H-D2-Poster-20
Functional Electrospun Carbon Fibers for Energy
and Environment Applications
Suxi WANG1+, Siew Yee WONG1, Chaobin HE1, John
WANG2, Xu LI1#
1Institute
of Materials Research and Engineering, Agency
for Science, Technology and Research (A*STAR), Singapore,
2National
University of Singapore, Singapore
Pradeep CHAVAN1+
1Karnatak
University, India
77
77
Sn. 21
H-D2-Poster-21
Flexible Asymmetrical Supercapacitor Based on
Structure-optimized Mn3o4/rgoNano-hybrid
Paper with High Energy and Power Density
Yating HU1#+, Cao GUAN1, John WANG1
1National
University of Singapore, Singapore
I: Topological Insulators Session 2
Thu - 7 Jul 16 | 14:00 - 16:00 | Room 303
Session Chair(s): Arun BANSIL (Northeastern University)
14:00
I-1 (Invited)
Visualizing Electronic Structures of Topological
Quantum Materials
Symposium I Session Schedule
I: Topological Insulators Session 1
Yulin CHEN1#+
1Oxford
14:30
Wed - 6 Jul 16 | 10:30 - 12:30 | Room 303
Phases of Condensed Matter
Guang BIAN1#+
1Princeton
I-1 (Invited)
Miracle of 2D and 3D Topological Phases of
15:00
Quantum Matter
11:00
University, United States
Shin-Ming HUANG1,2#+, Suyang XU3, Ilya
BELOPOLSKI3, Chi-Cheng LEE2, Guoqing CHANG2,
Tay-Rong CHANG4, Baokai WANG5, Nasser
ALIDOUST 3, Guang BIAN3, Madhab NEUPANE6,
Daniel S. SANCHEZ3, Hao ZHENG3, Horng-Tay
JENG7, Arun BANSIL5, Titus NEUPERT 8, Hsin LIN2,
M. Zahid HASAN3
Strain Engineering Electronic Properties of
Topological Materials
Vidya MADHAVAN1#+
11:30
of Illinois at Urbana-Champaign, United States
1National
University of Singapore, Singapore, 3Princeton University,
Quantum Anomalous Hall Phases in Layered
United States, 4National Tsing Hua University, Taiwan,
5Northeastern
Central Florida, United States, 7National Taiwan
Guang-Yu GUO1#+
1Department of Physics, National Taiwan University,
Science, United States
University, Taiwan, 8Princeton Center for Theoretical
15:30
State in YbMnBi2
Sergey BORISENKO1#+
the Multi-Band Electronic Structure of Ir
1IFW
Telluride
Takashi
MIZOKAWA1#+
1Waseda
University, Japan
I-5 (Invited)
Electronic Evidence of Temperature-induced
Lifshitz Transition in Zrte5
Guodong LIU1+, Xingjiang ZHOU1#
1Institute
of Physics, Chinese Academy of Sciences, China
I-6 (Invited)
Exotic Phenomena in Topological Phases
Ashok GANGULI1,2#+
1Institute of Nano Science and Technology, India, 2Indian
Institute of Technology Delhi, India
I-4 (Invited)
Time-Reversal Symmetry Breaking Type ll Weyl
I-4 (Invited)
Impact of Te 5p/Ir 5d Spin-Orbit Interaction on
13:00
University, United States, 6University of
Density Functional Calculations
Taiwan
12:30
Sun Yat-Sen University, Taiwan, 2National
I-3 (Invited)
Magnetic Oxides Predicted by First-Principles
12:00
I-3 (Invited)
SrSi2
I-2 (Invited)
1University
University, United States
Double Weyl Fermions in Mirror-Symmetry-Free
Arun BANSIL1#+
1Northeastern
I-2 (Invited)
Exploring Fundamental Physics in Topological
Session Chair(s): Hsin LIN (National University of Singapore)
10:30
University, United Kingdom
16:00
Dresden, Germany
I-5
A Strongly Robust Topological Weyl Fermion
Semimetal State in Ta3S2
Guoqing CHANG1+, Suyang XU2, Daniel S.
SANCHEZ2, Shin-Ming HUANG1,3, Chi-Cheng LEE1,
Tay-Rong CHANG4, Guang BIAN2, Hao ZHENG2, Ilya
BELOPOLSKI2, Nasser ALIDOUST 2, Horng-Tay
JENG5, Arun BANSIL6, Hsin LIN1#, M. Zahid HASAN2
1National
University of Singapore, Singapore, 2Princeton
University, United States, 3National Sun Yat-Sen
University, Taiwan, 4National Tsing Hua University,
Taiwan, 5National Taiwan University, Taiwan,
6Northeastern
University, United States
78
78
11:30
I: Topological Insulators Session 3
I-2 (Invited)
Thu - 7 Jul 16 | 16:30 - 18:00 | Room 303
Tuning the Electronic Properties of Topological
Session Chair(s): Elbert E. M. CHIA (Nanyang Technological
University)
Bart PARTOENS1#+
16:30
Insulators by Surface Modifications
I-1 (Invited)
1University
12:00
Manipulating Topological Phases in Honeycomb
Spin-Orbit and Topological Materials
Structure
1University
Feng-Chuan CHUANG1#+
of Colorado Boulder, United States
1National
I-2 (Invited)
12:30
Sun Yat-Sen University, Taiwan
I-4 (Invited)
Local Disorder, Atomic Correlations and
Surface Dirac Fermion Dynamics of Topological
Coexisting Phases in Chalcogenides
Insulators
Naurang SAINI1#+
1Physics,
17:30
I-3 (Invited)
Measured Electronic Structure of Large
Daniel DESSAU1#+
17:00
of Antwerp, Belgium
Akio KIMURA1#+
Università di Roma, Italy
1Graduate
I-3 (Invited)
13:00
School of Science, Hiroshima University, Japan
I-5
Structure and Electronic Properties of Single- to
Role of Surface Termination in Realizing
Few Layers Molybdenum Disulfide Films
Well-Isolated Topological Surface States in
Xiaoxing XI1#+, Dan TRAINER1, Aleksei PUTILOV1,
Cinzia DIGIORGIO1, Jan FEDOR1, Matt WOLAK1,
Ravini Udeshika CHANDRASENA 1, Alex GRAY1,
Maria IAVARONE1, Florian KRONAST 2, Timo
SAARI3, Jouko NIEMINEN3, Tay-Rong CHANG4,
Horng-Tay JENG5, Hsin LIN6, Baokai WANG7, Arun
BANSIL7
1Temple
TlBiSe2 and TlBiTe2
Bahadur SINGH1#+, Hsin LIN2, R. PRASAD3, Arun
BANSIL4
1Centre
for Advanced 2D Materials and Graphene Research
Centre, National University of Singapore, Singapore,
2National
University of Singapore, Singapore, 3Indian
Institute of Technology Kanpur, India, 4Northeastern
University, United States, 2Helmholtz-Zentrum
University, United States
Berlin für Materialien und Energie, Germany, 3Tampere
University of Technology, Finland, 4National Tsing Hua
University, Taiwan, 5National Taiwan University, Taiwan,
6National
University of Singapore, Singapore,
7Northeastern
18:00
I: Topological Insulators Session 5
University, United States
Fri - 8 Jul 16 | 14:30 - 16:30 | Room 303
I-4 (Invited)
Spin-Orbit Torque and Spin Pumping in
Bi2Se3/Ferromagnet Heterostructures
Yi WANG1, Praveen DEORANI1, Karan BANERJEE1,
Nikesh KOIRALA2, Matthew BRAHLEK2, Seongshik
OH2, Hyunsoo YANG3#+
1National University of Singapore, Singapore, 2The State
University of New Jersey, United States,
3Dept
Session Chair(s): Shin-Ming HUANG (National Sun Yat-Sen
University)
14:30
I-1 (Invited)
Role of Orbital Angular Momentum in Rashba
and Spin Hall Effects
Changyoung KIM1#+
1Physics and Astronomy, Seoul National University, South
of Electrical
and Computer Engineering, National University of
Korea
Singapore, Singapore
15:00
I-2
A Holographic Topological Insulator
Ching Hua LEE1#+
I: Topological Insulators Session 4
1Agency
Fri - 8 Jul 16 | 11:00 - 13:00 | Room 303
Session Chair(s): Naurang SAINI (Università di Roma)
11:00
15:15
I-3
Topological Transistors Based on Dirac
I-1 (Invited)
Engineering Topological Surface States Using
Nano-ARPES as an Effective Bandstructure Probe
José AVILA1, Chaoyu CHEN1, Stephane LORCY1,
Maria ASENSIO1#+
1Synchrotron
for Science, Technology and Research (A*STAR),
Singapore
Semimetals and 2D Topological Insulators
Ying LIU1#+
1Singapore
University of Technology and Design, Singapore
SOLEIL & Université Paris-Saclay, France
79
79
15:30
I-4
Tunable High Chern Number Quantum
Anomalous Hall Effects of Strong Spin-Orbit
Coupling Materials Near Topological Critical
Points
Le Quy DUONG1#+, Hsin LIN1, Wei Feng TSAI1, Yuan
Ping FENG1
1National
15:45
University of Singapore, Singapore
I-5 (Invited)
Superconductivity in Topological Compounds
Tuned via Pressure
Changqing JIN1#+
1Institute
16:15
of Physics, Chinese Academy of Sciences, China
I-6 (Invited)
The Many Layers of Bismuth Selenide and How
to Make "Light" of This Material
Swastik KAR1#+
1Northeastern
University, United States
Symposium I Poster Session
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Sn. 1
I-D2-Poster-1
Quantum Spin Hall Effect and Topological Phase
Transition in Two-Dimensional Materials with
Dirac Cones
Yongzheng LUO1+, Lei SHEN1, Yuan Ping FENG1#
1National
Sn. 2
University of Singapore, Singapore
I-D2-Poster-2
Helicity Dependent Photovoltaic Effect in Bi2Se3
Jean BESBAS1, Karan BANERJEE1, Jaesung SON1,
Yang WU1, Matthew BRAHLEK2, Nikesh KOIRALA2,
Jisoo MOON2, Seongshik OH2, Hyunsoo YANG3#+
1National
University of Singapore, Singapore, 2The State
University of New Jersey, United States, 3Dept of Electrical
and Computer Engineering, National University of
Singapore, Singapore
Sn. 3
I-D2-Poster-3
High Electron Mobility and Large
Magnetoresistance in Half-Heusler Topological
Insulator LuPtBi
Zhipeng HOU1+, Enke LIU1, Xuekui XI1, Wenhong
WANG1#, Guangheng WU1
1Institute
of Physics, Chinese Academy of Sciences, China
80
80
Symposium J Session Schedule
15:30
Complementary Inverters from Patterned Source
ElectrodeVertical Organic Field Effect Transistors
J: Materials: Organics I
Michael GREENMAN1#+, Svetlana YOFIS1, Nir
TESSLER1
Tue - 5 Jul 16 | 11:00 - 12:30 | Room 310
1Technion
Session Chair(s): Peter HO (National University of Singapore)
11:00
15:45
J-1 (Invited)
J-5
Organic Field-Effect Transistors
Organic Semiconductors
Yutaka WAKAYAMA1,2#+, Ryoma HAYAKAWA1, Kenji
HIGASHIGUCHI3, Kenji MATSUDA3
Guillermo BAZAN1#+
11:30
- Israel Institute of Technology, Israel
Photochromic Electronics for Optically Active
Emerging Guidelines for the Design of Novel
1University
J-4
of California, Santa Barbara, United States
1National
Institute for Materials Science, Japan, 2Kyushu
University, Japan, 3Kyoto University, Japan
J-2 (Invited)
New Polymeric Semiconductors for
Opto-Electronics
Antonio FACCHETTI1#+
1Northwestern
12:00
University, United States
J-3 (Invited)
Tuning Conjugated Polymers for Transistor and
Solar Cell Applications
J: Materials: Organics II
Tue - 5 Jul 16 | 16:30 - 18:00 | Room 310
Session Chair(s): Martin HEENEY (Imperial College London)
16:30
High Performance OLEDs Based on TADF
1Imperial
Hajime NAKANOTANI1, Daniel Ping-Kuen TSANG1,
Munetomo INOUE1, Kou YOSHIDA1, Jean Charles
RIBIERRE1, Taro FURUKAWA1, Katsuyuki SHIZU2,
Hironori KAJI2, Chihaya ADACHI1#+
College London, United Kingdom
1Kyushu
J: Devices I
Tue - 5 Jul 16 | 14:00 - 16:00 | Room 310
17:00
with Ultra Workfunctions
14:30
Chunyan CHI1#+
1National
17:30
University of Singapore, Singapore
J-3
Rui-Qi (Rachael) PNG1#+
New Functional Organic Materials for Energy
1National
Conversion and Storage Applications
University of Singapore, Singapore
Andrew GRIMSDALE1#+
J-2 (Invited)
Mobility Limiting Factors in Practical
Polycrystalline Organic Thin Films
1Nanyang
17:45
Technological University, Singapore
J-4
Masakazu NAKAMURA1#+, Ryosuke MATSUBARA2,
Noboru OHASHI3, Shi-Guang LI4
Thermally Activated Delayed Fluorescence
1Nara
Light-Emitting Diodes
Institute of Science and Technology, Japan, 2Shizuoka
University, Japan, 3Tokyo University of Science, Japan,
4Xi'an
15:00
J-2 (Invited)
Materials
J-1 (Invited)
Doped Organic Polymer Semiconductor Films
University, Japan, 2Kyoto University, Japan
Soluble and Stable Acene Based Molecules and
Session Chair(s): Natalie STINGELIN (Imperial College
London)
14:00
J-1 (Invited)
Martin HEENEY1#+
University of Technology, China
J-3 (Invited)
Materials Based on Boron-Clusters for Organic
Ryuhei FURUE1#+, Takuro NISHIMOTO1, In Seob
PARK1, Jiyoung LEE1, Naoya AIZAWA1, Takuma
YASUDA1
1Kyushu University, Japan
Spectroscopic Study on Solid-Liquid Interface in
Organic Liquid-Gated Transistors
Yu ZHANG1, Xiaojing WU1, Jun LI2, Yuanping YI3, Ni
ZHAO1#+
1The Chinese University of Hong Kong, Hong Kong SAR,
2King
Abdullah University of Science and Technology
(KAUST), Saudi Arabia, 3 Institute of Chemistry, Chinese
Academy of Sciences, China
81
81
J: Morphology Effect
14:30
J-2 (Invited)
Wed - 6 Jul 16 | 10:30 - 12:30 | Room 310
High-Performance Perovskite Light-Emitting
Session Chair(s): Nir TESSLER (Technion - Israel Institute of
Technology)
Jianpu WANG1#+
10:30
J-1 (Invited)
Diodes
1Nanjing
15:00
Performance and Stability Improvement of
Conjugated Polymers
Organic and Perovskite Solar Cells by Using a
1Stanford
Metal Oxide-Conjugated Polymer
University, United States
Nanocomposite as Electrode Buffer Layer
Qun LUO1, Chang-Qi MA1#+
J-2 (Invited)
1Suzhou
Confinement Effects on Structural Features of
Natalie STINGELIN1#+
1Imperial
Institute of Nano-Tech and Nano-Bionics, Chinese
Academy of Sciences, China
Π-Conjugated Matter
11:30
J-3 (Invited)
Doping, Disorder and Charge Delocalization in
Alberto SALLEO1#+
11:00
Tech University, China
15:30
College London, United Kingdom
J-4 (Invited)
Polymer Light-emitting Diodes with Balanced
Charge Transport
J-3 (Invited)
Spin-Coated Conjugated Polymer Thin Films
Davood ABBASZADEH1, Alexander KUNZ2, Jasper
MICHELS2, Gert-Jan WETZELAER2, Irina CRACIUN2,
Paul BLOM2#+
Christopher MCNEILL1#+, Eliot GANN1, Mario
CAIRONI2, Yong Young NOH3, Yun-Hi KIM4
Institute for Polymer Research, Germany
Crystalline Orthogonal Self-Stratification in
1Monash
1University
University, Australia, 2 Italian Institute of
of Groningen, Netherlands, 2Max Planck
Technology, Italy, 3Dongguk University, South Korea,
4Gyeongsang
12:00
National University, South Korea
J: Devices II
J-4
High Pressure Studies of Conjugated Polymers
Wed - 6 Jul 16 | 16:30 - 18:00 | Room 310
Mateusz ZELAZNY1#+, Michal KEPA2, Vincent
LEMAUR3, Yoann OLIVIER3, Henning
SIRRINGHAUS1
Session Chair(s): Ni ZHAO (The Chinese University of Hong
Kong)
1University
16:30
of Cambridge, United Kingdom, 2University of
Edinburgh, United Kingdom, 3Université de Mons,
Development of Printed Ambipolar Organic
Belgium
12:15
Field-Effect Transistors and Complementary
Integrated Circuits
J-5
Yong Young NOH1#+
Fabrication and Characterization of
1Dongguk
Electrochromic Pixel Display Using
Di-isopropylbenzyl Derivative of Poly
17:00
University, South Korea
J-2
(3,4-propylenedioxythiophene)
Devices with Solution-Processed Ohmic Electron
Raja L1, C.R. SIJU1, N.C. SIVAPRAKASH2, S.
SINDHU1#+
and Hole Contacts
1Birla
Cindy TANG1#+, Mervin ANG1, Kim Kian CHOO1,
Lay-Lay CHUA1, Peter HO1, Rui Qi PNG1
1National University of Singapore, Singapore
Institute of Technology and Science, India, 2 Indian
Institute of Science, India
17:15
J: Pervoskites and Others
Wed - 6 Jul 16 | 14:00 - 16:00 | Room 310
Session Chair(s): Dinesh KABRA (Indian Institute of
Technology)
14:00
J-1 (Invited)
J-1 (Invited)
J-3
Solution-Processed Self-Aligned 2D-Doped
Transistor Contacts
Wei Ling SEAH1+, Rui-Qi (Rachael) PNG1, Han GUO1,
Jin-Guo YANG1, Mi ZHOU2, Peter HO1, Lay-Lay
CHUA1#
1National
University of Singapore, Singapore, 2BASF,
Singapore
The Photophysics of Halide Perovskites
Tze Chien SUM1#+
1Nanyang
Technological University, Singapore
82
82
17:30
J-4
Redox-Dependent Franck-Condon Blockade and
Avalanche Transport in a Single-Molecule
Transistor
Chit Siong LAU1#+, Hatef SADEGHI2, Gregory
ROGERS3, Sara SANGTARASH2, Panagiotis
DALLAS3, Kyriakos PORFYRAKIS3, Jamie WARNER4,
Colin LAMBERT2, Andrew BRIGGS3, Jan MOL3
1University
J: Devices IV
Thu - 7 Jul 16 | 14:00 - 16:00 | Room 310
Session Chair(s): Lukas SCHMIDT-MENDE (University of
Konstanz)
14:00
Efficient Nanocrystalline Bulk Heterojunction
of Oxford, Singapore, 2Lancaster University,
Organic Solar Cells Using Defect Free
United Kingdom, 3University of Oxford, United Kingdom,
4Department
Polythiophene:Fullerene Blend
of Materials, University of Oxford, United
Naresh CHANDRASEKARAN1,2, Eliot GANN2, Anil
KUMAR3, Christopher MCNEILL2, Dinesh KABRA3#+
Kingdom
17:45
1IITB-Monash
J-5
Transistors
Nor Khairiah ZA'ABA1#+, Martin TAYLOR1
Research Academy, India, 2Monash
University, Australia, 3 Indian Institute of Technology
Effect of Humidity on the Performance of DNTT
1Bangor
J-1 (Invited)
Bombay, India
14:30
University, United Kingdom
J-2
Materials Development for Stable
Solution-Processed Self-Compensated p- and
n-Doped Polymers
Mervin ANG1+, Cindy TANG1, Kim Kian CHOO1, Rui
Qi PNG1, Lay-Lay CHUA1#, Peter HO1
J: Devices III
Thu - 7 Jul 16 | 10:30 - 12:30 | Room 310
Session Chair(s): Yong Young NOH (Dongguk University)
10:30
1National
14:45
Morphology and Device Physics of All-Polymer
Organic Solar Cells - Designing a Device That is
Solar Cells
Fit for the Excellent Materials
Kedar DESHMUKH1#+, Naresh
CHANDRASEKARAN1,2, Eliot GANN1, Shyamal
PRASAD3, Justin HODGKISS3, Lars THOMSEN4,
Dinesh KABRA2, Christopher MCNEILL1
1Monash University, Australia, 2 IITB-Monash Research
Nir TESSLER1#+, Lior TZABARI1
11:00
- Israel Institute of Technology, Israel
J-2 (Invited)
Optical Manipulation for Organic Solar Cells
Academy, India, 3Victoria University of Wellington, New
Lukas SCHMIDT-MENDE1#+
1University
11:30
Zealand, 4Australian Synchrotron, Australia
of Konstanz, Germany
15:00
J-3 (Invited)
Organic Photodiode
Semiconductors and Devices
Himanshu SHEKHAR1#+, Nir TESSLER1
1Technion - Israel Institute of Technology, Israel
Ji-Seon KIM1#+
12:00
Imperial College London, United Kingdom
15:15
J-4
Delayed Fluorescence Materials and Devices with
Jun Kai TAN1+, Rui-Qi (Rachael) PNG1, Lay-Lay
CHUA1, Peter HO1#
12:15
Suppressed Concentration Quenching
Characteristics
University of Singapore, Singapore
Jiyoung LEE1#+, Naoya AIZAWA1, Masaki NUMATA1,
Chihaya ADACHI1, Takuma YASUDA1
J-5
1Kyushu
Bandgap Science for Organic Solar Cells
Masahiro HIRAMOTO1#+
1Institute
for Molecular Science, Japan
J-5
High-Efficiency Blue Thermally Activated
Contacts Engineering in Organic Solar Cells
1National
J-4
Ultra-Low Leakage Current in Small Molecule
Nanometrology for Organic Photovoltaic
1Physics,
J-3
Effect of Pendant Group Substitution on the
J-1 (Invited)
1Technion
University of Singapore, Singapore
15:30
University, Japan
J-6
Solution-Processed Binary Organic Charge
Transfer Crystals for Optoelectronic Applications
Hui JIANG1#+, Peng HU1, Jun YE2, Christian KLOC1
1Nanyang
Technological University, Singapore, 2 Institute of
High Performance Computing, Agency for Science,
Technology and Research (A*STAR), Singapore
83
83
15:45
17:45
J-7
J-6
PEDOT:PSS Films with Metallic Conductivity
Ligand Engineering and In-Operando
Through a Treatment with Common Organic Salt
Spectroscopic Characterization of Ru-Azo
Solutions and Their Application as Transparent
Aromatic Multi-State Molecular Switches
Electrode of Polymer Solar Cells
Sreetosh GOSWAMI1#+, Adam MATULA2, Suman
Kumar ROY3, Surajit SAHA1, Meenakshi
ANNAMALAI1, Santi Prasad RATH3, Abhijeet
PATRA1, Siddhartha GHOSH4, Victor BATISTA2,
Sreebrata GOSWAMI3, T. VENKATESAN1
1National University of Singapore, Singapore, 2Yale
Zhimeng YU1+, Yijie XIA1, Donghe DU1, Jianyong
OUYANG1#
1National
University of Singapore, Singapore
University, United States, 3Indian Association for the
Cultivation of Science, India, 4NUS Nanoscience &
J: Devices V
Nanotechnology Institute-NanoCore, National University
Thu - 7 Jul 16 | 16:30 - 18:00 | Room 310
Session Chair(s): Ji-Seon KIM (Imperial College London)
16:30
of Singapore, Singapore
18:00
Wei HUANG1#+, Jianpu WANG1, Zhongfu AN1,
Runfeng CHEN2, Qiang ZHAO2, Ling-Hai XIE2,
Wen-Yong LAI2, Quli FAN2, Huibin SUN1, Youtian
TAO1
Ion-Detecting Sensor Elements Based on Organic
Senor Platform
Emil LIST-KRATOCHVIL1#+
1Humboldt-Universität
16:45
J-7
Recent Advances in Organic Optoelectronics
J-1
zu Berlin, Germany
1Nanjing
Tech University, China, 2Nanjing University of
Posts and Telecommunications, China
J-2
Solution Processed Carbon Memory Devices
Juqing LIU1#+
1Nanjing
17:00
Tech University, China
Symposium J Poster Session
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
J-3
General Method of Crosslinking Organic
Semiconductor Films Using Sterically-Hindered
Sn. 1
Cyano-Substituted Oligo(p-phenylene Vinylene)
Bis(Fluorophenylazide) Crosslinkers
Single-Crystal with Balanced Hole and Electron
Venu KEERTHI1+, Han GUO2, Jun-Kai TAN2, Jin-Guo
YANG2, Rui Qi PNG2, Peter HO2, Lay-Lay CHUA2#
1Chemistry,
2National
17:15
Injection and Transport for Ambipolar
Field-Effect Transistors
National University of Singapore, Singapore,
Jian DENG1+, Yuanxiang XU1, Liqun LIU1, Cunfang
FENG1, Jia TANG1, Yan WANG1, Yuguang MA2#
University of Singapore, Singapore
1Jilin
J-4
Co-Polymers Containing Up to 6 Unsusbtituted
Thiophene Co-Monomers
Sn. 2
Semiconductors Based on NDI
Jinjun SHAO1#+, Chunyan CHI2
College London, United Kingdom
1Institute
of Advanced Materials, Nanjing Tech University,
China, 2National University of Singapore, Singapore
J-5
High Performance Organic Field-Effect
Transistors Based on Thienoacenes Using
Solution Processes
Tatsuya OYAMA1#+, Yu Soek YANG1, Hideaki
KOMIYAMA1, Takuma YASUDA1
1Kyushu
J-D2-Poster-2
Design and Synthesis of N-Type Organic
Simeng WANG1#+, Jessica SHAW1, Yang HAN1,
Zhuping FEI1, Martin HEENEY1
17:30
University, China, 2South China University of
Technology, China
Soluble Naphthalene Diimide (NDI)
1Imperial
J-D2-Poster-1
University, Japan
Sn. 3
J-D2-Poster-3
Highly Efficient Non-Doped Green Organic
Light-Emitting Diodes with Combination of High
Photoluminescence and High Exciton Utilization
Wang CHU1#+, Yuyu PAN1, Shitong ZHANG1, Liang
YAO1, Weijun LI1
1Jilin
University, China
84
84
Sn. 4
Sn. 11
J-D2-Poster-4
Super-Heptazethrene
Fluorescence Emitters Based on Benzonitrile
Jishan WU1#, Wangdong ZENG1+
1National
Derivatives and Their Application in Organic
Light-Emitting Diodes
In Seob PARK1#+, Chihaya ADACHI1, Takuma
YASUDA1
1Kyushu
Sn. 5
Sn. 12
Jin-Guo YANG1, Wei Ling SEAH1+, Han GUO1, Jun-Kai
TAN1, Mi ZHOU2, Rui-Qi (Rachael) PNG1, Peter HO1,
Lay-Lay CHUA1#
1National University of Singapore, Singapore, 2BASF,
Substituted Imidazole for OLED Applications
1Bishop
Heber College, India
Singapore
Sn. 13
J-D2-Poster-6
Neutral Dithiaacenes to Aromatic
Trapping vs. Scattering: Impact on Charge
Disulfur-Cation Heteroacenes
STOKES1#+,
Peter W.
Bronson
COCKS1, Ronald D. WHITE1
1James
PHILIPPA1,
Shaoqiang DONG1+, Jishan WU1, Chunyan CHI1#
1National
Daniel
Cook University, Australia
Sn. 14
Naoto
Chika
Mitsuru
KIKUCHI2, Kenichiro TAKAGI3, Hiroyoshi NAITO3,
Masahiro HIRAMOTO2
1Graduate University for Advanced Studies (SOKENDAI),
Singapore, Singapore, 2National University of Singapore,
Singapore
OHASHI1,2,
Sn. 15
Dipolar Quinoidal Thia-Acenes as Stable
Isoelectronic Structures of Pentacene and
Prefecture University, Japan
Nonacene
Xueliang SHI1+, Chunyan CHI2#
J-D2-Poster-8
Polymer
Shin SAKIYAMA1+, Takuya KOMURA1, Naoki
MIZUTANI1, Katsuhiko FUJITA1#
1Kyushu
1Chemistry,
2National
Sn. 16
Phthalocyanine Films
Fong-Yu KAM1+, Lay-Lay CHUA1#
1National
Organic Solar Cells Using NTCDA Single
Sn. 17
Mitsuru KIKUCHI1#+, Kenichiro TAKAGI2, Hiroyoshi
NAITO2, Masahiro HIRAMOTO1
1Institute
Functionalised Graphene – Porphyrin
Nanocomposites
Wei-Yong Desmond TEO1+, Fong-Yu KAM1, Chen
HU1, Lay-Lay CHUA1#
J-D2-Poster-10
Graphene Oxide/PEDOT: PSS Nano Composite to
1National
Improve Hole Transportation in Organic Light
Institute of Science, India
J-D2-Poster-17
High Conductivity and Non-Linear Optical
University, Japan
Raja L1, N.C. SIVAPRAKASH2, S. SINDHU1#+
1Birla Institute of Technology and Science, India, 2 Indian
University of Singapore, Singapore
Limiting Behaviour of Solution-Processable
for Molecular Science, Japan, 2Osaka Prefecture
Emitting Devices
J-D2-Poster-16
Structure-Property Investigation of
J-D2-Poster-9
Crystals
National University of Singapore, Singapore,
University of Singapore, Singapore
Novel In-Situ Characterisation Approach in
University, Japan
The Prototype of Lateral Electron-collection-type
Sn. 10
J-D2-Poster-15
Japan, 2Institute for Molecular Science, Japan, 3Osaka
P-Type and N-Type Doping for Semiconducting
Sn. 9
J-D2-Poster-14
Xuefeng LU1+, Jishan WU2#
1Department of Chemistry, National University of
Co-Deposited Films by Impedance Spectroscopy
SHINTAKU1,2#+,
University of Singapore, Singapore
Stable Fluorenyl-Based Oligoradicals
J-D2-Poster-7
Determination of Carrier Range in C60:H2Pc
Sn. 8
J-D2-Poster-13
Reversible Conversions from Pro-Aromatic
Transport in Organic Semiconductors
Sn. 7
J-D2-Poster-12
Organic Field-Effect Transistors
J-D2-Poster-5
Princy Merlin JOHNSON1#+, Sarala LOGANATHAN1,
Elanthamilan ELAYAPILLAI1
University of Singapore, Singapore
Characteristics of Ohmic Contacts in Polymer
University, Japan
Catalyst Free One Pot Green Synthesis of Tetra
Sn. 6
J-D2-Poster-11
Highly Efficient Thermally Activated Delayed
Sn. 18
University of Singapore, Singapore
J-D2-Poster-18
Effects of Self-Textured AZO Anode Layer on
Enhancement of Out-Coupling Efficiency of
OLEDs
Bum Ho CHOI1#+, Jong Ho LEE1
1Korea
Institute of Industrial Technology, South Korea
85
85
Sn. 19
J-D2-Poster-19
Dipole-modified Charge-injection Layers in
Organic Semiconductor Devices
Chao ZHAO1#+, Rui Qi PNG1, Peter HO1
1National
Sn. 20
University of Singapore, Singapore
J-D2-Poster-20
Morphology Control of Perovskite Light-Emitting
Diodes by Using Amino Acid Self-Assembled
Monolayers
Nana WANG1#+, Jianpu WANG1, Wei HUANG1
1Nanjing
Sn. 21
Tech University, China
J-D2-Poster-21
Synthesis of Stable and Soluble Acenes by
Cyclopentannulation
Arun NAIBI LAKSHMINARAYANA1+, Chunyan
CHI2#
1Chemistry,
2National
Sn. 22
National University of Singapore, Singapore,
University of Singapore, Singapore
J-D2-Poster-22
Soft-Contact Printing Process for Full Conversion
of PbI2 Into Perovskite for Highly Efficient
Perovskite Solar Cells
Ujwal Kumar THAKUR1+, Uisik KWON1, Yin
WENPING2, Dasom KIM2, Tae Kyu AHN2, Hui Joon
PARK1#
1Ajou
University, South Korea, 2Sungkyunkwan
University, South Korea
Sn. 23
J-D2-Poster-23
Hole-Injection Layer with “Tuneable”
Workfunction
Cindy TANG1, Nur Syafiqah MAZLAN1+, Mervin
ANG1, Rui Qi PNG1, Peter HO1, Lay-Lay CHUA1#
1National
Sn. 24
University of Singapore, Singapore
J-D2-Poster-24
A Effective Synthetic Strategy for Enhancing
Organic Thin-Film Transistor Performance of
Polymer Semiconductors via the Modification of
Both Conjugated Backbone and Side Chain
Zhengran YI1, Shuai WANG1#+
1Huazhong
University of Science and Technology, China
86
86
Symposium K Session Schedule
14:30
Single-Ion Materials Science
Jonathan S. CUSTER1#+
K: Focused Ion Beams
Tue - 5 Jul 16 | 11:00 - 12:30 | Room 327
1Sandia
15:00
Session Chair(s): Andrew BETTIOL (National University of
Singapore)
11:00
K-3 (Invited)
Nanoscale
Beam Processing at the Nanoscale
Daniel SPEMANN1#+, Jan MEIJER2, Jürgen W.
GERLACH1, Paul RÄCKE2, Susann LIEDTKE1,
Stephan RAUSCHENBACH 3, Bernd
RAUSCHENBACH1
Jacques GIERAK1, Andrew YU2#+
1Leibniz
1The
2University
K-1 (Invited)
French National Centre for Scientific Research
(CNRS), France, 2Raith Asia Ltd, Hong Kong SAR
K-2 (Invited)
Institute of Surface Modification, Germany,
of Leipzig, Germany, 3Max-Planck-Institute for
Solid State Research, Germany
15:30
K-4
Self Assembly of Magnetic Nanoclusters in
Deterministic Atom Placement by Ion
Diamond-Like Carbon: A Diffusion Enhanced
Implantation: Exploiting Quantum States in
Process Activated by Collision Cascades
Engineered Single Atom Devices
Andreas MARKWITZ1#+, Grant WILLIAMS2, Thomas
OSIPOWICZ3, Rene HUEBNER4, Vajandar
SAUMITRA3, Prashant GUPTA1
1National
Isotope Centre, New Zealand, 2Victoria
David N. JAMIESON1#+
1University of Melbourne, Australia
15:45
University of Wellington, New Zealand, 3National
K-5
Exploiting Limits of Deterministic Single Ion
University of Singapore, Singapore, 4Helmholtz-Zentrum
Implantation for Silicon Quantum Electronics
Dresden-Rossendorf, Germany
12:00
National Laboratories, United States
Concept of Deterministic Ion Implantation at the
Challenges and Opportunities for Focused Ion
11:30
K-2 (Invited)
Fabrication
Alexander JAKOB1#+, Brett JOHNSON1, Stephen
GREGORY1, David N. JAMIESON1
1University of Melbourne, Australia
K-3
Latest Developments in Multi-Ion Beam
Technology - Making the Transition from
Nanofabrication to Nanomanufacturing
Chris PARK1#+
1Carl
12:15
Zeiss Pte Ltd, Singapore
K: Ion Beam Modification of Materials
Tue - 5 Jul 16 | 16:30 - 18:00 | Room 327
K-4
High Brightness Ion Source for Next Generation
PBW: Development and Characterization
Xinxin XU1#+, Nannan LIU2, Rudy PANG2, Santhana
Raman PATTABIRAMAN2, Anjam KHURSHEED2,
Jeroen A. VAN KAN2
1Department
Session Chair(s): David JAMIESON (University of Melbourne)
16:30
Swift Heavy Ion Tracks – Do We Understand
Them Yet
of Physics, National University of Singapore,
Sjoerd ROORDA1#+
Singapore, 2National University of Singapore, Singapore
1Université
17:00
K: Determanistic Ion Implantation
K-1 (Invited)
de Montréal, Canada
K-2 (Invited)
Ion-Beam Synthesis and Characterisation of
Functional Metal-Oxide Layers for Non-Volatile
Tue - 5 Jul 16 | 14:00 - 16:00 | Room 327
Memory Applications
Session Chair(s): John BAGLIN (IBM Almaden Research
Center)
Robert ELLIMAN1#+, Dinesh VENKATACHALAM1,
Sanjoy NANDI1, Simon RUFFELL2, Jonathan
ENGLAND3, Pedro GRANDE4, Maarten VOS1
14:00
K-1 (Invited)
Silicon-Based Quantum Devices Fabricated Using
Ion Implantation in the One or Few Atom Regime
Jeffrey MCCALLUM1#+, Michael STUIBER1, Brett
JOHNSON1, Alexander JAKOB1, David N.
JAMIESON1
1University
1Australian
National University, Australia, 2Applied
Materials, United States, 3Applied Materials, United
Kingdom, 4Universidade Federal do Rio Grande do Sul,
Brazil
of Melbourne, Australia
87
87
17:30
12:00
K-3
Tailoring Mechanical Properties of Suspended
Porous Layer in Germanium During Ion
Graphene by 500 KeV He Ion Irradiation
Implantation
Meenakshi ANNAMALAI1+, Sinu MATHEW1, Taw
Kuei CHAN1, Da ZHAN2, Mark BREESE1, Zexiang
SHEN2, T. VENKATESAN1#
Tuan T. TRAN1, Huda ALKHALDI1, Jim WILLIAMS1#+
1Australian
17:45
National University, Australia
1National
K-4
Effect of 120 MeV Au Ions on Sensitivity
12:15
to Low Energy Ion Irradiation with Sample
Mahesh KUMAR1#+
Rotation
Institute of Technology Jodhpur, India
Tanmoy BASU1,2+, Daniel A. PEARSON3, R. M.
BRADLEY3, Tapobrata SOM4#
K-5
1Centre
Synthesis, Characterization and Radiation
for Ion Beam Applications, Department of Physics,
National University of Singapore, Centre for Advenced 2D
Response of HfO2 Based High-k Dielectric
materials, National University of Singapore, Singapore,
Materials
2National
N. MANIKANTHABABU1+, Vajandar SAUMITRA2,
Anand PATHAK3, Yang PING2, Thomas OSIPOWICZ2,
Mark BREESE2, S.V.S. NAGESWARA RAO3#
1School
K-5
Temporal Evolution of a Silicon Surface Subject
Hydrogen Sensor
1Indian
University of Singapore, Singapore, 2Nanyang
Technological University, Singapore
Response of Nano-Crystalline ZnO Based
18:00
K-4
The Influence of Capping on the Formation of a
University of Singapore, Singapore, 3Colorado
State University, United States, 4 Institute of Physics,
Bhubaneswar, India
of Physics, University of Hyderabad, India,
2National
University of Singapore, Singapore, 3University
of Hyderabad, India
K: Ion Beam Nanofabrication and Lithography
Thu - 7 Jul 16 | 16:30 - 18:00 | Room 327
K: Low Energy Ion Beams
Wed - 6 Jul 16 | 10:30 - 12:30 | Room 327
Session Chair(s): Jonathan CUSTER (Sandia National
Laboratories)
10:30
Session Chair(s): Jeroen VAN KAN (National University of
Singapore)
16:30
Ion Beam Patterning and Nano-Fabrication: A
Review
John BAGLIN1#+
K-1 (Invited)
1IBM
Cold-Atom Focused Lithium Ion Beam: A New
Tool for Photonics and Battery Research
Jabez MCCLELLAND1#+
1National
11:00
17:00
Almaden Research Center, United States
K-2 (Invited)
Fabrications of Fluorinated Polymer-Based
Institute of Standards and Technology (NIST),
United States
Microstructures by Proton Beam Writing and its
K-2 (Invited)
Hiroyuki NISHIKAWA1#+
Gas Cluster Ion Beam Irradiation for
1Dept.
Applications
Noriaki TOYODA1#+
1University
of Hyogo, Japan
of Electrical Engineering, Shibaura Institute of
Technology, Japan
Nano-Carbon Growth and Surface Modification
11:30
K-1 (Invited)
17:30
K-3 (Invited)
Modelling and Experimental Studies of Proton
K-3 (Invited)
Beam Writing in p-GaAs
Material Modification During Focused Ion Beam
Alrik STEGMAIER1#+, Hans HOFSÄSS2, Ulrich
VETTER2
Milling
Alexander KORSUNSKY1,2#+, Tan SUI3, Enrico
SALVATI3
1MBLEM laboratory, University of Oxford, United
Kingdom, 2National University of Singapore, Singapore,
3University
of Oxford, United Kingdom
18:00
1Georg-August
Universitaet Goettingen, Germany,
2Georg-August
Universität Göttingen, Germany
K-4
Improvement in Next Generation Proton Beam
Writing Aiming for Sub-10 nm Fabrication
Sarfraz QURESHI1#+, Santhana Raman
PATTABIRAMAN1, Jeroen A. VAN KAN1
1National
University of Singapore, Singapore
88
88
K: Ion Beams for the Irradiation of Diamond
12:45
K-6
Fri - 8 Jul 16 | 11:00 - 13:00 | Room 310
Experimental Evidence of 20 Pico-Meter Focusing
Session Chair(s): Andreas MARWITZ (GNS Science, National
Isotope Centre)
Mallikarjuna RAO MOTAPOTHULA 1#+, Srdjan
PETROVIĆ2, Nebojša NEŠKOVIĆ2, T.
VENKATESAN1, Mark BREESE1
11:00
Effect for Axially Channelled MeV Ions
K-1 (Invited)
1National
Irradiation Defects in Diamond - Studies of
Institute of Nuclear Sciences, Singapore
University of Singapore, Singapore, 2Vinča
Single Crystal Diamond Membranes Using Ion
Microbeam
Milko JAKSIC1#+, Veljko GRILJ1, Wataru KADA2,
Tomihiro KAMIYA3, Takeshi OHSHIMA3, Michal
POMORSKI4, Natko SKUKAN1, Ivan SUDIĆ1
1Ruđer
Boskovic Institute, Zagreb, Croatia (local name:
Hrvatska), 2Gunma University, Japan, 3Japan Atomic
Energy Agency, Japan, 4French Alternative Energies and
K: Applications of Ion Beams
Fri - 8 Jul 16 | 14:30 - 16:30 | Room 310
Session Chair(s): Milko JAKSIC (Ruđer Boskovic Institute)
14:30
Ion Implantation for Modification of
Atomic Energy Commission (CEA) - LIST, France
11:30
Biomaterials
K-2 (Invited)
Weihong JIN1+, Paul CHU1#
1City University Hong Kong, Hong Kong SAR
MeV-Ion-Beam Lithography in Diamond for
Applications in Bio-Sensing and Photonics
Paolo OLIVERO1#+
1Physics
12:00
15:00
for Probing Materials and Warm Dense Matter
K-3
Studies
Qing JI1#+, Peter SEIDL1, Arun PERSAUD1, William
WALDRON1, Thomas SCHENKEL1, John BARNARD2,
Alex FRIEDMAN2, David GROTE2, Erik GILSON3,
Igor KAGANOVICH3
in Ion Implanted Single Crystal CVD Diamond
Sudheer Kumar VANGA1, Huining JIN1#+, Shuvan
Prashant TURAGA2, Keane HI3, Yu Xuan LIM3,
Andrew A. BETTIOL2
1National
University of Singapore, Singapore, 2Physics,
National University of Singapore, Singapore, 3Ngee Ann
Polytechnic, Singapore
15:30
1Lawrence
Berkeley National Laboratory, United States,
2Lawrence
Livermore National Laboratory, United States,
3Princeton
Plasma Physics Laboratory, United States
K-3 (Invited)
K-4
Ion Irradiation of Nanomaterials for New
Optical Characterization Studies of Low-Z Ion
Waveguide Laser Sources Operated in Pulsed
Implanted Nano-Diamonds
Regimes
Shuvan Prashant TURAGA1#+, Huining JIN2,
Zhaohong MI2, Sudheer Kumar VANGA2, Andrew A.
BETTIOL1
Yang TAN1, Shengqiang ZHOU2, Feng CHEN3#+
1Physics,
1Shandong
Physics, Shandong University, China
University of Singapore, Singapore
16:00
K-5
Channel Ratchet Design
and Bulk Silicon
Fan LIU1#+, Li JIANG1, Huei Ming TAN1, Ashutosh
YADAV1, Johan R. C. Van Der MAAREL1, Christian
NIJHUIS1, Jeroen A. VAN KAN1
Haidong LIANG1#+, Sudheer Kumar VANGA1,
Jianfeng WU1, Chengyuan YANG2, Andrew A.
BETTIOL3, Mark BREESE1, Jeroen A. VAN KAN1
3Physics,
1National
University of Singapore, Singapore, 2Agency for
Science, Technology and Research (A*STAR), Singapore,
National University of Singapore, Singapore
K-4
Separation of Magnetic Particles with a Single
Fabrications of 3D Photonic Components on SOI
1National
University, China, 2Institute of Ion Beam
Physics and Materials Research, Germany, 3School of
National University of Singapore, Singapore,
2National
12:30
K-2 (Invited)
Intense Nanosecond Pulses of 1.2 Mev He+ Ions
Department, Università di Torino, Italy
The Optimization of Optical Guiding Properties
12:15
K-1 (Invited)
16:15
University of Singapore, Singapore
K-5
Ion-Beam-Induced Fluorescence in Upconversion
Nanocrystals for High-Resolution Bioimaging
Zhaohong MI1#+, Ce-Belle CHEN1, Yuhai ZHANG1,
Hong Qi TAN1, Ye TAO1, Frank WATT 1, Andrew A.
BETTIOL2
1National
University of Singapore, Singapore, 2Physics,
National University of Singapore, Singapore
89
89
Symposium K Poster Session
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Sn. 1
K-D2-Poster-1
The Effect of MeV Proton Irradiation on the
Photoluminescence of Solution Processed
Organic- Inorganic Hybrid Perovskite Wires
Sinu MATHEW1#+, Taw Kuei CHAN1, Ashok Kumar
MEIYAZHAGAN2, Soumya SARKAR3, Surajit SAHA1,
Raghavendran NAGARAJAN1, Antony GEORGE1,2,
Sidong LEI2, Jun DING1, Ping YANG1, Mark BREESE1,
Pulickel AJAYAN2, T. VENKATESAN1
1National
University of Singapore, Singapore, 2Rice
University, United States, 3NUS Graduate School for
Integrative Sciences and Engineering, National University
of Singapore, Singapore
Sn. 2
K-D2-Poster-2
Silicide Formation During Depth Profiling of
Noble Metal Films on Silicon: XPS Study
Dimitre KARPUZOV1#+
1University
Sn. 3
of Alberta, Canada
K-D2-Poster-3
Ion Source Test Bench – A Platform for Ion
Source Improvements and a Low Energy Ion
Implanter
Santhana Raman PATTABIRAMAN1#+, Xinxin XU2,
Rudy PANG1, Nannan LIU1, Jeroen A. VAN KAN1
1National
University of Singapore, Singapore, 2Department
of Physics, National University of Singapore, Singapore
Sn. 4
K-D2-Poster-4
Effect of Gamma-Rays on Optical and Electrical
Properties of BiI3 Thin Films
Alka GARG1#+, Monika TOMAR1, Vinay GUPTA1
1University
of Delhi, India
90
90
Symposium L Session Schedule
L: Wearable and Flexible Electronics
Tue - 5 Jul 16 | 16:30 - 18:00 | Room 303
Session Chair(s): Bo LIEDBERG (Nanyang Technological
University)
16:30
L: Biomedical Monitoring
Wed - 6 Jul 16 | 14:00 - 16:00 | Room 327
Session Chair(s): Xiaodong CHEN (Nanyang Technological
University)
14:00
Molecularly Stretchable Electronics for Energy
and Healthcare
L-1 (Invited)
Darren LIPOMI1#+
New Generation of Graphene from
1University
Electrochemical Approaches: Prospects for
Flexible Electronics and Energy Technologies
14:30
Xinliang FENG1#+
1Dresden
17:00
Zheng LOU1, Shuai CHEN1, Guozhen SHEN2#+
1State
Self-Healing Polymer Materials: Mimic and
Chinese Academy of Sciences, China
Chao WANG1#+
15:00
Chee Keong Benjamin TEE1#, Alex CHORTOS2, Andre
BERNDT2, Amanda KIM2, Ariane TOM2, Karl
DEISSEROTH2, Zhenan BAO2+
Hybrid Stretchable Copper Mesh and Polymer
Substrate for Printed Wearable Devices
1Agency
Chen-Nan SUN1, Budiman SALAM2#+, Joseph CHEN1,
Xuechuan SHAN1, Jun WEI1
for Science, Technology and Research (A*STAR),
Singapore, 2Singapore Institute o Manufacturing
15:30
L-4 (Invited)
Flexible Sensing Electronics for Wearable Health
Monitoring Systems
L-4
Ting ZHANG1#+, Tie LI1, Yang GU1, Wenxiu YU1
Mechanics of Stretchable Interconnects for
1Suzhou
Stretchable Electronics Device
Roberto CONTRO1#+, Riccardo LUCCHINI2, Pasquale
VENA2, Emanuele CATTARINUZZI3
1Chemistry,
Institute of Nano-Tech and Nano-Bionics Chinese
Academy of Sciences, China
16:00
Materials and Chemical Engineering Giulio
L-5
A Fully-Printed Smart RFID Label on Flexible
Natta, POLITECNICO DI MILANO, Italy, 2Polytechnic
Substrate for Food Packaging
University of Milan, Italy, 3Chemistry, Materials and
Zhang XI1, Budiman SALAM2#+, Xuechuan SHAN1
Chemical Engineering, Polytechnic University of Milan,
1Agency
Italy
18:00
for Science, Technology and Research (A*STAR),
Singapore, 2Stanford University, United States
Technology, Singapore
17:45
L-3 (Invited)
Skin Inspired Organic Digital Mechanoreceptor
L-3
1Agency
Key Laboratory for Superlattices and
Microstructures, China, 2 Institute of Semiconductors,
Beyond
17:30
L-2 (Invited)
Electronic Skins and Health Monitoring
L-2 (Invited)
of California, Riverside, United States
of California, San Diego, United States
Design of Ultra-Sensitive Pressure Sensors for
University of Technology, Germany
1University
L-1 (Invited)
for Science, Technology and Research (A*STAR),
Singapore, 2Singapore Institute o Manufacturing
Technology, Singapore
L-5
Computational Mechanics Aided Design in
Flexible and Wearable Electronics
Zhuangjian LIU1#+
1Institute
of High Performance Computing, Agency for
Science, Technology and Research (A*STAR), Singapore
L: Materials and Processing
Wed - 6 Jul 16 | 16:30 - 18:00 | Room 327
Session Chair(s): Jun WEI (Agency for Science, Technology and
Research (A*STAR))
16:30
L-1 (Invited)
Conductive Inks for 2D and 3D Printed Devices
Shlomo MAGDASSI1#+
1The
Hebrew University of Jerusalem, Israel
91
91
17:00
12:00
L-2 (Invited)
Interface Chemistry-Guided Design of Electrodes
Electronics
for High-Performance Energy Storage
Jie ZHANG1#+
Jian JIN1#+
1Agency
1Suzhou
for Science, Technology and Research (A*STAR),
Singapore
17:30
L-3
the Gravure Printing of Flexible Electronics
Xu SONG1#+, Vasudivan SUNAPPAN1, Xuechuan
SHAN1
1Agency
for Science, Technology and Research (A*STAR),
Singapore
L: Energy Storge and Generation
Thu - 7 Jul 16 | 14:00 - 16:00 | Room 327
Session Chair(s): Huisheng PENG (Fudan University)
14:00
L-1 (Invited)
L-4
Two-Dimensional Materials for Flexible Energy
Roll-to-Roll Coating of Silver Nanowires
Storage Devices
Transparent Conductive Films for Flexible
Guihua YU1#+
1University
Printed Devices
HUANG1#+,
Hui
Weixiong
WU2, Yuchan LIU2
1Singapore
LIM2,
Chin Yi
TEO2,
Linda
14:30
A*STAR, Singapore,
2Agency
of Texas at Austin, United States
L-2 (Invited)
Ternary Organic Solar Cells and Flexible Energy
Institute of Manufacturing Technology,
Storage Devices
for Science, Technology and
Zhixiang WEI1#+
Research (A*STAR), Singapore
18:00
Institute of Nano-tech and Nano-bionics, Chinese
Academy of Sciences, China
CFD Simulation of Ink Transfer and Wetting in
17:45
L-4 (Invited)
Printed and Flexible Electronics for Wearable
1National
L-5
Center for Nanoscience and Technology of China,
China
Wearable Organic Solar Cells with High Cyclic
Bending Stability: Materials Selection Criteria
O'CONNOR1+,
15:00
L-3 (Invited)
Electrode Materials and Flexible Device
SAVAGATRUP2,
Timothy
Suchol
Aliaksandr ZARETSKI2, Adam PRINTZ2, Darren
LIPOMI2#
1NanoEngineering, University of California, San Diego,
Fabrication of High Performance Supercapacitors
Kai WANG1, Xiong ZHANG1, Yanwei MA1#+
1Chinese
Academy of Sciences, China
United States, 2University of California, San Diego, United
15:30
States
L-4 (Invited)
Flexible Responsive Graphene Devices
Yang ZHAO1, Zhipan ZHANG2, Liangti QU1#+
1Beijing Institute of Technology, China, 2School of
L: Energy Storage and Generation
Chemistry, Beijing Institute of Technology, China
Thu - 7 Jul 16 | 10:30 - 12:30 | Room 327
Session Chair(s): Darren LIPOMI (University of California)
10:30
L-1 (Invited)
Nanowire Devices for Electrochemical Energy
Storage
Liqiang MAI1#+
1Wuhan
11:00
University of Technology, China
Fri - 8 Jul 16 | 11:00 - 13:00 | Room 327
Session Chair(s): Kyung Cheol CHOI (Korea Advanced
Institute of Science and Technology (KAIST))
11:00
L-1 (Invited)
L-2 (Invited)
Nonlinear and Ultrafast Photonics Based on
Fiber-Shaped Energy Harvesting and Storage
Two-Dimensional Layered Materials
Devices
Han ZHANG1#+
Huisheng
1Fudan
11:30
L: Wearable Electronics
1Shenzhen
PENG1#+
University, China
11:30
University, China
L-2 (Invited)
L-3 (Invited)
Unconventional Graphene-Like Carbon Materials
Flexible Photodetection and Photovoltaic Devices
and Their Applications
with Nanomaterials and Structures
Tianquan LIN1, Hui BI1, Fuqiang HUANG2#+
Zhiyong
1Hong
FAN1#+
Kong University of Science and Technology, Hong
1Shanghai
Institute of Ceramics, Chinese Academy of
Sciences, China, 2Peiking University, China
Kong SAR
92
92
12:00
L-3 (Invited)
15:45
L-6
Skin-Inspired Electronic Skins for Wearable
Extremely Stretchable Human-Motion Detector
Electronics
Based on Conductive Self-Healing Hydrogels
Hyunhyub KO1#+
Guofa CAI1+, Pooi See LEE1#
1Energy
1Nanyang
and Chemical Engineering, Ulsan National
Technological University, Singapore
Institute of Science and Technology, South Korea
12:30
L-4 (Invited)
Realization of Textile-Based Display Devices for
Wearable Electronics
Kyung Cheol CHOI1#+, Seungyeop CHOI1, Hyuncheol
KIM1, Seonil KWON1
1Korea
Symposium L Poster Session
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Sn. 1
Advanced Institute of Science and Technology
L-D2-Poster-1
Alternating-Current Driven
(KAIST), South Korea
Electro-Mechanoluminescent Devices Based on
Single Walled Elastomeric Zinc Sulphide
Composite
Soon Moon JEONG1#+, Seongkyu SONG1, Hyunmin
KIM1
L: Functional Materials and Devices
Fri - 8 Jul 16 | 14:30 - 16:30 | Room 327
Session Chair(s): Geng CHEN (Nanyang Technological
University)
14:30
1Daegu
Sn. 2
Electronic Devices
Xinning HO1#+, Jun WEI1, Hongyi YANG1
Shweta AGARWALA1#+, Wai Yee YEONG2
1Singapore
1Agency
Centre for 3D Printing, Singapore, 2Nanyang
Sn. 3
L-2
Devices via a Thermal Reversible Sol-Gel
Stretchable Strain Sensors
Transition
Zhiyuan LIU1+, Dianpeng QI1, Peizhi GUO1, Xiaodong
CHEN1#
Hui YANG1+, Dianpeng QI1, Zhiyuan LIU1, Xiaodong
CHEN1#
Technological University, Singapore
L-3
Extremely Stretchable Electroluminescent
1Nanyang
Sn. 4
Jung Hyun KIM1+, Won Suk CHANG1, Daeho KIM1,
Seung Kwon SEOL1#
Technological University, Singapore
1Korea
L-4
Protein-Based Devices
Sn. 5
1Nanyang
L-D2-Poster-5
Asymmetrical Etching of Silver Nanowires
Geng CHEN1+, Bowen ZHU1, Xiaodong CHEN1#
Rachel Lee Siew TAN1,2+, Jun WEI1#, Ming LIN1, Chen
HONGYU2
Technological University, Singapore
1Agency
L-5
Magnetostrictive Materials
Yiwei LIU1+, Yuanzhao WU1, Qingfeng ZHAN1,
Run-Wei LI1#
Institute of Materials Technology and Engineering,
Chinese Academy of Sciences, China
for Science, Technology and Research (A*STAR),
Singapore, 2Nanyang Technological University, Singapore
Flexible Strain Sensors Based on the
1Ningbo
Electrotechnology Research Institute (KERI), South
Korea
Configurable Resistive Switching for
15:30
L-D2-Poster-4
Nanowires
Jiangxin WANG1+, Guofa CAI1, Mengqi CUI1, Alice
Lee Sie EH1, Pooi See LEE1#
15:15
Technological University, Singapore
3D Printing of Reduced Graphene Oxide
Devices with Ionic Conductors
1Nanyang
L-D2-Poster-3
Self-Protection of Electrochemical Storage
Thickness Gradient Films for High-Gauge-Factor
1Nanyang
for Science, Technology and Research (A*STAR),
Singapore
Technological University, Singapore
15:00
L-D2-Poster-2
Inkjet Printing of Conformable Elementary
L-1
Bio-Integrated Electronics via 3D Printing
14:45
Gyeongbuk Institute of Science and Technology,
South Korea
Sn. 6
L-D2-Poster-6
Fabrication of Pvdf Wire by
Electro-hydrodynamic for Wearable Device
Jun-Hyuk KWAK1+, Hanmi KANG1, Kyungjun
SONG1, Shin HUR1#
1Korea Institute of Machinery & Materials (KIMM), South
Korea
93
93
Sn. 7
L-D2-Poster-7
Sn. 14
L-D2-Poster-14
Transparent and In-line Printable Barrier Film for
Monolithically Integrated Stretchable Circuits
Flexible Electronic Device
with Liquid Metal Interconnects
Xiaoying QI1#+, Jun WEI1, Chu Long THAM1, Rachel
Lee Siew TAN1,2, Wai Tat KERK1, Jingying Charlotte
LIM1, Eugene KOK1, Florencia Edith WIRIA1, Foo
Khuen Steve LAI1, Xuechuan SHAN1
1Agency for Science, Technology and Research (A*STAR),
Chan Woo PARK1#+, Yu Gyeong MOON1, Soon Won
JUNG1, Ji-Young OH1, Bock Soon NA1, Nae-Man
PARK1, Sang Seok LEE1, Jae Bon KOO1
1Electronics
and Telecommunications Research Institute,
South Korea
Singapore, 2Nanyang Technological University, Singapore
Sn. 15
Sn. 8
L-D2-Poster-8
Stretchable Gas-Permeation Barriers by Atomic
and Molecular Layer Deposition
Ming-Hung TSENG1, Feng-Yu TSAI1#+
1National Taiwan University, Taiwan
Sn. 9
L-D2-Poster-15
Increased Elongation Break in Mechanical
Gradient Photo-Patternable Stretchable Substrate
Srinivas GANDLA1#+
1Indian
Institute of Technology Bombay, India
L-D2-Poster-9
Hybrid Transparent Electrode for Printed
Electroluminescence Lighting
Wai Tat KERK1#+, Boon Keng LOK1, Foo Khuen Steve
LAI1
1Agency
for Science, Technology and Research (A*STAR),
Singapore
Sn. 10
L-D2-Poster-10
Paper Based Electronic Device Patterned by
Photolithography
Jong Mok SHIN1#+, Yong-In CHO1, InYeob NA1,
Ho-Kyun JANG2, Jun Hee CHOI1, Gyu Tae KIM1
1Korea
University, South Korea, 2Nano Device Lab, Korea
University, South Korea
Sn. 11
L-D2-Poster-11
Thermforming of Roll-To-Roll Printed Functional
Films
Joseph CHEN1#+, Xuechuan SHAN1, Boon Keng LOK1,
Budiman SALAM2, Foo Khuen Steve LAI1, Hock Lai
John PANG3
1Agency
for Science, Technology and Research (A*STAR),
Singapore, 2Singapore Institute o Manufacturing
Technology, Singapore, 3Nanyang Technology University,
Singapore
Sn. 12
L-D2-Poster-12
Highly Stretchable Micro-Supercapacitors Based
on Out-Of Plane Wavy Graphene Micro-Ribbons
Dianpeng QI1+, Zhiyuan LIU1, Bowen ZHU1, Xiaodong
CHEN1#
1Nanyang
Sn. 13
Technological University, Singapore
L-D2-Poster-13
Wearable Electrochemical Biosensors with Porous
Pyramid Array for Monitoring Sweat Metabolites
Pingqiang CAI1+, Dianpeng QI1, Bowen ZHU1, Shlomo
MAGDASSI2, Xiaodong CHEN1#
1Nanyang Technological University, Singapore, 2The
Hebrew University of Jerusalem, Israel
94
94
Symposium M Session Schedule
14:30
Ag2S Quantum Dot: A New Near-Infrared
Fluorescence Nanoprobe for in Vivo Bioimaging
M: Optical Sensing and Imaging
Qiangbin WANG1#+
Tue - 5 Jul 16 | 11:00 - 12:30 | Room 326
Session Chair(s): Qing-Hua XU (National University of
Singapore)
11:00
1Suzhou
15:00
CaF2 Single Crystal
Miho TANAKA1#+, Shingo ONO1, Jun TAKAYANAGI2,
Shunsuke KUROSAWA3, Akira YOSHIKAWA3
Colorimetric and Fluorescent Sensors in
Environmental Monitoring and Biomedical
1Nagoya
Imaging
15:15
M-4
Vanadate Host Matrices for Upconversion
Luminescence
M-2 (Invited)
Cellulose-Based Solid Fluorescent Materials
Tamilmani VAIRAPPERUMAL1+, Kalarical
Janardhanan SREERAM1#
Containing ACQ Luminogens
1CSIR-Central
Weiguo TIAN1, Jinming ZHANG1, Jun ZHANG1#+
1Institute of Chemistry, Chinese Academy of Sciences,
15:30
China
Leather Research Institute, India
M-5
Density Functional Theoretical Study of Optical
Properties of Antimonene Monolayers
M-3 (Invited)
Sanjeev Kumar GUPTA1#+, Doebrat SINGH2,
Yogeshkumar SONVANE2, Igor LUKAČEVIĆ3
1St. Xavier's College, India, 2Sardar Vallabhbhai National
Cell Imaging and Light Emitting Applications of
Conjugated Polymer Nanoparticles
Institute of Technology, India, 3Strossmayer University of
Liang YAN1, Patrick TAPPING1, Alexandra STUART 1,
Tak W. KEE1#+
1University
12:15
Institute of Technology, Japan, 2Aisin Seiki
Co.,Ltd., Japan, 3Tohoku University, Japan
United States
11:45
M-3
Optical and Scintillation Properties of Eu Doped
Developing DNA-Encoded Nanomaterials as
11:30
Institute of Nano-Tech and Nano-Bionics Chinese
Academy of Sciences, China
M-1 (Keynote)
Yi LU1#+
1Chemistry, University of Illinois at Urbana-Champaign,
M-2 (Invited)
of Adelaide, Australia
Osijek Trg Ljudevita Gaja 6, Croatia (local name: Hrvatska)
15:45
M-4
M-6
Optical Fiber Based Sensors for Low Acoustic
Gas Sensing Properties of a Clad Modified Fiber
Frequency and Magnetic Field Detections
Optic Sensor with Ni Doped Nanocrystalline
WO3
Dnyandeo PAWAR1+, B.V. Bhaskara RAO2, Sangeeta
KALE1#
Violet DHAYABARAN1#+, Subramanian M1,
Shanmugavadivel M1
1Defence
Deemed University (DU), India, 2Applied Physics, Defence
1Bishop
Institute of Advanced Technology (DIAT), Deemed
Heber College, India
Institute of Advanced Technology (DIAT),
University (DU), India
M: Photoluminescence and
Electroluminescence
M: Nonlinear Optical Materials
Tue - 5 Jul 16 | 14:00 - 16:00 | Room 326
Tue - 5 Jul 16 | 16:30 - 18:00 | Room 326
Session Chair(s): Qiangbin WANG (Suzhou Institute of
Nano-Tech and Nano-Bionics Chinese Academy of Sciences),
Chihaya ADACHI (Kyushu University)
Session Chair(s): Zhen LI (Wuhan University), Dayan BAN
(University of Waterloo)
14:00
16:30
Indirect Pumping Scheme-Based Terahertz
M-1 (Keynote)
Quantum Cascade Lasers
Prospect for Future Organic Lasers Based on
Dayan BAN1#+
Exciton Management
Chihaya ADACHI1#+, Hajime NAKANOTANI1,
Munetomo INOUE1, Kou YOSHIDA1, Jean Charles
RIBIERRE1, Taro FURUKAWA1
1Kyushu
University, Japan
M-1 (Invited)
1University
17:00
of Waterloo, Canada
M-2 (Invited)
Some New Design Strategies for Second-Order
Nonlinear Optical Polymers and Dendrimers
Zhen LI1#+
1Wuhan
University, China
95
95
17:30
12:15
M-3
Variation of the Refractive Index by Means of
Supercontinuum High-Harmonic Generation
Sulfate Anion Incorporation Into Nanoporous
from a Single Nonlinear Crystal
Anodic Aluminum Oxide Films
Zhiyuan LI1#+, Baoqin CHEN2
University of Technology, China
Ignacio MINGUEZ BACHO1,2+, Sonia RODRÍGUEZ
LÓPEZ3, Aurelio CLIMENT FONT 4, Denis FICHOU5#,
Manuel VÁZQUEZ3, Manuel HERNÁNDEZ-VÉLEZ4
M-4
Spanish National Research Council, Spain, 3Consejo
Ce3+ Ion Mapping in LiCaAlF6 Single Crystal by
Superior de Investigaciones Científicas, Spain, 4Universidad
1Chinese
17:45
Academy of Sciences, China, 2South China
1Nanyang
Miho TANAKA1#+, Kohei TOYAMA1, Shingo ONO1,
Jun TAKAYANAGI2, Kentaro FUKUDA3, Yoshiki
MAKINO4, Takafumi HIRATA4
1Nagoya
Institute of Technology, Japan,
2Aisin
Technological University, Singapore, 2The
Autónoma de Madrid, Spain, 5Pierre-and-Marie-Curie
Multi-Photon Luminescence and LA-ICPMS
18:00
M-5
High-Efficiency Ultra-Broadband
University, France
12:30
M-6
Metal Nanoparticles Decorated Vertically Aligned
Seiki
Co.,Ltd., Japan, 3Tokuyama Corporation, Japan, 4Kyoto
Silicon Nanowire Arrays for SERS Applications
University, Japan
Vendamani V. S.1+, S.V.S. NAGESWARA RAO1, Anand
PATHAK1#
M-5
1University
of Hyderabad, India
Nanosecond and Ultrafast Optical Power
Limiting of Cdo Nanosphere, Nanoflake and
Nanoparallelepiped
Abraham K. E.1#+
1Mahatma
Gandhi University, India
M: Nanophotonics
Wed - 6 Jul 16 | 14:00 - 16:00 | Room 326
Session Chair(s): Yin Thai CHAN (National University of
Singapore), Tak W. KEE (University of Adelaide)
M: Plasmonic Nanoparticles
Wed - 6 Jul 16 | 10:30 - 12:30 | Room 326
14:00
M-1 (Invited)
Heterostructured Colloidal Semiconductor
Session Chair(s): Norihiko HAYAZAWA (RIKEN), Jianfang
WANG (The Chinese University of Hong Kong)
Nanocrystals as Multi-Wavelength Emitters
10:30
M-1 (Keynote)
Materials Research and Engineering, Agency for Science,
Colloidal Plasmonic Metal Nanocrystals
Technology and Research (A*STAR), Singapore
Jianfang WANG1#+
1Physics,
The Chinese University of Hong Kong, Hong
Yin Thai CHAN1,2#+
1National
14:30
Wells in Self-Assembled ZnMgO Nanocolumns
M-2 (Invited)
Grown on Different Substrates by MBE
Extreme Spatiotemporal Control by Tip-Enhanced
Technique
Nanoscopy in Ambient
11:30
Norihiko HAYAZAWA1#+
Mieczyslaw A. PIETRZYK1#+, Marcin STACHOWICZ1,
Aleksandra WIERZBICKA1, Adrian KOZANECKI1
1RIKEN,
1Institute
Japan
M-3 (Invited)
14:45
of Physics, Polish Academy of Sciences, Poland
M-3
Nanogap Engineering for Single Molecule Raman
Defect Engineering for Tuning Electronic and
Detection
Optical Properties of CuInS2
Yung Doug SUH1,2#+
Pei YANG1,2#+, Wei GUO1, Li-Jie SHI1, Gui-Bin LIU1,
Jian-Min ZHANG3, Shengyuan YANG2, Yugui YAO1
1Korea
Research Institute of Chemical Technology, South
1Beijing
Korea, 2Sungkyunkwan University, South Korea
12:00
M-2
Optical Investigations of ZnO/ZnMgO Quantum
Kong SAR
11:00
University of Singapore, Singapore, 2Institute of
Institute of Technology, China, 2Singapore
University of Technology and Design, Singapore, 3Fujian
M-4
Normal University, China
Efficient Near-Infrared Absorption in Si
Hyperdoped with Au by Pulsed Laser Melting
15:00
M-4
Beyond Cellular Breakdown
Blue-to-White Tunable Emissions of
Wengie YANG1, Lachlan SMILLIE1, Austin AKEY2,
Michael AZIZ2, Jim WILLIAMS1#+
Tm3+/Dy3+-Codoped NaCabO3 Luminescent
Materials for Their Versatile Applications
1Australian
Peng DU1+, Jae Su YU1#
National University, Australia, 2Harvard
University, United States
1Kyung
Hee University, South Korea
96
96
15:15
15:30
18:00
M-5
M-5
Electron and Laser Beam Modification of Carbide
Polymer Assisted Solution Process of Transparent
Enriched ZnO Nanowires for Interesting Optical
Conducting Oxide for Organic Solar Cells and
Properties
Resistive Random Access Memory Devices
Kim Yong LIM1+, Chorng Haur SOW1#, Eng Soon
TOK1, Kai Ming HEW1
Sujaya Kumar VISHWANATH 1+, Jihoon KIM2#
1National
National University, South Korea, 2Kongju National
1Division
University of Singapore, Singapore
of Advanced Materials Engineering, Kongju
University, South Korea
M-6
Optical Characterization of Trivalent Europium
Doped M2SiO4 (M=Sr, Ca, Mg) Nanophosphors
for Optoelectronic Applications
Devender SINGH1#+, Vijeta TANWAR1
1Maharshi
15:45
Dayanand University Rohtak, India
M-7
Highly Enhanced Luminescence in YAG: Ce3+
Through Exploitation of Cation
Non-Stoichiometry
M: Polymer/Organic Electronics
Thu - 7 Jul 16 | 10:30 - 12:30 | Room 326
Session Chair(s): Chih-Wei CHU (Academia Sinica), Jie
ZHANG (Agency for Science, Technology and Research
(A*STAR))
10:30
Interface Materials and Engineering for BHJ Solar Cells
Min Ji LEE1+, Usama Bin HUMAYOUN1, Young Hyun
SONG1, Dae Ho YOON1#
1SungkyunKwan
M-1 (Invited)
Ai Lin Christina PANG1, Aung Ko Ko KYAW1, Vijila
CHELLAPPAN2, Siew-Lay LIM1, Changyun JIANG1, Wei Peng
GOH1, Jie ZHANG1#+
University, South Korea
1Agency
for Science, Technology and Research (A*STAR), Singapore,
2Institute
M: Polymer/Organic Solar Cells
Wed - 6 Jul 16 | 16:30 - 18:00 | Room 326
11:00
Cells by Conjugating Triplet Metal Complexes
Youtian TAO1#+, Shifan WANG1, Wei HUANG1, Jie YANG1
1Nanjing
M-1 (Keynote)
Two-dimension-Conjugated Polymers as Donor
Materials in Polymer Solar Cells with
11:15
Pengcheng LI1+, Donghe DU2, Kuan SUN3, Jianyong OUYANG2#
Academy of Sciences, China
1Department
Singapore, Singapore, 3School of Power Engineering, Chongqing
High Conductivity Hybrid Electrode for All
University, China
Solution-Processed Optoelectronic Devices
Minhsuan LEE1+, Furong ZHU1#
17:15
Kong Baptist University, Hong Kong SAR
11:30
Cells Processed from Halogen-Free Solvents
Chih-Wei CHU1#+
Improvement of Charge Collection in Inverted
1Academia
Organic Solar Cells by Suppression of ZnO
Sub-Gap States
Furong ZHU1#+
17:45
Kong Baptist University, Hong Kong SAR
12:00
Sinica, Taiwan
M-5
Photoinduced Switching to Metallic States in a 2D
Organic Mott Insulator
Dimethylphenazine-tetrafluorotetracyanoquinodimethane
M-4
High Performance Photoconductive Polymer
Detectors by Evaporated Silver Nanoparticles
Promoted PTB7:PC61BM Composite
Tao HAN1+, Linlin LIU1, Yuguang MA1#
1South
M-4 (Invited)
Toward Environmentally Compatible Molecular Solar
M-3 (Invited)
1Hong
of Material Science and Engineering, National
University of Singapore, Singapore, 2National University of
M-2
1Hong
M-3
Solution Blending
Yongfang LI1#+
17:00
Tech University, China
Stretchable and Conductive Polymer Films Prepared by
Nonfullerene Acceptors
1Chinese
M-2
Enhanced Power Conversion Efficiency in Polymer Solar
Session Chair(s): Jianyong OUYANG (National University of
Singapore), Yongfang LI (Chinese Academy of Sciences)
16:30
of Materials Research and Engineering, Agency for Science,
Technology and Research (A*STAR), Singapore
China University of Technology, China
With Anisotropic Molecular Stacks
Hiroyuki MATSUZAKI1#+, Yoshio NOGAMI2, Hiroshi
OKAMOTO3
1Advanced
Industrial Science and Technology (AIST), Japan,
2Okayama
University, Japan, 3The University of Tokyo, Japan
97
97
12:15
14:45
M-6
Vacuum Ultraviolet Field Emission Lamp Based
Powder Phosphors by Organic Down-Conversion
on Tm3+:K2NaLuF6 Thin Film as Phosphor
Materials
Sotaro MURAMATSU1#+, Yusuke INOUE1, Shingo
ONO1, Kentaro FUKUDA2, Toshihisa SUYAMA2,
Akira YOSHIKAWA3
Terence WONG1#+, Shuai ZHANG2
1EEE,
Nanyang Technological University, Singapore, 2Nanyang
1Nagoya
Technological University, Singapore
12:30
M-3
Modification of AC Electroluminescence from ZnS:Cu
M-7
Optical and Structural Properties of Nanostructures ZnO
15:00
M-4 (Invited)
Nickel Oxide Electrode Interlayer in
Thin Films Deposited Onto SiO2 / Si / SS-316L Substrate
Perovskite/Fullerene Hybrid Solar Cells
by RF Sputtering Technique
Tzung-Fang GUO1#+, Wei-Chih LAI2, Kun-Wei LIN2,
Yuan-Ting WANG2, Yu-Ching HUANG3, Cheng-Si
TSAO3, Peter CHEN2
Sowjanya MOTANA1#+, Jayaganthan R.1, Chowdhruy R.1, Pamu
D.2
1Indian
Institute of Technology, Japan, 2Tokuyama
Corporation, Japan, 3Tohoku University, Japan
Institute of Technology Roorkee, India, 2Indian Institute of
1Department
Technology Guwhati, India
of Photonics, National Cheng Kung
University, Taiwan, 2National Cheng Kung University,
Taiwan, 3 Institute of Nuclear Energy Research, Taiwan
M: Perovskite Solar Cells and
Photoluminescence
15:30
Origin and Quenching of Novel Ultraviolet and
Blue Emission in NdGaO3
Thu - 7 Jul 16 | 14:00 - 16:00 | Room 326
Siddhartha GHOSH1#+, Surajit SAHA2, Zhiqi LIU2,
Mallikarjuna MOTAPOTHULA2, Abhijeet PATRA2,
Saurav PRAKASH2, Nikolai YAKOVLEV3, A.
ARIANDO2, T. VENKATESAN2
Session Chair(s): Tzung-Fang GUO (National Cheng Kung
University), Kai XIAO (Oak Ridge National Laboratory)
14:00
1NUS
M-1 (Invited)
University of Singapore, Singapore, 3Agency for Science,
Perovskite Films for High-Efficiency
Kai XIAO1#+, Bin YANG1, Ondrej DYCK2, Jong KEUM1,
Jonathan POPLAWSKY1, Das SANJIB2, Chris
ROULEAU1, Gerd DUSCHER2, David GEOHEGAN1
1Oak
Technology and Research (A*STAR), Singapore
15:45
M-6
Synthesis and Luminescence Properties of Cr
Doped ZnGa2O4 Persistent Phosphor by Bi2O3
Ridge National Laboratory, United States, 2University
Flux Technique
of Tennessee, United States
14:30
Nanoscience & Nanotechnology Institute-NanoCore,
National University of Singapore, Singapore, 2National
Controlled Synthesis and Processing of
Organometal Halide Perovskite Photovoltaics
M-5
Moo Hyun WOO1+, Seung Hee CHOI1, Bong Kyun
KANG1, Young Hyun SONG1, Takaki MASAKI1, Dae
Ho YOON1#
M-2
Gigantic Bi-Stability in Photoluminescence of a
1Sungkyunkwan
Ru-Azo Aromatic System Controlled by
University, South Korea
Graphene Surface Charge
Sreetosh GOSWAMI1#+, Subhadeep DATTA1, Adam
MATULA2, Santi Prasad RATH3, Surajit SAHA1,
Soumya SARKAR4, Abhijeet PATRA1, Siddhartha
GHOSH5, Kian Ping LOH1, Sreebrata GOSWAMI3,
Victor BATISTA2, T. VENKATESAN1
1National
University of Singapore, Singapore, 2Yale
University, United States, 3Indian Association for the
Cultivation of Science, India, 4NUS Graduate School for
Integrative Sciences and Engineering, National University
of Singapore, Singapore, 5NUS Nanoscience &
Nanotechnology Institute-NanoCore, National University
of Singapore, Singapore
M: Electroluminescence
Thu - 7 Jul 16 | 16:30 - 18:00 | Room 326
Session Chair(s): Jianyong OUYANG (National University of
Singapore), Yuguang MA (South China University of
Technology)
16:30
M-1 (Invited)
RISC from High-Lying Triplet to Singlet: Optical
Probes and Application for OLEDs
Yuguang MA1#+
1South
China University of Technology, China
98
98
17:00
Sn. 2
M-2
Electromechanically Stable and Flexible
Detector Based on CaF2 Thin Film Prepared by
Alternating-Current Electroluminescent Device
Pulsed Laser Deposition
Based on AgNWs Fully-Embedded PVA
Shoei OTANI1#+, Ryo YAMAZAKI1, Hiromu
ISHIKAWA1, Shingo ONO1
Composite Electrodes
1Nagoya
17:15
Soon Moon JEONG1#+, Junghye KIM1, Seongkyu
SONG1, Jung-Il HONG1, Jungpil SEO1, Na Young HA2,
Hideo TAKEZOE3, Jaewook JEONG1, Hyunmin KIM1
Institute of Technology, Japan
M-3
1Daegu
South Korea, 2Ajou University, South Korea, 3Tokyo
Photodetection and Light Emission
Institute of Technology, Japan
1Agency
Sn. 3
Lead Borosilicate Glasses for Photonic
Applications
Reddi BABU1, Madhusudhana RAO2, Mohan Babu
A1#+
M-4
Localized Surface-Plasmon Effects on Ultraviolet
1Chadalawada
Electroluminescence Properties of n-ZnO/p-GaN
2VIT
Heterojunction Light Emitting Diodes
Chia Cheng YEH1+, Tsai-Ching CHIANG1, Hsu-Cheng
HSU1#
1National
Sn. 4
Cheng Kung University, Taiwan
M-D2-Poster-4
Effect of GaAs Spacer Layer Thickness on Optical
Properties of Multi-Stacked InAs/GaAs Quantum
M-5
Dots
Der-Jun JANG1#+, Antaryami MOHANTA1, Fu-Yu
WANG1, J. S. WANG2
Fabricated by Pulse Laser Deposition
Ryo YAMAZAKI1#+, Shoei OTANI1, Shingo ONO1
1Nagoya
1National
Institute of Technology, Japan
M-6
Sn. 5
Complex for Two-Photon Imaging and
Sr1.44Ba0.46SiO4:0.1Eu2+ - A Potential Candidate
Photodynamic Therapy
for White Light Emitting Diodes
Shuang LI1+, Xiao-Fang JIANG1, Qing-Hua XU2#
Usama Bin HUMAYOUN1+, Young Hyun SONG1, Min
Ji LEE1, Bong Kyun KANG1, Dae Ho YOON1#
1South
University, South Korea
Sn. 6
hydroxyvalerate) Reinforced with Cellulose
White Light Emitting Inorganic/Organic Hybrid
Nanocrystal/Silver Nanohybrids as Bifunctional
Nanophosphors: A Study on Their Optical
Nanofillers
Properties
Hou-Yong YU1#+, Juming YAO1
1Zhejiang Sci-Tech University, China
Devarajan V. PERUMAL1#+, Nataraj DEVARAJ1,
Vidhya KARUNANITHI1,2, Pazhanivel THANGAVEL3
Science, India, 3Periyar University, India
M-D2-Poster-6
Biodegradable Poly(3–hydroxybutyrate–co–3–
A Simple Chemical Synthesis Approach for
University, India, 2PSG College of Arts and
China University of Technology, China, 2National
University of Singapore, Singapore
M-7
1Bharathiar
M-D2-Poster-5
Conjugated Polymers as Light Harvesting
of Highly Emissive Yellow
1Sungkyunkwan
Sun Yat-Sen University, Taiwan, 2Chung-Yuan
Christian University, Taiwan
Solution Based Cellulose Reinforced Fabrication
18:15
Ramanamma Engineering College, India,
University/ Chadalawada Ramanamma Engineering
College, India
Controlling Electric Resistivity of CeF3 Thin Film
18:00
M-D2-Poster-3
Structural and Optical Properties of Nd3+- Doped
for Science, Technology and Research (A*STAR),
Singapore, 2National University of Singapore, Singapore
17:45
Gyeongbuk Institute of Science and Technology,
V-pit Textured Ingan Led Structure for Enhanced
Chengyuan YANG1, Pranesh BALAMUNIAPPAN2,
Shuvan Prashant TURAGA2, Andrew A BETIOL2, Jing
Hua TENG1, Ee Jin TEO1#+
17:30
M-D2-Poster-2
Filterless Vacuum Ultraviolet Photoconductive
Sn. 7
M-D2-Poster-7
Enhancement of Electrical and Optical Properties
of PEDOT:PSS Thin Films by Acid Doping
Symposium M Poster Session
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Sn. 1
M-D2-Poster-1
Yongli ZHOU1+, Falin WU2, Kuan SUN1#, Pengcheng
LI3, Jianyong OUYANG3
1School
of Power Engineering, Chongqing University,
China, 2Chongqing University, China, 3National
University of Singapore, Singapore
Solid State Humidity Sensor Based on Pure WO3
and Cu2+-Doped WO3 Nanomaterial
Karunesh TIWARI1#+
1Babu
Banarasi Das University, Lucknow, India
99
99
Sn. 8
M-D2-Poster-8
Optical and Structural Properties of Nd3+:LuF3
Multiple Quantum Wells Grown at High
Thin Film Prepared by Femtosecond Laser Pulse
Temperatures on Si (111) by MBE Method
Deposition
Mieczyslaw A. PIETRZYK1#+, Ewa
PLACZEK-POPKO2, Karolina M. PARADOWSKA2,
Eunika ZIELONY2, Anna RESZKA2, Adrian
KOZANECKI1
Sotaro MURAMATSU1#+, Yusuke INOUE1, Shingo
ONO1, Satoru NAKAO2, Kentaro FUKUDA3, Toshihisa
SUYAMA3, Akira YOSHIKAWA4
1Institute
Molecular Science, Japan, 3Tokuyama Corporation, Japan,
1Nagoya
of Physics, Polish Academy of Sciences, Poland,
of Technology, Wroclaw, Poland
M-D2-Poster-9
4Tohoku
Sn. 15
Prepared by Femtosecond Laser Pulses
Sotaro MURAMATSU1#+, Yusuke INOUE1, Shingo
ONO1, Satoru NAKAO2, Kentaro FUKUDA3, Toshihisa
SUYAMA3, Akira YOSHIKAWA4
1Nagoya Institute of Technology, Japan, 2Institute for
Molecular Science, Japan, 3Tokuyama Corporation, Japan,
University, Thailand, 2Naresuan
Development Agency (NSTDA), Thailand
4Tohoku
Sn. 16
Selective and Sensitive Detection of Copper (ii)
Ions
Conjugated Polyelectrolytes as the Cathode
Shanmugaraj KRISHNAMOORTHY1+, Ilanchelian
MALAICHAMY1#
Interlayer
Rongguo XU1+, Xiao-Fang JIANG1, Fei HUANG1,
Qing-Hua XU2#
China University of Technology, China, 2National
M-D2-Poster-16
“Turn-Off” Fluorescent Sensor for Highly
Electrostatic Layer-by-Layer Self-Assembled
1South
University, Japan
Lysozyme Stabilized Gold Nanoclusters Based on
M-D2-Poster-10
High-Performance Polymer Solar Cells with
1Bharathiar
Sn. 17
University of Singapore, Singapore
University, India
M-D2-Poster-17
Optical and Structural Characterization of Zinc
Chloride Modified Barium Tellurite Glasses
M-D2-Poster-11
Nonlinear Optical Devices Based on Graphene
R. S. KUNDU1#+, Sunil DHANKHAR1, R. PUNIA2,
Nawal KISHORE1
1Guru Jambheshwar University of Science & Technology,
Oxide Impregnated Polymer Sheets
India, 2 Indira Gandhi University, India
Flexible, Robust and Highly Efficient Broadband
Xiao-Fang JIANG1+, Qing-Hua XU2#
1South
China University of Technology, China, 2National
Sn. 18
University of Singapore, Singapore
Surface-Modified Mg2TiO4 Nano-Powders with
M-D2-Poster-12
Bidentate Benzene Derivatives
Mina MEDIC1#+, Miroslav DRAMICANIN2
Electrical and Complex Systems
1Institute
Andrei LAGUTIN1#+
1Belarusian
State Academy of Telecommunications, Belarus
Sn. 19
of Belgrade, Yugoslavia
M-D2-Poster-19
Reduced Graphene Oxide Based Improved
Fabrication of Single Crystal Rutile Ti1-xSnxO2
Infrared Photodetector
Yong ZHIHUA1#+, Yin XINMAO1, Lim ZHI SHIUH 1,
Soo-Jin CHUA1,2, T. VENKATESAN1
Mustaque Ali KHAN1#+, Karuna Kar NANDA1, S. B.
KRUPANIDHI1,2
1Indian Institute of Science, India, 2Materials Research
University of Singapore, Singapore,
2Singapore-MIT
of Nuclear Sciences Vinca, Yugoslavia,
2University
M-D2-Poster-13
1National
M-D2-Poster-18
Enhanced Photoredox Chemistry in
Fiber Optic Components Transformers as Modern
Sn. 13
M-D2-Poster-15
Deposition of High Quality KMgF3 Thin Films
University, Thailand, 3National Science and Technology
Sn. 12
University, Japan
(001) Ge Substrate by Molecular Beam Epitaxy
1Chulalongkorn
Sn. 11
Institute of Technology, Japan, 2Institute for
Insb/GaAs Quantum Stripes Grown on On-Axis
Zon 1#+, Thanavorn POEMPOOL1, Suwit
KIRAVITTAYA2, Suwat SOPITPAN3, Supachok
THAINOI1, Songphol KANJANACHUCHAI1,
Somchai RATANATHAMMAPHAN1, Somsak
PANYAKEOW1
Sn. 10
M-D2-Poster-14
Electro-Optical Investigation of ZnO/ZnMgO
2University
Sn. 9
Sn. 14
Alliance for Research and Technology,
Centre, Indian Institute of Science, Bangalore, India
Singapore
Sn. 20
M-D2-Poster-20
Influence of O Vacancies on the Phase Transition
of VO2 Thin Films
Bharathi RAJESWARAN1#+, Arun M UMARJI1,
Devanshi BHARDWAJ1
1Indian
Institute of Science, India
100
100
Sn. 21
M-D2-Poster-21
Gold Film Assisted Femtosecond Laser
Environmental Sensing
Fabrication of Periodic Surface Structures on
Sunil ADURTY1#+
Semiconductor Substrates for SERS Applications
Sathya Sai Institute of Higher Learning, India
Saikiran VADAVALLI1#+, Mudasir H. DAR1, Narayana
Rao D1
M-D2-Poster-22
Temperature Measurements via Luminescence of
Dysprosium Doped Gadolinium-Vanadate Thin
1University
Sn. 29
Nanosecond and Ultrafast Optical Power
Limiting of CdO Nanosphere, Nanoflake and
Nanoparallelepiped
1University
1Mahatma
Paulose THOMAS1+, Abraham K. E.1#
of Alberta, Canada, 2University of Belgrade,
Sn. 30
M-D2-Poster-23
Application
Jong Won CHUNG1+, Yong-Ill LEE1#, Gerelkhuu
ZAYAKHUU1, Hyun Kyoung YANG2
Institute of Technology, India, 2Shivaji
1Changwon
University, India, 3Sanjay Ghodawat Polytechnic, India
M-D2-Poster-24
Sn. 31
M-D2-Poster-31
Photoluminescence and Optical Properties of
of MnO2 Doped Polypyrrole and its
(Mg,Zn)S Nanostructures Prepared by
Electrochemical Application in Detection of
Hydrothermal Synthesis
Organophosphorous Pesticide
Violet DHAYABARAN1#+, Ramachandran T 1
Youn Woo HONG1#+, Seo Yeong YEO1, You-Bi KIM1,
Jong-Hoo PAIK1
1Bishop
1Korea
Heber College, India
Institute of Ceramic Engineering and Technology,
South Korea
M-D2-Poster-25
Optical Property of Compound Fluoride
Sn. 32
M-D2-Poster-32
Materials CaxSr1-xF2 at Low Temperature
Angle Invariant Structural Color Filters with
Ryo YAMAZAKI1#+, Shoei OTANI1, Shotaro
KOKURYU1, Shingo ONO1
Improved Color Purity Based on Higher-Order
1Nagoya
Resonances
Institute of Technology, Japan
Sang Jin PARK1+, Kyu-Tae LEE2, Sung-Mo YANG1, L.
Jay GUO3, Hui Joon PARK1#
M-D2-Poster-26
1Ajou
Optical and Electronic Properties of Ta2O5: A
Study
Wen XIAO1+, Wendong SONG2, Yuan Ping FENG1, Jun
DING1#
1National
Michigan, United States
Sn. 33
Emissions of Yb3+ Ions Sensitized
Science, Technology and Research (A*STAR), Singapore
Na0.5Gd0.5MoO4:Er3+ Phosphors
Peng DU1+, Jae Su YU1#
M-D2-Poster-27
1Kyung
Development of Photoconductive Detector Based
Resolve
Shoei OTANI1#+, Ryo YAMAZAKI1, Sotaro
MURAMATSU1, Hiromu ISHIKAWA1, Shingo ONO1
1Nagoya
Institute of Technology, Japan
M-D2-Poster-33
Optical Thermometry Based on the Upconversion
University of Singapore, Singapore, 2Agency for
on LaF3 Thin Film and Evaluation of Time
University, South Korea, 2University of Illinois at
Urbana-Champaign, United States, 3The University of
Combined Experimental and First-Principles
Sn. 27
National University, South Korea, 2Pukyong
National University, South Korea
Novel Method of Synthesis of Nano Composite
Sn. 26
M-D2-Poster-30
Upconversion Nanoparticles for Bio Imaging
Vinayak PARALE1#+, Varsha PHADTARE2, Sandip
WATEGAONKAR3
1Rajarambapu
Gandhi University, India
Functionalized NaLuGdF4:Yb3+/Er3+
Insulation Application
Sn. 25
M-D2-Poster-29
Zeljka ANTIC1, K. PRASHANTHI1, Dragana
JOVANOVIC2, Sanja CULUBRK2, Thomas
THUNDAT1, Miroslav DRAMICANIN2#+
Y2O3 Doped Silica Aerogels for Thermal
Sn. 24
of Hyderabad, India
Films
Yugoslavia
Sn. 23
M-D2-Poster-28
Polyampholytes as Novel Polychelatogens for
1Sri
Sn. 22
Sn. 28
Sn. 34
Hee University, South Korea
M-D2-Poster-34
Single Mode Silicon Oxynitride Waveguide with
High Coupling Efficiency and Ultralow Low Loss
at 1310 Nm Wavelength
Ee Jin TEO1#+, Lu DING1, Soo Seng ANG1, Jing Hua
TENG1, Alagappan GANDHI1, Ching Eng PNG1, Soon
Thor LIM1, Han Chuen LIM2
1Agency
for Science, Technology and Research (A*STAR),
Singapore, 2Defence Science Organization, Singapore
101
101
Sn. 35
M-D2-Poster-35
High Angular Tolerant Structural Colors
Exploiting Strong Resonance Effects in Patterned
Ultrathin Highly Absorbing Media
Ji-Yun JANG1+, Kyu-Tae LEE2, Sang Jin PARK1,
Chengang JI3, Sung-Mo YANG1, L. Jay GUO3, Hui Joon
PARK1#
1Ajou
university, South Korea, 2University of Illinois at
Urbana-Champaign, United States, 3The University of
Michigan, United States
Sn. 36
M-D2-Poster-36
A Si-based Flat-Top Filter Based on
Mach-Zehnder Interferometer-Coupled Cascaded
Resonators
Wenqin MO1#+, Jin FANG2
1China
University of Geosciences, China, 2School of
Automation, China University of Geosciences, China
Sn. 37
M-D2-Poster-37
Fabrication and Optical Characterization of
One-Dimensional Metal Oxide Nanowires on
Micro Architectured-Silicon for Light
Management
Bhaskar DUDEM1+, Jae Su YU1#
1Kyung
Sn. 38
Hee University, South Korea
M-D2-Poster-38
Tunable Resonance Transmission Modes from
Free-Standing Porous Silicon Microcavities
Vendamani V. S.1+, S.V.S. NAGESWARA RAO1, Anand
PATHAK1#
1University
Sn. 39
of Hyderabad, India
M-D2-Poster-39
Fluorescence of Resin Based Composites: A
Criterion of Successful Fluorescence Matching
with Teeth
Dragica MANOJLOVIC1#+, Ivana ZEKOVIC1, Lea
LENHARDT1, Milica ANTONOV1, Jovana STASIC1,
Miroslav DRAMICANIN1
1University
of Belgrade, Yugoslavia
102
102
Symposium N Session Schedule
15:00
SoftBV – A Software Tool for Screening the
Materials Genome of Fast Ion Conducting
N: Materials Genome (I)
Inorganic Solids
Tue - 5 Jul 16 | 11:00 - 12:30 | Room 323
Haomin CHEN1+, Lee Loong WONG2, Stefan
ADAMS2#
Session Chair(s): Yuan Ping FENG (National University of
Singapore)
11:00
1Materials
Design in the Information Age
Singapore
15:15
11:30
in the Development of Lithium-Ion Battery
of California, Berkeley, United States
Materials
Siqi SHI1#+
N-2 (Invited)
1Shanghai
Materials Data Platform for Materials Design
Yibin XU1#+
1National
12:00
Institute for Materials Science, Japan
15:30
Lan LI1#+
1Micron
Simulation Jobs, Computational Data and
Xiaoyu YANG1#+
Academy of Sciences, China
15:45
the Potential Application for Materials Design
Haiqing YIN1#+, Xue JIANG1, Ruijie ZHANG1,
Guoquan LIU1, Xuanhui QU1, Jianxin XIE1
A Pathway to a Genome of Pathways
Stefan ADAMS1#+
1University
University of Singapore, Singapore
N: Materials Genome (II)
Tue - 5 Jul 16 | 14:00 - 16:00 | Room 323
Session Chair(s): Haiqing YIN (University of Science and
Technology Beijing)
N-1 (Invited)
Tue - 5 Jul 16 | 14:00 - 16:00 | Room 324
Session Chair(s): Satoshi WATANABE (The University of
Tokyo)
14:00
Evolution and Grain-Boundary Grooving as a
Result of Electromigration in Interconnects
Gregory B OLSON1#+
1MSE, Northwestern University, United States
Collaborative Approach of High Throughput
Supriyo CHAKRABORTY1#+, Abhik CHOUDHURY1
1Indian
14:15
N-2
Pattern for Oxygen Deficient PbTiO3
Genomic Engineering
Nai-Fu CHENG1+, Wen Dung HSU1#
Yong XIANG1#+, Xiaokun ZHANG1
China
Institute of Science, India
Molecular Dynamics Simulation of Domain
Computation and Experimentation for Materials
1University
N-1
A Phase-Field Study of the Characteristics of Void
From Genome to Flight
N-2 (Invited)
of Science and Technology Beijing, China
N: Modeling Defects
Integrated Computational Materials Design:
14:30
N-6
Building the Materials Databases and Exploring
N-4
1National
School of Materials Science and Engineering, Boise
State University, United States
Resources for In-Silico Material Design
14:00
N-5
Electronic and Energy Applications
An Integrated Management of High-Throughput
12:15
University, China
Computational Modeling of Materials for
N-3
1Chinese
N-4
Application of Computational Materials Science
Kristin PERSSON1#+
1University
Science & Engineering, National University of
Singapore, Singapore, 2National University of Singapore,
N-1 (Keynote)
The Materials Project for Accelerated Materials
N-3
1National
of Electronic Science and Technology of China,
14:30
Cheng Kung University, Taiwan
N-3
Mechanism of Hydrogen Evolution Reaction on
Vacancy Defects in MoS2
Kyeyeop KIM1+, Young Ho KANG1, Joohee LEE2,
Seungwu HAN1#
1Seoul National University, South Korea, 2Materials
Science and Engineering, Seoul National University, South
Korea
103
103
14:45
17:15
N-4
Numerical and Experimental Study on the
Pathways in Ion-Conducting Solids Based on
Residual Stresses in the Nitrided Steel
Bond Valence Method
Xu SONG1#+, Zhi Qian ZHANG1, Sridhar
NARAYANASWAMY1, Yizhong HUANG2, Mehrdad
ZARINEJAD1
Lee Loong WONG1+, Haomin CHEN2, Stefan
ADAMS1#
1National
1Agency
University of Singapore, Singapore, 2Materials
Singapore
17:30
N-4
Atom-Molecule Conversion with Particle Losses
N-5
Bo CUI1#+
1Dalian University of Technology, China
Doping Strategies to Enhance the Na+
Conductivity of the Cubic Na3PS4 Superionic
Conductor
Zhuoying ZHU1+, Lek-Heng CHU1, Zhi DENG1,
Christopher KOMPELLA1, Han NGUYEN1, Sunny
HY1, Shirley MENG1, Shyue Ping ONG1#
1University
15:15
for Science, Technology and Research (A*STAR),
Singapore, 2Nanyang Technological University, Singapore
Science & Engineering, National University of Singapore,
15:00
N-3
Automatized Characterization of Ion Migration
17:45
N-5
Pressure-controlled Dynamic Equations of the
PFC Model: A Mathematical Formulation
Jatupon EM-UDOM1#+, Nirand PISUTHA-ARNOND2
1King Mongkut's Institute of Technology Ladkrabang,
of California, San Diego, United States
N-6
Thailand, 2 Industrial Engineering, King Mongkut's
Ab Initio DFT Modelling of Cr / Co Codoped
Institute of Technology Ladkrabang, Thailand
Anatase TiO2
Samuel C.H. HO1#+, Judy HART1, Pramod KOSHY1,
Charles SORRELL1
1University
15:30
of New South Wales, Australia
N-7 (Invited)
Nitrogen Impurities in Copper Oxide: First
Principles Study
Sukit LIMPIJUMNONG1#+, Jiraroj T-THIENPRASERT 2
1School
of Physics, Suranaree University of Technology,
N: Ab initio Materials Prediction & Simulation
Tue - 5 Jul 16 | 16:30 - 18:00 | Room 324
Session Chair(s): Nicola MARZARI (Ecole Polytechnique
Federale de Lausanne)
16:30
N-1
Modern Ab-Initio Calculation Based on
Thailand, 2Kasetsart University, Thailand
Thomas-Fermi Theory in High-Pressure
Environment
Sergey SERIY1#+
1Nizhny
N: Large Scale Modeling & Simulation
Tue - 5 Jul 16 | 16:30 - 18:00 | Room 323
Session Chair(s): Duc NGUYEN-MANH (UK Atomic Energy
Authority)
16:30
16:45
Expansion in W-Re Alloys Investigated from First
Principles
Reactive Molecular Dynamics Simulations, Data
Thomas DENGG1,2#+, Vsevolod RAZUMOVSKIY1,
Lorenz ROMANER1, Peter PUSCHNIG2, Jürgen
SPITALER1
Analytics and Visualization
Priya VASHISHTA1#+, Rajiv KALIA1, Aiichiro
NAKANO1, Ying LI1, Adarsh SHEKHAR1, Ken-Ichi
NOMURA1, Fuyuki SHIMOJO2, Kohei
SHIMAMURA2, Manaschai KUNASETH 3
of Southern California, United States,
2Kumamoto
University, Japan, 3National Nanotechnology
Center, Thailand
17:00
1Materials
Center Leoben Forschung GmbH, Austria,
2Karl-Franzens-University
17:00
Graz, Austria
N-3 (Invited)
Study of Atom Diffusion Behaviors in
Amorphous Oxides Using Neural Network
Potentials Constructed with Density Functional
N-2
O(N) DFT in CONQUEST: Molecular Dynamics
and Applications
David BOWLER1#+, Tsuyoshi MIYAZAKI2
1University
N-2
Physical Origin of the Anomalous Thermal
N-1 (Invited)
1University
Novgorod State Technical University, Russian
Federation
College London, United Kingdom, 2National
Calculations
Wenwen LI1, Yasunobu ANDO1, Satoshi
WATANABE1#+
1The
University of Tokyo, Japan
Institute for Materials Science, Japan
104
104
17:30
N-4 (Invited)
Heterogeneous Materials for Energy and
Quantum Information Technologies: First
Principles Predictions
Giulia GALLI1#+
1Institute
for Molecular Engineering, University of
N: Alloys and Nano Materials
Wed - 6 Jul 16 | 14:00 - 16:00 | Room 323
Session Chair(s): Seungwu HAN (Seoul National University)
14:00
N-1 (Invited)
Computational Design of High-Entropy Alloys
Chicago, United States
from First-Principles Assessments
Duc NGUYEN-MANH1#+
1UK
N: Data Analysis and Organic Materials
Wed - 6 Jul 16 | 10:30 - 12:30 | Room 323
14:30
Nanoscale Sensors and Devices
Jerry BERNHOLC1#+
1NC
N-1 (Keynote)
A Not-So-Short Chat About Entropy in Materials
15:00
Science
11:00
Distribution
Teck Leong TAN1#+, Linlin WANG2, Duane
JOHNSON2, Jia ZHANG1, Kewu BAI1
N-2 (Invited)
Design of 2D Organic Materials for Photocatalyst
1Agency
and Magnetic Storage Device
11:30
15:15
by Ab-Initio Calculations
and Sodium Insertion in Van Der Waals and
In Won YEU1, Cheol Seong HWANG2, Jung-Hae
CHOI1#+
Covalent Tetracyanoethylene (TCNE) -Based
1Korea
Crystals as Promising Materials for Organic
Korea, 2Seoul National University, South Korea
Lithium and Sodium Ion Batteries
Yingqian CHEN1#+, Sergei MANZHOS1
1National
15:30
N-5
Structural Stability and Electronic Properties of
N-4
Mo6S9-xIx (x = 0 – 9) Nanowires
Organic Ferroelectrics from Molecular Crystals to
Karthikeyan JEYAKUMAR1+, Vijay KUMAR2, P.
MURUGAN1#
1Council
Shuang CHEN1#+
1Kuang
N-5
Perovskite Materials with Water, Hydroxyl and
Hydroxide
Patrick
1City
SIT1#+
University of Hong Kong, Hong Kong SAR
of Scientific and Industrial Research (CSIR) -
Central Electrochemical Research Institute, India, 2Dr. Vijay
Yaming Honors School, Nanjing University, China
Reactions of Hybrid Inorganic-Organic
12:15
Institute of Science and Technology (KIST), South
Valance Electron Concentration Dependant
University of Singapore, Singapore
Two-Dimensional Self-Assembled Monolayers
12:00
N-4
Oxygen Adsorption Behavior of InAs Nanowire
N-3
Comparative Computational Study of Lithium
11:45
for Science, Technology and Research (A*STAR),
Singapore, 2The Ames Laboratory, United States
Jijun ZHAO1#+
University of Technology, China
N-3
First-Principles with Realistic Adsorbate
University, United States
1Dalian
State University, United States
Alloy Nanoparticle Catalyst Design from
Stefano CURTAROLO1#+
1Duke
N-2 (Invited)
Computational Exploration and Design of
Session Chair(s): Marco NARDELLI (University of North
Texas)
10:30
Atomic Energy Authority, United Kingdom
Kumar Foundation, India
15:45
N-6
Atomistic Simulation Study of Mechanical
Properties of Pillared Graphene Nanostructures
Farzaneh MEMARIAN1#+, Abdolhossein
FEREIDOON1, Masoud DARVISH GANJI2
1Semnan
University, Iran, 2Islamic Azad University, Iran
N-6
Induced Magnetic Hardening by Adsorption of
Nonmagnetic Organic Molecules on Fe/W(110)
Martin CALLSEN1#+, Vasile CACIUC2, Nikolai
KISELEV2, Nicolae ATODIRESEI2, Stefan BLÜGEL2
1National
University of Singapore, Singapore,
2Forschunszentrum
Jülich, Germany
105
105
11:30
N: Thermoelectric Materials
N-3
Band-Gap Prediction of Inorganic Compounds by
Wed - 6 Jul 16 | 16:30 - 18:00 | Room 323
Combination of Density Functional Theory and
Session Chair(s): Giulia GALLI (University of Chicago)
Machine Learning Techniques
16:30
N-1 (Invited)
Joohwi LEE1#+, Atsuto SEKO1, Kazuki SHITARA1,
Keita NAKAYAMA1, Isao TANAKA1
Materials Genome Approach to Computational
1Kyoto
Design of Nanostructured Thermoelectrics
Chris WOLVERTON1#+
1Northwestern
17:00
11:45
Molecule-Metal Interfaces: GW Calculations and
N-2 (Invited)
Image Charge Models
Su Ying QUEK1#+, Yifeng CHEN1, Isaac TAMBLYN2
Thermoelectric Materials
1National
Tribhuwan PANDEY1, Abhishek SINGH2#+
of Ontario Institute of Technology, Canada
1Indian
Institute of Science, India, 2Materials Research
Centre, Indian Institute of Science, India
12:00
University of Singapore, Singapore, 2University
N-5
Ab Initio Study of Structural and Magnetic
N-3
Properties of Exchanged Coupled FePt/Fe
Enhancing Thermoelectric Figure-of-Merit by
Superlattices
Low-Dimensional Electrical Transport in
Sandeep K. JAIN1,2#+, Vijay KUMAR2
Phonon-Glass Crystals
1Applied
Jingtao LU1#+
Technology (APIIT), India, 2Dr. Vijay Kumar Foundation,
1School
India
of Physics, Huazhong University of Science and
Technology, China
17:45
N-4
Energy Level Alignment at Hybridized
University, United States
Computational Design of Efficient
17:30
University, Japan
12:15
N-4
Out-of-Plane Anisotropy
Coefficients for Low-Symmetry Crystals Based on
Guoping ZHAO1#+
1Sichuan
the Gruneisen Formalism
Chee Kwan
1Institute
Yun
N-6
Hysteresis Loops for Hard/Soft Bilayers with
Efficient Calculation of the Thermal Expansion
GAN1#+,
Physics, Asia Pacific Institute of Information
Normal University, China
LIU2
of High Performance Computing, Singapore,
2Massachusetts
Institute of Technology, United States
N: 2D Materials (I)
Thu - 7 Jul 16 | 14:00 - 16:00 | Room 323
N: Data Analysis, Interfaces
Session Chair(s): Gour P. DAS (Indian Association for the
Cultivation of Science)
Session Chair(s): Vijay KUMAR (Vijay Kumar Foundation &
Shiv Nadar University)
14:00
Thu - 7 Jul 16 | 10:30 - 12:30 | Room 323
10:30
High-Throughput Prediction of Novel
Two-Dimensional Materials
N-1 (Keynote)
Nicolas MOUNET 1, Philippe SCHWALLER1, Andrea
CEPELLOTTI1, Andrius MERKYS1, Ivano Eligio
CASTELLI1, Marco GIBERTINI1, Giovanni PIZZI1,
Nicola MARZARI1#+
Causal Models in Big-Data Analytics for Novel
Materials Discovery
Matthias SCHEFFLER1#+
1Fritz
1Ecole
Haber Institute der Max Planck Gessllschaft,
Germany
11:00
N-1 (Invited)
14:30
Polytechnique Federale de Lausanne, Switzerland
N-2 (Invited)
Ab Initio Studies of Nonlinear Optical Properties
N-2 (Invited)
Electronic Structure Descriptor for Discovery of
Narrow-Band Red-Emitting Phosphors
of Transition Metal Dichalcogenide and III-VI
Semiconmductor Monolayers
Shyue Ping ONG1#+, Zhenbin WANG2, Lek-Heng
CHU2, Fei ZHOU3
Guang-Yu GUO1#+
1Department of Physics, National Taiwan University,
1Department
Taiwan
of NanoEngineering, University of California,
San Diego, United States,
2University
of California, San
Diego, United States, 3Lawrence Livermore National
Laboratory, United States
106
106
15:00
17:30
N-3
Porous Graphene as Potential Electrode Materials
Possible High Room Temperature Electron
for Supercapacitors
Mobility by Simulation
Lizhao LIU1#+, Gaixia LUO2, Jijun ZHAO1
Wenxu ZHANG1#+, Wanli ZHANG1
1Dalian
1University
Institute of Technology, China
of Electronic Science & Technology of China,
China
15:15
17:45
N-4
Structural, Electronic and Transport Properties of
DFT Analysis of the Effect of 2D Materials in
Phosphorene Nano Ribbons: NDR Behavior
Photovoltaic Devices
Prasenjit SEN1#+, Ajanta MAITY1, Akansha SINGH2,
Anjali KSHIRSAGAR3, Dilip KANHERE3, Aniruddha
KIBEY3
1Tokyo
1Harish-Chandra
Institute of Technology, Japan, 2University of Bath,
Research Institute, India, 2Tel-Aviv
University, Israel, 3S. P. Pune University, India
United Kingdom
N-5
Band Gap Engineering in Semiconducting One
and Few Layers of SnS and SnSe
1Shiv
N: Surfaces and Low-dimensiional Materials
Fri - 8 Jul 16 | 11:00 - 13:00 | Room 323
Arpan Krishna DEB1#+, Vijay KUMAR1
15:45
University of Technology, China, 2Yancheng
N-4
Lee BURTON1#+, Yu KUMAGAI1, Aron WALSH2,
Fumiyasu OBA1
15:30
N-3
Two Dimensional Mx2 Semiconductors with
Nadar University, India
Session Chair(s): Yoshiyuki KAWAZOE (Tohoku University)
N-6
Stacking Sequence Determines Raman Intensities
11:00
Computer Simulations of Water on Surface:
of Interlayer Shear Modes in 2D Layered
Clustering, Proton Transfer, and Quantum
Materials
Nuclear Effects
Xin LUO1,2+, Xin LU3, Chunxiao CONG3, Ting YU3,
Qihua XIONG3, Su Ying QUEK1#
1National
University of Singapore, Singapore,
2Agency
Enge WANG1#+, Xinzheng LI1
1Peking University, China
for
Science, Technology and Research (A*STAR), Singapore,
3Nanyang
N-1 (Keynote)
Technological University, Singapore
11:30
N-2 (Invited)
Manipulating Two-Dimensional Materials for
Nanoelectronics and Energy Harvest
Yong-Wei ZHANG1#+, Yongqing CAI1, Zhigen YU1,
Gang ZHANG1
N: 2D Materials (II)
1Agency
Thu - 7 Jul 16 | 16:30 - 18:00 | Room 323
Session Chair(s): Yong Wei ZHANG (Institute of High
Performance Computing, A*STAR)
16:30
12:00
N-3
First-Principles Modeling of Layer-Defect of
N-1 (Invited)
Al2O3 Surface Eroded by H2O and Chloride Ions
Ab Initio Study of Layered 2D Materials and
Chuan-Hui ZHANG1#+, Do-Bai SUN2
Their Van Der Waals Heterostructure: A Step
1National
Science and Technology Beijing, China
Gour P. DAS1#+, A. H. M. Abdul WASEY1
1Indian
Center for Materials Service Safety, University of
Science and Technology Beijing, China, 2University of
Towards Construction of a Data-Base
17:00
for Science, Technology and Research (A*STAR),
Singapore
Association for the Cultivation of Science, India
12:15
N-4
N-2 (Invited)
Epitaxial Growth of Artificial Graphene on
Data Mining and High-Throughput
Conventional Semiconductor Surface for
Computational Screening of 2D Heterojunctions
Topological Quantum States
Miao ZHOU1#+
1Chongqing University, China
for Thin-Film Solar Cell Applications
LINGHU1,
Jiajun
SHEN1#+
1National
Pengfei
CAI2,
Yuan Ping
FENG1,
Lei
University of Singapore, Singapore, 2Dunman
High School, Singapore
12:30
N-5
Temperature-Driven Molecular Phase Transition
on a Bulk Insulator Surface
Chiara PARIS1#+
1Kings College London, United Kingdom
107
107
12:45
N-6
First-Principles Study of Single Molecule
Absorptions and Their Effects on the Electronic
Fri - 8 Jul 16 | 17:00 - 18:30 | Room 323
Session Chair(s): Sukit LIMPIJUMNONG (Suranaree
University of Technology)
Structures in Various 2D Materials
Frank Fei YUN1+, Xiaolin WANG1#
1University
N: Materials Design
of Wollongong, Australia
17:00
N-1 (Invited)
Grand Design of New Class of Electronic
Materials and Properties
N: Materials Design Tools & Oxides
Xiaolin WANG1#+
1University
Fri - 8 Jul 16 | 14:30 - 16:30 | Room 323
Session Chair(s): Giovanni VIGNALE (University of Missouri)
14:30
17:30
Survey with Ab-Initio Simulations and Expected
Novel Tools for Accelerated Materials Discovery
as Functional Materials
in the Aflowlib.org Repository: Advanced
Yoshiyuki KAWAZOE1#+
1Tohoku
Density Functionals and Representations
1Physics
and Chemistry, University of North Texas, United
18:00
Yuanping CHEN1, Yuee XIE1, Shengyuan YANG2#+,
Hui PAN3, Fan ZHANG4, Marvin COHEN5, Shengbai
ZHANG6
Searching for Functional Oxides Through
High-Throughput Computation
1Xiangtan
Seungwu HAN1#+, Kanghoon YIM1, Joohee LEE2, Miso
LEE1
15:30
15:45
N-3
Carbon Materials
N-2 (Invited)
1Seoul
University, Japan
Topological Semimetals in Nanostructured
States
15:00
N-2 (Invited)
New Carbon Allotropes Predicted by Geometrical
N-1 (Invited)
Marco BUONGIORNO NARDELLI1#+
of Wollongong, Australia
National University, South Korea,
University, China, 2Singapore University of
Technology and Design, Singapore, 3Beihang University,
China, 4University of Texas at Dallas, United States,
2Materials
Science and Engineering, Seoul National University, South
5University
of California at Berkerley, United States,
Korea
6Rensselaer
Polytechnic Institute, United States
18:15
N-3
N-4
Concentration Dependent Cluster Interactions in
Novel Thermodynamically Stable Li-Sn
the Variable Basis Cluster Expansion
Compounds at Ambient and High Pressure : A
J.M. SANCHEZ1#+
First Principles Study
1The
Raja SEN1#+, Priya JOHARI1
University of Texas at Austin, United States
1Shiv
N-4
Nadar University, India
Electronic and Magnetic Properties at Oxide
Interfaces Determined by Ferroelectric
Discontinuity
Yun Hao LU1#+
1Materials
Science& Engineering, Zhejiang University,
China
16:00
Symposium N Poster Session
Wed - 6 Jul 16 | 19:00 - 21:00 | Summit2
Sn. 1
N-D2-Poster-1
Size Dependent Electronic Structure of PbS
N-5
Nanotubes
Computational Design of Ordered Ti-M-O for
Ghanshyam SHARMA1#+
Visible-Light Responsive Photoelectrochemical
1University
Catalysis
Liang CHEN1#+
1Ningbo
Institute of Materials Technology and Engineering,
Chinese Academy of Sciences, China
Sn. 2
of Kota, India
N-D2-Poster-2
DFT Study of Optical Properties of Group-IVA
Doped ZnO
Ji LIU1#+, Xiao-Feng FAN1, Chang-Qing SUN1,
Weiguang ZHU1
1Nanyang
Technological University, Singapore
108
108
Sn. 3
Sn. 10
N-D2-Poster-3
First Principle Study - Two Dimensional MO2
Two-Dimensional Materials
(M=Co,Mn and Ni) Monolayers as Cathode
Dong HAN1#+, Dan WANG2, Xian-Bin LI2, Shengbai
ZHANG3
Materials for Li/Na Ion Batteries
1Chinese
1University
Chon Chio LEONG1#+, Hui PAN2, Sut Kam HO1
Academy of Sciences, China, 2Jilin University,
China, 3Rensselaer Polytechnic Institute, United States
Sn. 4
N-D2-Poster-4
Sn. 11
in Hydrogen Evolution Reaction
Carbon Into Graphene in Rapid Thermal
Chi Ho LEE1+, Byeong-Sun JUN1, Sang Uck LEE1#
1Hanyang
Processing
Shuang CHEN1#+
Yaming Honors School, Nanjing University, China
Sn. 12
Tao ZHU1+, Jun ZHOU1, Yang MING1, Paolo E.
TREVISANUTTO1, Andrivo RUSYDI1, Yuan Ping
FENG1#
Thermodynamically Self-Consistent (TSC)
Method: Thermophysical Properties and
1National
Magnetic Transition of LiFePO4
ALI1#+,
Seifitokaldani
Aimen E.
DOLLE1, Patrice CHARTRAND2
GHERIBI2,
Mickael
Sn. 13
Graphene Nanopored Using as Seawater’s
N-D2-Poster-6
Nidchawan NINSOOK1, Onanong CHUMPON1,
Anurak UDOMVECH1#+
Desalination Membrane
Di-Sigma Adsorption and Improves the Reaction
Kinetics for Methanol Fuel Cells
1Thaksin
Sn. 14
Mechanical Properties in Aluminum Alloy
Jae Hwang KIM1#+, Dae Hwan KIM1, Keedo WOO2
1Korea
Third-Order Nonlinear Optical Properties of
BI1,
XU1,
Institute of Industrial Technology, South Korea,
2Chonbuk
Effects of Size and Frequency Dispersion on
LI1#+,
N-D2-Poster-14
Temperature on Microstructure and the
N-D2-Poster-7
Silicon Magic-Number Clusters
University, Thailand
Effects of Die-Casting Injection Speed and
Arup MAHATA1+, Indrani CHOUDHURI1, Biswarup
PATHAK1#
1Indian Institute of Technology Indore, India
Sn. 15
National University, South Korea
N-D2-Poster-15
Property Database for Doped Zinc Oxide
Hai-Peng
Ze-Tong
Run-Feng
Hu
Xiao-Peng SHEN1, Kui HAN1
1China University of Mining and Technology, China,
XU2,
Computed by Automatized First-Principles
Calculations
China
Kanghoon YIM1+, Joohee LEE2, Ho-Hyun NAHM3,
Seungwu HAN1#
N-D2-Poster-8
Science and Engineering, Seoul National University, South
2South
University of Science and Technology of China,
1Seoul
and Strain
Jiajun LINGHU1+, Lei SHEN1, Ming YANG2, Yuan Ping
FENG1#
1National
University of Singapore, Singapore, 2Institute of
Materials Research and Engineering,Agency for Science,
Technology and Research (A*STAR), Singapore
National University, South Korea, 2Materials
Korea, 3Institute for Basic Science, South Korea
Tuning Electronic Structure of Si24 by Doping
Sn. 9
N-D2-Poster-13
Quantum Calculations of a Single-Layer
de Montréal, Canada, 2École Polytechnique de
Enclosed by Well Defined Facets Favours
Sn. 8
University of Singapore, Singapore
Montréal, Canada
A Cuboctahedral Platinum (Pt79) Nanocluster
Sn. 7
N-D2-Poster-12
Oxide from the Sr1-xNb1-yO3+z Family
DFT+U Computations Combined with a
Sn. 6
University, South Korea
Computational Study of a Mott-Like Insulating
N-D2-Poster-5
1Université
N-D2-Poster-11
Topology-Property Relations of Doped Graphene
Nickel-Catalyzed Transformation of Amorphous
1Kuang
of Macau, Macau, 2 IAPME/FST, University of
Macau, Macau
Ab Initio Molecular Dynamics Simulations of
Sn. 5
N-D2-Poster-10
The Evaluation of Charged Defects in
Sn. 16
N-D2-Poster-16
Designing Nanogadgetry for Nanoelectronic
Devices with Nanoribbon Heterojunctions
Eunyoung CHOI1+, Sang Uck LEE1#
1Hanyang
University, South Korea
N-D2-Poster-9
Size Dependent Electronic Structure of PbS
Nanotubes
G. SHARMA1#+
1University
of Kota, India
109
109
Sn. 17
Sn. 18
Sn. 24
N-D2-Poster-17
Simulation on Resistivity and Skin Depth of
Molecular Orientation in the Amorphous Organic
Giant Magnetoimpedance (GMI) Effect Based on
Films
Co-Based Thin Films
Yong YOUN1+, Dongsun YOO1, Young Ho KANG1,
Seungwu HAN1#
Jin FANG1#+, Wenqin MO2, Kaifeng DONG1, Junlei
SONG2
1Seoul
1School
National University, South Korea
N-D2-Poster-18
Sn. 25
Endohedral Borospherene M@B40 (M=Gas
Leslie POH1, Zafirah IDRIS1, Christian DELLA1#+,
Shengjie YING2, Cindy GOH1, Yun LI1
Molecules) Using First Principles Calculations
1University
1University
of Glasgow, United Kingdom,
Frank Fei YUN1#+, Chengbo ZHU1, Xiaolin WANG1
2DouYee
Sn. 26
N-D2-Poster-19
Qian-Xiang
1National
Wen Dung
Yashasvi Singh RANAWAT 1#+, Jennifer
SYNOWCZYNSKI-DUNN2, Vijay KUMAR3
HSU1#
Cheng Kung University, Taiwan
1Dr.
Vijay Kumar Foundation, India, 2Army Research
Laboratory, United States, 3Shiv Nadar University, India
N-D2-Poster-20
Finite Element Modeling of Barium Titanate
Sn. 27
N-D2-Poster-27
Piezoelectric Ultrasound Transducer
Towards a Genome for Advanced
Pratondo BUSONO1#+
Two-Dimensional Materials
1Agency
Jun ZHOU1+, Lei SHEN1, Miguel Dias COSTA1, Yuan
Ping FENG1#
for the Assessment and Application of Technology
(BPPT), Indonesia
1National
N-D2-Poster-21
Impact of Lattice Distortions on Thermodynamic
Properties of PrCo1-xFexO3
Rasna
THAKUR1#+,
1Barkatullah
Sn. 22
N-D2-Poster-26
(111) Surface of α-Rhombohedral Boron (α-b)
Issue by Finite Element Method
LUO1+,
of Wollongong, Australia
Ab Initio Investigation of Oxygen Interaction on
Identify Key Factors to Improve Low-K Crack
Sn. 21
N-D2-Poster-25
Injection Moulding
Technologies, Singapore
Sn. 20
of Automation, China University of Geosciences,
China, 2China University of Geosciences, China
Modelling Powder-binder Segregation in Powder
Sn. 19
N-D2-Poster-24
Vapor-Deposition Simulation to Investigate the
Rajesh K.
THAKUR1,
N.K.
GAUR1
University, India
N-D2-Poster-22
First Principles Study of Layered
Sn. 28
University of Singapore, Singapore
N-D2-Poster-28
Systematic Investigation of Formation Energy,
Crystal Structure, Electronic Structure, and
Optical Properties of Al-Doped ZnO Using First
Principles Calculations
Hsuan-Chung WU1#+
1Ming
Chi University of Technology, Taiwan
xLi2MnO3•(1-x)LiMo2 (M = Mn, Ni, Co, Etc.)
Cathode Materials for Lithium-Ion Batteries
Seid Mohammed GELETO1#+, Mesfin A. KEBEDE2
1Jimma
Institute of Technology, Ethiopia, 2Council for
Scientific and Industrial Research (CSIR), South Africa
Sn. 23
N-D2-Poster-23
Formation Mechanism of Graphene/ZnO
Capsules: Inspired by the First-Principle Study of
Acetylene Adsorption on the Nano-Crystalline
ZnO Surfaces
Xian JIAN1,2+, Frank Fei YUN1, Xiaolin WANG1#
1University
of Wollongong, Australia, 2University of
Electronic Science and Technology of China, China
110
110
Author Index
A.
A, Mohan Babu
M-D2-Poster-3, p.99
A, Vidyasagar
H-4, p.72
A. CHHABRA, Varun
F-D2-Poster-20, p.61
ABBASZADEH, Davood
J-4, p.82
ABDUL, Kadir
B-3, p.35
ABE, Ryu
F-3, p.57
ABRAHAMS, Jan Pieter
F-2, p.59
ADACHI, Chihaya
J-1, p.81
J-5, p.83
J-D2-Poster-4, p.85
M-1, p.95
ADAM, Shaffique
A-5, p.27
ADAMAKI, V.
H-2, p.74
ADAMO, Giorgio
C-3, p.37
ADAMS, Stefan
F-3, p.59
F-D2-Poster-12, p.61
G-2, p.63
G-3, p.67
G-4, p.66
G-4, p.67
G-5, p.66
G-D2-Poster-16, p.69
G-D2-Poster-20, p.69
G-D2-Poster-29, p.70
N-3, p.103
N-4, p.103
N-4, p.104
ADEYEYE, Adekunle
D-1, p.45
ADIKIMENAKIS, Adam
B-D2-Poster-5, p.36
ADURTY, Sunil
E-4, p.50
M-D2-Poster-21, p.101
AFANAS'EV, Valeri
E-1, p.52
AGARWALA, Shweta
L-1, p.93
AGER, Joel
G-5, p.65
AGO, Hiroki
A-1, p.25
AGRAWAL, Manvi
B-2, p.35
B-4, p.35
B-5, p.32
B-5, p.34
AHLAWAT, Navneet
H-5, p.71
AHLAWAT, Neetu
H-5, p.71
AHLUWALIA, Rajeev
H-5, p.73
AHMAD, Jahangir
H-5, p.76
AHMED, Aninda Nafis
H-4, p.72
AHMED, Asar
D-D2-Poster-19, p.48
AHN, Tae Kyu
J-D2-Poster-22, p.86
AIZAWA, Naoya
J-4, p.81
J-5, p.83
AJAYAN, Pulickel
A-6, p.24
K-D2-Poster-1, p.90
AKEY, Austin
M-4, p.96
AKIMOV, Yuriy A.
C-4, p.37
AKYILDIZ, Oncu
E-6, p.51
AKYOL, Fatih
B-1, p.34
AL BALUSHI, Zakaria
B-2, p.34
AL MAHARBI, Nasra Hamid
H-5, p.76
AL SAADI, Moza Nasser
H-5, p.76
AL SHABANOTI, Intisar
H-5, p.76
AL YAHMEDI, Khadija
Humaid
H-5, p.76
ALAM, Aftab
D-D2-Poster-20, p.48
ALEXEEV, Alexey
B-4, p.32
ALI, Magdy
F-5, p.60
ALI, Seifitokaldani
G-2, p.66
N-D2-Poster-5, p.109
ALIDOUST, Nasser
I-3, p.78
I-5, p.78
ALIKIN, Denis
G-6, p.68
ALKHALDI, Huda
K-3, p.88
AL-NAIB, Ibraheem
C-6, p.38
AMARIE, Sergiu
A-D2-Poster-34, p.30
C-2, p.39
AMBROSIO, Antonio
C-3, p.39
AMEZAWA, Koji
G-1, p.66
AMTHAUER, Georg
G-2, p.67
AN, Zhongfu
J-7, p.84
ANAND, Mulagumoottil
Jesudas
B-4, p.32
ANANDAN, Srinivasan
E-3, p.50
ANANDARAJ, Sathiyan
G-6, p.65
ANANTHAKRISHNAN,
Subramaniam
C-D2-Poster-5, p.42
ANAYA, Julian
B-1, p.32
ANDO, Yasunobu
N-3, p.104
ANDROULIDAKI, Maria
B-D2-Poster-5, p.36
ANG, Kian Siong
B-2, p.35
B-4, p.33
ANG, Mervin
J-2, p.83
J-2, p.82
J-D2-Poster-23, p.86
ANG, Soo Seng
M-D2-Poster-34, p.101
ANNAMALAI, Meenakshi
J-6, p.84
K-4, p.88
ANNIE, Annie
B-2, p.32
ANTIC, Zeljka
M-D2-Poster-22, p.101
ANTONOV, Milica
M-D2-Poster-39, p.102
ANTONY, Aldrin
F-5, p.57
F-D2-Poster-24, p.61
ANWAR, Shahid
H-3, p.75
ARADI, Bálint
F-1, p.58
ARAKAWA, Taro
E-D2-Poster-24, p.55
ARIANDO, A.
E-4, p.51
M-5, p.98
Ariando
H-5, p.73
ARIFIN, Ramli
C-6, p.39
ARRAMEL, Arramel
A-D2-Poster-7, p.28
ARULKUMARAN,
Subramaniam
B-5, p.32
B-5, p.34
ASADI, Kamal
H-1, p.71
ASAMURA, Hidetoshi
B-2, p.35
ASANO, Takamasa
G-D2-Poster-12, p.68
ASENSIO, Maria
I-1, p.79
ASMARA, Teguh Citra
C-5, p.40
ASTA, Mark D.
C-5, p.40
ATODIRESEI, Nicolae
N-6, p.105
AUCHTERLONIE, Graeme
E-6, p.52
AVILA, José
I-1, p.79
AWANG, Asmahani
C-6, p.39
AWANO, Hiroyuki
D-4, p.44
AWASTHI, Kamlendra
F-7, p.60
AYYASWAMY, Arivarasan
F-4, p.59
AZIZ, Michael
M-4, p.96
B.
B. M, Jaffar Ali
F-D2-Poster-22, p.61
BABU, Reddi
M-D2-Poster-3, p.99
BABU SAI SANKAR GUPTA,
Karthick Gupta
F-2, p.59
BADAPANDA, Tanmaya
H-3, p.75
H-D2-Poster-10, p.77
BAE, Kyuyoung
C-3, p.40
BAG, Rajesh K.
F-6, p.58
BAGLIN, John
K-1, p.88
BAI, Kewu
N-3, p.105
BAI, Ping
C-5, p.39
BAI, Rekha
F-D2-Poster-30, p.62
BAINSLA, Lakhan
D-D2-Poster-20, p.48
BALACHANDRAN, U. (Balu)
H-1, p.71
BALAMUNIAPPAN, Pranesh
M-3, p.99
BALANI, Kantesh
G-7, p.68
BAN, Dayan
M-1, p.95
BANERJEE, Karan
I-4, p.79
I-D2-Poster-2, p.80
BANERJEE, Malay Kumar
F-6, p.60
BANG, Do
D-4, p.44
BANSIL, Arun
I-1, p.78
I-3, p.79
I-3, p.78
I-5, p.78
I-5, p.79
BAO, Zhenan
L-3, p.91
BAPAT, Rudheer
A-5, p.26
BARABANENKOV, Yuri
D-5, p.45
BARANOV, Denis
C-4, p.39
C-D2-Poster-1, p.41
BARMAN, Anjan
D-1, p.46
BARNARD, John
K-2, p.89
BARNES, Stewart E.
D-3, p.44
BARPANDA, Prabeer
G-1, p.67
BASAK, Durga
F-2, p.57
BASAVARAJA, Basavanakote
111
111
G-D2-Poster-10, p.68
BASHAR, M. S.
H-4, p.72
BASHEED, G. A.
D-D2-Poster-2, p.47
BASSIM, Nabil
C-D2-Poster-1, p.41
BASU, Tanmoy
K-5, p.88
BATISTA, Victor
J-6, p.84
M-2, p.98
BATURIN, Ivan
G-6, p.68
BAZAN, Guillermo
J-1, p.81
BEHERA, Nilamani
D-4, p.46
BEHERA, Priyadarshini
Suchismita
D-3, p.47
BELARDINI, Alessandro
C-2, p.37
BELASHCHENKO, Kirill
D-1, p.45
D-1, p.44
BELOPOLSKI, Ilya
I-3, p.78
I-5, p.78
BELOV, Pavel
C-4, p.39
BENDER, Scott
D-6, p.46
BERENDTS, Stefan
G-2, p.67
BERGER, Christoph
B-4, p.33
BERGER, Daniela
H-D2-Poster-7, p.77
BERNDT, Andre
L-3, p.91
BERNHOLC, Jerry
N-2, p.105
BERTRAM, Frank
B-3, p.32
B-3, p.33
B-4, p.33
B-4, p.33
BESBAS, Jean
D-3, p.46
I-D2-Poster-2, p.80
BETIOL, Andrew A
M-3, p.99
BETTIOL, Andrew A.
K-3, p.89
K-4, p.89
K-5, p.89
K-5, p.89
BHARDWAJ, Devanshi
M-D2-Poster-20, p.100
BHASKARAN, Harish
A-4, p.24
BHATTACHARYA, Arnab
A-5, p.26
B-2, p.32
BHATTACHARYYA, Aninda J.
G-2, p.64
G-3, p.66
BHAVANASI, V.
H-D2-Poster-3, p.76
BHAVANASI, Venkateswarlu
G-2, p.65
H-4, p.74
BHOBE, Preeti Anand
D-3, p.47
BI, Hui
L-2, p.92
BI, Ze-Tong
N-D2-Poster-7, p.109
BIAN, Guang
I-2, p.78
I-3, p.78
I-5, p.78
BIEL, Blanca
A-3, p.25
A-4, p.27
BINEK, Christian
D-1, p.44
BISSANNAGARI, Murali
D-D2-Poster-12, p.48
BLACKWOOD, Daniel John
G-D2-Poster-5, p.68
BLANCHARD-DESCE,
Mireille
C-5, p.40
BLOM, Paul
H-1, p.71
J-4, p.82
BLÜGEL, Stefan
N-6, p.105
BOONRUESI, Worawut
D-D2-Poster-5, p.47
BORISENKO, Sergey
I-4, p.78
BOSMAN, Michel
B-D2-Poster-3, p.36
BOUAL, Sophie
C-3, p.38
BOULINEAU, Adrien
G-3, p.63
BOULLE, Olivier
D-3, p.44
BOWEN, Chris
H-2, p.74
BOWLER, David
E-5, p.50
H-6, p.73
N-2, p.104
BRADLEY, R. M.
K-5, p.88
BRAHLEK, Matthew
D-3, p.46
I-4, p.79
I-D2-Poster-2, p.80
BRATAAS, Arne
D-6, p.46
BRAVO-ABAD, Jorge
C-2, p.40
BRAZDOVA, Veronika
E-5, p.50
BREESE, Mark
C-5, p.40
K-4, p.88
K-5, p.89
K-5, p.88
K-6, p.89
K-D2-Poster-1, p.90
BRIGGS, Andrew
J-4, p.83
BRUNO, Annalisa
B-2, p.35
BU, Sang-Don
H-D2-Poster-4, p.76
BUDIMAN, Arief Suriadi
G-2, p.66
G-3, p.66
BUONGIORNO NARDELLI,
Marco
N-1, p.108
BURGESS, Simon
A-D2-Poster-30, p.30
BURTON, Lee
N-4, p.107
BUSONO, Pratondo
N-D2-Poster-20, p.110
BUTRATTANA, Chanita
D-5, p.47
BYEON, Hye Hyeon
A-D2-Poster-3, p.28
C.
CACIUC, Vasile
N-6, p.105
CAI, Guofa
L-3, p.93
L-6, p.93
CAI, Mavis
E-D2-Poster-16, p.54
CAI, Pengfei
N-2, p.107
CAI, Pingqiang
L-D2-Poster-13, p.94
CAI, Yao
C-5, p.40
CAI, Yijun
C-5, p.41
CAI, Yongqing
N-2, p.107
CAIRONI, Mario
J-3, p.82
CALDWELL, Joshua
C-D2-Poster-1, p.41
CALLSEN, Gordon
B-4, p.33
CALLSEN, Martin
N-6, p.105
CALUGARU, Mihai
H-D2-Poster-7, p.77
CAMPBELL, David
A-4, p.26
CAO, Chunfang
B-2, p.34
CAO, Wei
C-6, p.38
CAPASSO, Federico
C-3, p.39
CARVALHO, Alexandra
A-3, p.25
A-4, p.26
A-4, p.26
CASTELLI, Ivano Eligio
N-1, p.106
CASTRO NETO, Antonio
Helio
A-3, p.25
A-4, p.26
CATCHPOLE, Kylie
F-1, p.56
CATTARINUZZI, Emanuele
L-4, p.91
CENTINI, Marco
C-2, p.37
CEPELLOTTI, Andrea
N-1, p.106
CERENO, Daniel Ismael
E-D2-Poster-25, p.55
CERNEA, Marin
H-6, p.76
H-D2-Poster-6, p.76
CHA, Sung Min
F-D2-Poster-32, p.62
G-5, p.64
G-D2-Poster-25, p.69
CHADDHA, Om Parkash
G-5, p.67
CHAI, Jianwei
A-D2-Poster-10, p.29
A-D2-Poster-13, p.29
E-2, p.52
E-D2-Poster-3, p.53
CHAKRABORTY, Supriyo
N-1, p.103
CHAKRABORTY, Tirthankar
H-D2-Poster-9, p.77
CHALKE, Bhagyashree
A-5, p.26
CHAN, Che Ting
C-3, p.40
CHAN, Taw Kuei
K-4, p.88
K-D2-Poster-1, p.90
CHAN, Yin Thai
M-1, p.96
CHAND, Suresh
F-4, p.57
CHANDRAN, Sudakar
F-D2-Poster-14, p.61
H-4, p.73
CHANDRASEKARAN, Naresh
J-1, p.83
J-3, p.83
CHANDRASENA, Ravini
Udeshika
I-3, p.79
CHANG, Chia-Chin
G-6, p.67
CHANG, Guoqing
I-3, p.78
I-5, p.78
CHANG, Jeng-Kuei
G-4, p.65
G-5, p.67
CHANG, Lei
F-D2-Poster-31, p.62
H-5, p.75
CHANG, Lo-Yueh
E-D2-Poster-21, p.54
CHANG, Robert
C-4, p.40
CHANG, Tay-Rong
I-3, p.78
I-3, p.79
I-5, p.78
CHANG, Wen-Hao
A-1, p.26
CHANG, Won Suk
L-D2-Poster-4, p.93
CHANTANA, Jakapan
F-2, p.56
CHARTRAND, Patrice
G-2, p.66
N-D2-Poster-5, p.109
CHATTERJEE, Sougata
C-D2-Poster-5, p.42
CHATTI, Manjunath
F-5, p.58
CHAUDHARY, Sujeet
112
112
D-4, p.46
F-D2-Poster-30, p.62
CHAUHAN, Shipra
E-6, p.52
CHAVAN, Pradeep
H-D2-Poster-13, p.77
H-D2-Poster-14, p.77
CHEAH, Wei Li
H-5, p.73
H-6, p.73
CHELLAPPAN, Vijila
A-D2-Poster-39, p.31
M-1, p.97
CHEN, Baoqin
M-3, p.96
CHEN, Ce-Belle
K-5, p.89
CHEN, Chaoyu
I-1, p.79
CHEN, Chia-Hao
A-3, p.26
E-D2-Poster-21, p.54
CHEN, Chien-Han
A-D2-Poster-14, p.29
CHEN, Chien-Hsu
D-3, p.43
CHEN, Chi-Liang
E-D2-Poster-21, p.54
CHEN, Ching-Fu
C-1, p.38
CHEN, Deyang
H-3, p.73
CHEN, Feng
K-3, p.89
CHEN, Geng
L-4, p.93
CHEN, Haomin
G-4, p.66
N-3, p.103
N-4, p.104
CHEN, Hong Wen
C-3, p.41
CHEN, Jia-Wern
C-1, p.38
CHEN, Jincan
G-D2-Poster-19, p.69
CHEN, Jingsheng
D-5, p.44
D-5, p.46
D-D2-Poster-16, p.48
H-2, p.74
H-3, p.72
H-5, p.73
CHEN, Jingwei
G-2, p.64
CHEN, Joseph
L-3, p.91
L-D2-Poster-11, p.94
CHEN, Junsong
G-D2-Poster-5, p.68
CHEN, Junze
F-5, p.59
CHEN, Lan
A-3, p.24
CHEN, Liang
N-5, p.108
CHEN, Liquan
G-4, p.63
CHEN, Mu-Ku
C-1, p.38
CHEN, Nan
C-D2-Poster-4, p.41
CHEN, Ningli
B-4, p.35
CHEN, Peter
M-4, p.98
CHEN, Qu
A-D2-Poster-35, p.30
CHEN, Runfeng
J-7, p.84
CHEN, Shuai
L-2, p.91
CHEN, Shuang
N-4, p.105
N-D2-Poster-4, p.109
CHEN, Shuting
H-1, p.73
CHEN, Songyan
B-4, p.35
B-5, p.33
CHEN, Szu-Hung
E-1, p.52
CHEN, Ting-Yu
C-1, p.38
CHEN, Tsan-Yao
G-6, p.67
CHEN, Wan Sin
E-3, p.53
CHEN, Wei
A-3, p.27
CHEN, Wei-Ting
C-1, p.38
CHEN, Xiangzhong
H-3, p.73
CHEN, Xiaodong
L-2, p.93
L-4, p.93
L-D2-Poster-12, p.94
L-D2-Poster-13, p.94
L-D2-Poster-3, p.93
CHEN, Yifeng
N-4, p.106
CHEN, Yi-Hao
C-1, p.38
CHEN, Yingqian
G-5, p.64
N-3, p.105
CHEN, Yongjin
B-5, p.35
CHEN, Yuanping
N-3, p.108
CHEN, Yulin
I-1, p.78
CHEN, Yu-Wen
A-D2-Poster-17, p.29
CHEN, Zhong
F-3, p.59
CHENG, Bo Han
C-3, p.41
CHENG, Chiu-Ping
E-1, p.52
E-3, p.53
CHENG, Nai-Fu
N-2, p.103
CHENG, Yingchun
A-D2-Poster-5, p.28
CHENG, Yi-Ting
E-3, p.53
CHENG, Zhenxiang
H-2, p.74
CHERN, Ruey-Lin
C-D2-Poster-6, p.42
CHETIA, Tridip
F-D2-Poster-10, p.60
CHHOWALLA, Manish
A-5, p.26
CHI, Chunyan
J-2, p.81
J-D2-Poster-13, p.85
J-D2-Poster-15, p.85
J-D2-Poster-2, p.84
J-D2-Poster-21, p.86
CHI, Dongzhi
A-D2-Poster-10, p.29
A-D2-Poster-13, p.29
A-D2-Poster-32, p.30
E-2, p.52
E-D2-Poster-3, p.53
CHIA, Elbert E. M.
A-3, p.27
F-2, p.59
CHIAM, Sing Yang
E-D2-Poster-17, p.54
CHIANG, Chia-Ying
A-D2-Poster-17, p.29
CHIANG, Tsai-Ching
M-4, p.99
CHIANG, Wei-Hung
G-4, p.65
CHIDAMBARAM, Vivek
E-D2-Poster-20, p.54
CHIGAREV, Sergey
D-6, p.45
CHINTALAPATI, Sandhya
F-D2-Poster-11, p.61
CHINYA, Ipsita
H-8, p.76
CHO, In-Hwan
B-3, p.36
B-D2-Poster-1, p.36
CHO, Sam Yeon
H-D2-Poster-4, p.76
CHO, Sung Hun
H-2, p.73
CHO, Yong-In
L-D2-Poster-10, p.94
CHOI, Bum Ho
J-D2-Poster-18, p.85
CHOI, Eunyoung
N-D2-Poster-16, p.109
CHOI, In-Suk
G-4, p.66
CHOI, Jun Hee
A-D2-Poster-22, p.30
L-D2-Poster-10, p.94
CHOI, Jun Hyuk
B-3, p.36
CHOI, Jung-Hae
N-4, p.105
CHOI, Kyung Cheol
L-4, p.93
CHOI, Seung Hee
M-6, p.98
CHOI, Seungyeop
L-4, p.93
CHOI, Won Seok
A-D2-Poster-40, p.31
F-D2-Poster-33, p.62
CHOI, Woong
A-2, p.24
CHOI, Y.
E-7, p.50
CHON, Jae Hee
E-D2-Poster-15, p.54
CHONG, Ser Choong
E-D2-Poster-25, p.55
CHOO, Kee Nam
B-D2-Poster-1, p.36
CHOO, Kim Kian
J-2, p.82
J-2, p.83
CHORTOS, Alex
L-3, p.91
CHOU, Hsing-Yi
E-1, p.52
CHOUDHURI, Indrani
N-D2-Poster-6, p.109
CHOUDHURY, Abhik
N-1, p.103
CHOUDHURY, Namita Roy
F-3, p.57
CHOW, Gan Moog
D-5, p.46
D-D2-Poster-16, p.48
CHOWDARI, B.V.R.
G-5, p.66
CHOWDHURY, M. Foysol
C-3, p.38
CHOY, Kwang-Leong
F-1, p.58
CHRISTEN, Juergen
B-3, p.32
B-3, p.33
B-4, p.33
B-4, p.33
CHSHIEV, Mairbek
D-3, p.44
CHU, Cheng Hung
C-1, p.38
CHU, Chih-Wei
M-4, p.97
CHU, Geng
G-1, p.64
G-4, p.63
CHU, Hong-Son
C-4, p.37
CHU, Lek-Heng
N-2, p.106
N-5, p.104
CHU, Paul
K-1, p.89
CHU, Wang
J-D2-Poster-3, p.84
CHUA, Julianto
F-D2-Poster-4, p.60
CHUA, Lay-Lay
J-2, p.83
J-2, p.82
J-3, p.84
J-3, p.82
J-4, p.83
J-D2-Poster-12, p.85
J-D2-Poster-16, p.85
J-D2-Poster-17, p.85
J-D2-Poster-23, p.86
CHUA, Soo-Jin
B-3, p.35
M-D2-Poster-13, p.100
CHUANG, Feng-Chuan
I-3, p.79
CHUDASAMA,
Bhupendrakumar
C-6, p.37
CHUI, King Jien
E-4, p.52
E-D2-Poster-12, p.54
113
113
CHUMPON, Onanong
N-D2-Poster-13, p.109
CHUNG, Chih-Chun
F-3, p.56
CHUNG, Jong Won
E-D2-Poster-22, p.54
M-D2-Poster-30, p.101
CHUREEMART, Jessada
D-5, p.47
D-D2-Poster-3, p.47
D-D2-Poster-4, p.47
D-D2-Poster-5, p.47
D-D2-Poster-6, p.47
D-D2-Poster-7, p.47
D-D2-Poster-9, p.47
CHUREEMART, Phanwadee
D-5, p.47
D-D2-Poster-3, p.47
D-D2-Poster-4, p.47
D-D2-Poster-5, p.47
D-D2-Poster-6, p.47
D-D2-Poster-7, p.47
D-D2-Poster-9, p.47
CLABBER, Max
F-2, p.59
CLIMENT FONT, Aurelio
M-5, p.96
COCKS, Daniel
J-D2-Poster-6, p.85
COHEN, Marvin
N-3, p.108
CONG, Chunxiao
N-6, p.107
CONG, Longqing
C-4, p.38
C-5, p.38
C-6, p.38
CONTRO, Roberto
L-4, p.91
CORDIER, Yvon
B-1, p.34
CORDONIER, Christpher E.J.
E-D2-Poster-14, p.54
E-D2-Poster-24, p.55
COSTA, Miguel Dias
N-D2-Poster-27, p.110
COURTE, Marc
F-4, p.59
CRACIUN, Irina
J-4, p.82
CROS, Vincent
D-3, p.44
CUI, Bo
N-4, p.104
CUI, Guanglei
G-D2-Poster-11, p.68
CUI, Mengqi
L-3, p.93
CUI, Xiaodong
A-2, p.26
CULUBRK, Sanja
M-D2-Poster-22, p.101
CURSON, Neil
E-5, p.50
CURTAROLO, Stefano
N-1, p.105
CUSTER, Jonathan S.
K-2, p.87
D.
D, Bharathi Mohan
C-5, p.38
D, Narayana Rao
M-D2-Poster-28, p.101
D., Pamu
M-7, p.98
D.S, Prem Kumar
B-5, p.36
F-D2-Poster-15, p.61
DADGAR, Armin
B-4, p.33
DADWAL, Uday
F-6, p.58
F-D2-Poster-8, p.60
DAENG AM, Wassana
D-D2-Poster-6, p.47
D-D2-Poster-7, p.47
DALLAS, Panagiotis
J-4, p.83
DAPPE, Yannick
A-3, p.25
DAR, Mudasir H.
M-D2-Poster-28, p.101
DARAMALLA, Venkat
D-3, p.46
DARVISH GANJI, Masoud
N-6, p.105
DAS, Amal Kumar
D-4, p.45
DAS, Bidhu Bhusan
D-D2-Poster-14, p.48
D-D2-Poster-8, p.47
DAS, Gour P.
A-4, p.25
N-1, p.107
DAS, Shantanu
C-D2-Poster-5, p.42
DAS, Suman
G-2, p.64
DAS, Tapan Kumar
F-3, p.59
F-D2-Poster-14, p.61
F-D2-Poster-17, p.61
DASGUPTA, Amitava
B-4, p.34
DASGUPTA, Nandita
B-4, p.34
DATTA, Subhadeep
M-2, p.98
DAYAL, Govind
C-4, p.38
DAYAL, Guru
F-D2-Poster-3, p.60
DE GEYER, Arnaud
G-3, p.63
DE GROOT, Huub
F-2, p.59
DE LEEUW, Dago
H-1, p.71
DE LUCA, Andrea
C-3, p.38
DE OLIVEIRA, Aderbal
D-D2-Poster-21, p.48
DEAK, Peter
F-1, p.58
DEB, Arpan Krishna
N-5, p.107
DEEP, Akash
F-D2-Poster-20, p.61
DEISSEROTH, Karl
L-3, p.91
DELLA, Christian
H-4, p.75
N-D2-Poster-18, p.110
DENG, Haokun
G-4, p.63
DENG, Jian
J-D2-Poster-1, p.84
DENG, Jinyu
D-5, p.46
D-D2-Poster-16, p.48
H-2, p.74
DENG, Zhi
N-5, p.104
DENGG, Thomas
N-2, p.104
DEORANI, Praveen
I-4, p.79
DEOSARKAR, Shankar
C-4, p.41
DESHMUKH, Kedar
J-3, p.83
DESHMUKH, Mandar
A-5, p.26
DESSAU, Daniel
I-1, p.79
DEVA, Dinesh
G-D2-Poster-2, p.68
DEVARAJ, Nataraj
M-7, p.99
DEVI, P. Sujatha
F-9, p.60
DEVLIN, Robert
C-3, p.39
DEWILDE, Yannick
C-1, p.37
DHANKHAR, Sunil
M-D2-Poster-17, p.100
DHAR, Sukanya
A-D2-Poster-29, p.30
DHAYABARAN, Violet
M-4, p.95
M-D2-Poster-24, p.101
DIAU, Eric Wei-Guang
F-3, p.56
DIENY, Bernard
D-3, p.44
DIGIORGIO, Cinzia
I-3, p.79
DILASARI, Bonita
G-5, p.63
DIMITRAKIS, Panagiotis
B-D2-Poster-5, p.36
DING, Jun
D-D2-Poster-13, p.48
K-D2-Poster-1, p.90
M-D2-Poster-26, p.101
DING, Lu
M-D2-Poster-34, p.101
DING, Zijing
A-D2-Poster-32, p.30
A-D2-Poster-8, p.28
DMITRIEV, Pavel
C-4, p.39
DOLLE, Mickael
G-2, p.66
N-D2-Poster-5, p.109
DONETTI, Luca
A-4, p.27
DONG, Huanli
E-3, p.51
DONG, Kaifeng
D-5, p.46
D-D2-Poster-16, p.48
N-D2-Poster-24, p.110
DONG, Shaoqiang
J-D2-Poster-13, p.85
DONG, Shuxiang
H-3, p.72
DONG, Zhaogang
C-3, p.40
C-4, p.38
C-5, p.37
C-5, p.37
DONG, Zhili
G-5, p.66
DOUNDOULAKIS, Georgios
B-D2-Poster-5, p.36
DOWBEN, Peter
D-1, p.44
DRAGAN, Nicolae
H-D2-Poster-8, p.77
DRAGOMIR, Mirela
H-D2-Poster-7, p.77
DRAMICANIN, Miroslav
M-D2-Poster-18, p.100
M-D2-Poster-22, p.101
M-D2-Poster-39, p.102
DRENNAN, John
E-6, p.52
DU, Donghe
J-7, p.84
M-3, p.97
DU, Huiwei
F-4, p.58
DU, Luping
C-2, p.40
DU, Peng
M-4, p.96
M-D2-Poster-33, p.101
DUAN, Wenchao
G-D2-Poster-13, p.68
DUAN, Xiangfeng
A-1, p.25
DUBROVKIN, Alexander
C-3, p.40
DUDEM, Bhaskar
F-D2-Poster-34, p.62
H-3, p.74
M-D2-Poster-37, p.102
DUHM, Steffen
E-3, p.51
DUINE, Rembert
D-6, p.46
DUONG, Le Quy
I-4, p.80
DUSCHER, Gerd
M-1, p.98
DUTTA, Gourab
B-4, p.34
DYCK, Ondrej
M-1, p.98
DYKAS, Michal
F-D2-Poster-13, p.61
G-5, p.65
114
114
E.
E, Sandeep
D-D2-Poster-8, p.47
E. AIFANTIS, Katerina
G-4, p.63
E. GHERIBI, Aimen
N-D2-Poster-5, p.109
EBRAHIM, Shaker
F-5, p.60
F-D2-Poster-21, p.61
ECHTENKAMP, Will
D-1, p.44
EDA, Goki
A-2, p.25
F-4, p.57
EDGAR, James
C-D2-Poster-1, p.41
EDMONDS, Mark
A-2, p.28
EFTYCHIS, Savvas
B-D2-Poster-5, p.36
EGAWA, Takashi
B-2, p.32
EH, Alice Lee Sie
L-3, p.93
EL NADY, Jehan
F-5, p.60
F-D2-Poster-21, p.61
ELAYAPILLAI, Elanthamilan
J-D2-Poster-5, p.85
ELIZABETH, Suja
H-D2-Poster-9, p.77
ELLIMAN, Robert
K-2, p.87
ELSHAHAWY, Abdelnaby
H-5, p.74
EM-UDOM, Jatupon
N-5, p.104
ENDO, Masaru
F-D2-Poster-2, p.60
ENGEL, Christian
D-2, p.46
ENGLAND, Jonathan
K-2, p.87
EOM, Kiryung
F-3, p.58
F-D2-Poster-5, p.60
EON, David
E-3, p.52
ESCOBAR, Marianela
H-2, p.72
ETIER, Morad
H-2, p.72
F.
F. JAGER, Wolter
F-2, p.59
FACCHETTI, Antonio
J-2, p.81
FAHLMAN, Mats
E-3, p.50
FAN, Hongjin
F-4, p.59
G-D2-Poster-22, p.69
FAN, Quli
J-7, p.84
FAN, Weijia
D-5, p.46
FAN, Xiao-Feng
N-D2-Poster-2, p.108
FAN, Xiaolong
D-5, p.46
FAN, Ye
A-4, p.24
FAN, Zhen
H-2, p.74
FAN, Zhiyong
L-3, p.92
FANCHIANG, Y. T.
E-1, p.52
FANG, Jin
M-D2-Poster-36, p.102
N-D2-Poster-24, p.110
FANG, Nicholas
C-2, p.38
C-4, p.37
FANG, Yimei
A-D2-Poster-36, p.31
FAZIO, Eugenio
C-2, p.37
FEDOR, Jan
I-3, p.79
FEI, Zhuping
J-4, p.84
FENG, Cunfang
J-D2-Poster-1, p.84
FENG, Xinliang
L-1, p.91
FENG, Yuan Ping
A-D2-Poster-12, p.29
A-D2-Poster-13, p.29
E-2, p.52
E-3, p.51
F-D2-Poster-11, p.61
H-3, p.72
I-4, p.80
I-D2-Poster-1, p.80
M-D2-Poster-26, p.101
N-2, p.107
N-D2-Poster-12, p.109
N-D2-Poster-27, p.110
N-D2-Poster-8, p.109
FEREIDOON, Abdolhossein
N-6, p.105
FERT, Albert
D-3, p.44
FICHOU, Denis
F-3, p.59
F-4, p.59
F-5, p.57
M-5, p.96
FILIMONOV, Yuri
D-3, p.45
FINLEY, Jonathan
B-3, p.33
FIORI, Gianluca
A-2, p.25
FISHER, Andrew
E-5, p.50
FISHER, Craig A. J.
G-1, p.67
FITZGERALD, Eugene
B-1, p.32
B-3, p.35
FLEIG, Jürgen
G-2, p.67
FRAUENHEIM, Thomas
F-1, p.58
FRIEDMAN, Alex
K-2, p.89
FUJITA, Katsuhiko
J-D2-Poster-8, p.85
FUKAMI, Shunsuke
D-1, p.43
FUKUDA, Kentaro
M-3, p.98
M-4, p.96
M-D2-Poster-14, p.100
M-D2-Poster-15, p.100
FUKUSHIMA, Takanori
E-2, p.50
FUNAKUBO, Hiroshi
H-3, p.72
FUNAYAMA, Keita
G-1, p.66
FUNG, Kin Hung
C-4, p.37
FURUBE, Akihiro
F-3, p.56
FURUE, Ryuhei
J-4, p.81
FURUKAWA, Taro
J-1, p.81
M-1, p.95
G.
GAFUR, M. A.
H-4, p.72
GALLI, Giulia
N-4, p.105
GAMBARDELLA, Pietro
D-2, p.44
GÁMIZ, Francisco
A-4, p.27
GAN, Chee Kwan
N-4, p.106
GANAPATHY, Sasikala
F-4, p.59
GANDHI, Alagappan
M-D2-Poster-34, p.101
GANDLA, Srinivas
L-D2-Poster-15, p.94
GANGULI, Ashok
I-6, p.78
GANGULI, Sagar
F-5, p.58
GANN, Eliot
J-1, p.83
J-3, p.83
J-3, p.82
GAO, David
B-D2-Poster-2, p.36
GAO, Ming
F-4, p.58
GAO, Pingqi
F-3, p.58
GAO, Xingsen
H-3, p.73
GAO, Yanling
H-2, p.72
GARDNER, Julian
C-3, p.38
GARG, Alka
K-D2-Poster-4, p.90
GARG, Manjari
F-6, p.58
GARG, Vijayendra
D-D2-Poster-21, p.48
GAUR, N.K.
D-D2-Poster-17, p.48
N-D2-Poster-21, p.110
GAUTHIER, Michel
G-2, p.66
GAW, Sheng Long
G-5, p.66
GAWALI, Swati
F-4, p.59
GELETO, Seid Mohammed
N-D2-Poster-22, p.110
GEOHEGAN, David
A-3, p.24
M-1, p.98
GEORGAKILAS, Alexandros
B-1, p.35
B-D2-Poster-5, p.36
GEORGE, Antony
A-6, p.24
K-D2-Poster-1, p.90
GERLACH, Jürgen W.
K-3, p.87
GHEEREART, Etienne
E-3, p.52
GHILANE, Jalal
G-3, p.65
GHOSH, Siddhartha
D-D2-Poster-13, p.48
G-5, p.65
J-6, p.84
M-2, p.98
M-5, p.98
GHOSHAL, Sib Krishna
C-6, p.39
GIBERTINI, Marco
N-1, p.106
GIENGER, Jonas
E-7, p.51
GIERAK, Jacques
K-1, p.87
GILSON, Erik
K-2, p.89
GIRI SADASIVAM,
Karthikeyan
B-5, p.34
B-5, p.32
GODOY, Andrés
A-4, p.27
GOH, Cindy
N-D2-Poster-18, p.110
GOH, Kian Hui
B-2, p.32
GOH, Kuan Eng Johnson
A-D2-Poster-26, p.30
A-D2-Poster-39, p.31
GOH, Wei Peng
M-1, p.97
GOLI, Nagaraju
F-D2-Poster-32, p.62
G-5, p.64
G-D2-Poster-25, p.69
GOMES, Lidia
A-3, p.25
A-4, p.26
GONG, Qian
B-2, p.34
GONG, Qihuang
C-4, p.40
GONG, Xiao
B-2, p.32
GONZÁLEZ, César
A-3, p.25
GOOLAUP, Sarjoosing
D-2, p.46
GOPALAN, Raghavan
G-5, p.63
GOSAVI, Suresh
115
115
G-D2-Poster-15, p.69
GOSWAMI, Sreebrata
J-6, p.84
M-2, p.98
GOSWAMI, Sreetosh
A-5, p.25
J-6, p.84
M-2, p.98
GOTO, Tomoyo
H-2, p.73
GRAETZEL, Michael
F-D2-Poster-3, p.60
GRANDE, Pedro
K-2, p.87
GRASSMAN, Tyler
B-2, p.33
GRAY, Alex
I-3, p.79
GREENMAN, Michael
J-4, p.81
GREGORY, Stephen
K-5, p.87
GRILJ, Veljko
K-1, p.89
GRIMSDALE, Andrew
G-D2-Poster-4, p.68
G-D2-Poster-8, p.68
J-3, p.81
GROTE, David
K-2, p.89
GRUVERMAN, Alexei
H-1, p.73
GU, Alex
H-D2-Poster-18, p.77
GU, Cheng
G-D2-Poster-1, p.68
GU, Min
C-1, p.38
F-2, p.56
GU, Wenyi
G-2, p.63
G-4, p.67
GU, Yang
L-4, p.91
GU, Ying
C-4, p.40
GUAN, Cao
G-5, p.65
H-5, p.74
H-D2-Poster-21, p.78
GUAN, Shan
A-D2-Poster-5, p.28
GUBAYDULLIN, Azat
C-D2-Poster-8, p.42
GUNGORDU, Utkan
D-1, p.45
GUO, Guang-Yu
D-5, p.46
I-3, p.78
N-2, p.106
GUO, Han
J-3, p.82
J-3, p.84
J-D2-Poster-12, p.85
GUO, L. Jay
M-D2-Poster-32, p.101
M-D2-Poster-35, p.102
GUO, Lichao
G-D2-Poster-23, p.69
GUO, Peijun
C-4, p.40
GUO, Peizhi
L-2, p.93
GUO, Qi
D-4, p.44
D-D2-Poster-1, p.47
GUO, Rui
D-5, p.44
GUO, Tzung-Fang
M-4, p.98
GUO, Wei
M-3, p.96
GUO, Xiao
H-3, p.74
GUO, Xin
B-4, p.33
GUPTA, Alka
G-7, p.68
GUPTA, Anurag
D-D2-Poster-2, p.47
GUPTA, Manoj
C-4, p.38
GUPTA, Prashant
K-2, p.87
GUPTA, Sanjeev Kumar
A-D2-Poster-31, p.30
A-D2-Poster-33, p.30
M-5, p.95
GUPTA, Vinay
K-D2-Poster-4, p.90
H.
HA, Na Young
M-D2-Poster-2, p.99
HABERLAND, Kolja
B-3, p.34
HAKURO, Tomomi
G-D2-Poster-3, p.68
HALDAR, Arabinda
D-1, p.45
HALLAL, Ali
D-3, p.44
HAN, Dong
N-D2-Poster-3, p.109
HAN, Ji-Young
F-D2-Poster-33, p.62
HAN, Junfeng
A-D2-Poster-5, p.28
HAN, Kui
N-D2-Poster-7, p.109
HAN, Kun
E-4, p.51
HAN, Seungwu
A-D2-Poster-28, p.30
N-2, p.108
N-3, p.103
N-D2-Poster-15, p.109
N-D2-Poster-17, p.110
HAN, Song
C-3, p.39
HAN, Tao
M-4, p.97
HAN, Xiaodong
B-5, p.35
HAN, Xiufeng
D-2, p.43
HAN, Yang
J-4, p.84
HANAGATA, Nobutaka
A-D2-Poster-24, p.30
HANAKATA, Paul
A-3, p.25
A-4, p.26
HANSON, George
C-4, p.37
HAO, He
C-4, p.40
HAO, Xiao-Tao
F-2, p.56
HARICHANDAN, Ranjan
H-3, p.75
HARIDOSS, Prathap
G-5, p.63
HART, Judy
N-6, p.104
HARTMANN, Jana
B-4, p.33
HASAN, Dihan
C-D2-Poster-2, p.41
C-D2-Poster-3, p.41
C-D2-Poster-4, p.41
HASAN, M. Zahid
I-3, p.78
I-5, p.78
HAUS, Joseph
C-2, p.37
HAWKEN, Samantha
A-4, p.24
HAYAKAWA, Ryoma
E-4, p.51
J-5, p.81
HAYASE, Shuzi
F-4, p.56
F-4, p.58
HAYASHI, Akitoshi
G-2, p.64
G-3, p.64
G-3, p.67
G-D2-Poster-12, p.68
G-D2-Poster-14, p.69
HAYASHI, Shunsuke
B-5, p.33
HAYAZAWA, Norihiko
M-2, p.96
HE, Chaobin
H-D2-Poster-20, p.77
HE, Chunnian
G-1, p.65
G-D2-Poster-23, p.69
HE, Jian
F-3, p.58
HE, Jiating
H-4, p.72
HE, Kuang
A-D2-Poster-35, p.30
HE, Zhilong
G-1, p.64
HECTOR, Andrew
A-4, p.24
HEENEY, Martin
J-3, p.81
J-4, p.84
HEIMEL, Georg
E-2, p.50
HERNÁNDEZ-VÉLEZ, Manuel
M-5, p.96
HERSAM, Mark C.
A-1, p.26
HEW, Kai Ming
M-5, p.97
HI, Keane
K-3, p.89
HIDE, Ichiro
B-2, p.35
HIGASHIGUCHI, Kenji
E-4, p.51
J-5, p.81
HIPPALGAONKAR, Kedar
A-1, p.24
HIRAMOTO, Masahiro
J-5, p.83
J-D2-Poster-7, p.85
J-D2-Poster-9, p.85
HIRATA, Takafumi
M-4, p.96
HISAMATSU, Syohei
G-D2-Poster-3, p.68
HISHIKI, Shigeomi
B-2, p.35
HO, Chong Pei
C-D2-Poster-4, p.41
HO, Chongpei
C-D2-Poster-2, p.41
C-D2-Poster-3, p.41
HO, Kuan Hung
H-5, p.74
HO, Peter
J-2, p.83
J-2, p.82
J-3, p.84
J-3, p.82
J-4, p.83
J-D2-Poster-12, p.85
J-D2-Poster-19, p.86
J-D2-Poster-23, p.86
HO, Samuel C.H.
N-6, p.104
HO, Sut Kam
N-D2-Poster-10, p.109
HO, Xinning
L-D2-Poster-2, p.93
HODGKISS, Justin
J-3, p.83
HOFFMAN, Timothy
C-D2-Poster-1, p.41
HOFFMANN, Axel
B-4, p.33
HOFMANN, Oliver
E-1, p.50
HOFSÄSS, Hans
K-3, p.88
HOLZNER, Felix
A-5, p.24
HONG, Jiawang
H-2, p.72
HONG, Jung-Il
M-D2-Poster-2, p.99
HONG, Minghui
C-1, p.41
HONG, Minghwei
E-1, p.52
E-3, p.53
HONG, Woo Tae
E-D2-Poster-23, p.55
HONG, Youn Woo
M-D2-Poster-31, p.101
HONGYU, Chen
L-D2-Poster-5, p.93
HONMA, Hideo
E-D2-Poster-14, p.54
E-D2-Poster-15, p.54
E-D2-Poster-19, p.54
E-D2-Poster-24, p.55
HONO, Kazuhiro
D-1, p.43
116
116
HOOP, Marcus
H-3, p.73
HOPPER, Richard
C-3, p.38
HORIUCHI, Yoshio
E-D2-Poster-14, p.54
E-D2-Poster-24, p.55
HOSSAIN, Quazi Delwar
H-4, p.72
HOU, Zhipeng
I-D2-Poster-3, p.80
HOUSSA, Michel
E-1, p.52
HSIEH, Wen Ting
C-1, p.38
HSU, Hsu-Cheng
M-4, p.99
HSU, Po-Chun
E-D2-Poster-6, p.53
HSU, Wen Dung
G-6, p.67
G-7, p.67
N-2, p.103
N-D2-Poster-19, p.110
HU, Chen
J-D2-Poster-17, p.85
HU, Jiang Feng
D-D2-Poster-16, p.48
HU, Peng
J-6, p.83
HU, Qing
C-2, p.38
HU, Xiaowen
F-D2-Poster-18, p.61
HU, Yan
G-2, p.63
HU, Yating
H-5, p.74
H-D2-Poster-21, p.78
HUANG, Fei
M-D2-Poster-10, p.100
HUANG, Fuqiang
L-2, p.92
HUANG, Han
A-3, p.28
HUANG, Hui
L-4, p.92
HUANG, Jianqiu
G-4, p.63
HUANG, Kun
C-4, p.38
HUANG, Qizhao
G-4, p.64
HUANG, Shin-Ming
I-3, p.78
I-5, p.78
HUANG, Wei
J-7, p.84
J-D2-Poster-20, p.86
M-2, p.97
HUANG, Xiao
G-3, p.63
HUANG, Yao Wei
C-1, p.38
HUANG, Yen-Lin
E-D2-Poster-6, p.53
HUANG, Yizhong
N-3, p.104
HUANG, Yu-Ching
M-4, p.98
HUANG, Yuli
A-3, p.27
A-D2-Poster-32, p.30
HUANG, Zhen
E-4, p.51
HUANG, Zhong Yi
F-3, p.56
HUEBNER, Rene
K-2, p.87
HUMAYOUN, Usama Bin
M-6, p.99
M-7, p.97
HUR, Shin
L-D2-Poster-6, p.93
HUSSAIN, Sajjad
A-D2-Poster-37, p.31
HWANG, Cheol Seong
N-4, p.105
HWANG, Hyun-Suk
A-D2-Poster-40, p.31
HWANG, Jeongyeon
E-D2-Poster-8, p.53
HY, Sunny
N-5, p.104
I.
IANCULESCU, Adelina
H-6, p.76
H-D2-Poster-6, p.76
H-D2-Poster-7, p.77
H-D2-Poster-8, p.77
IANNACCONE, Giuseppe
A-2, p.25
IAVARONE, Maria
I-3, p.79
IBRAHIM, Fatima
D-3, p.44
IDRIS, Zafirah
N-D2-Poster-18, p.110
IDROBO, Juan-Carlos
A-3, p.24
IKEDA, Shigeru
F-3, p.56
IKENOUE, Hiroshi
B-5, p.35
IKUHARA, Yuichi
G-1, p.67
IKUHARA, Yumi H.
G-1, p.67
IKUMA, Yasuro
E-3, p.50
G-D2-Poster-3, p.68
IMANISHI, Nobuyuki
G-1, p.63
INAGAKI, Toru
B-2, p.35
INOUE, Munetomo
J-1, p.81
M-1, p.95
INOUE, Yusuke
M-3, p.98
M-D2-Poster-14, p.100
M-D2-Poster-15, p.100
IOANNOU-SOUGLERIDIS,
Vasilios
B-D2-Poster-5, p.36
IRSHAD, Ahamed
F-6, p.59
ISAKA, Noriko
E-6, p.52
ISHII, Tomoyuki
E-D2-Poster-19, p.54
ISHIKAWA, Hiromu
M-2, p.99
M-D2-Poster-27, p.101
ITOIGAWA, Fumihiro
B-5, p.33
IVASKOVIC, Petra
C-5, p.40
IWANAGA, Masanobu
C-1, p.40
J.
JADHAV, Sarika
G-D2-Poster-15, p.69
JAFFRÈS, Henri
D-5, p.43
JAGADISH, Chennupati
B-1, p.32
JAGANNATHAN, Ramesh
H-3, p.71
JAIN, Sandeep K.
N-5, p.106
JAISWAL, Nandini
G-5, p.67
JAKOB, Alexander
K-1, p.87
K-5, p.87
JAKSIC, Milko
K-1, p.89
JAMIESON, David N.
K-1, p.87
K-4, p.87
K-5, p.87
JANA, Sourav Kanti
F-5, p.58
JANG, Der-Jun
M-D2-Poster-4, p.99
JANG, Ho-Kyun
A-D2-Poster-20, p.29
A-D2-Poster-22, p.30
L-D2-Poster-10, p.94
JANG, Hyeongil
E-D2-Poster-22, p.54
E-D2-Poster-23, p.55
JANG, Ji-Yun
M-D2-Poster-35, p.102
JANG, Sung Kyu
A-1, p.24
JANGIR, Lokesh Kumar
F-7, p.60
JANI, Hariom
D-D2-Poster-13, p.48
JARIWALA, Bhakti
A-5, p.26
JARUWONGRUNGSEE, Kata
A-D2-Poster-44, p.31
G-4, p.65
JE, Jae Yong
E-D2-Poster-23, p.55
JENA, Debdeep
B-3, p.34
JENA, Maheshwarr
E-4, p.53
JENG, Horng-Tay
I-3, p.79
I-3, p.78
I-5, p.78
JEON, Jaeho
A-1, p.24
JEONG, Jaewook
M-D2-Poster-2, p.99
JEONG, Soon Moon
L-D2-Poster-1, p.93
M-D2-Poster-2, p.99
JEYAKUMAR, Karthikeyan
A-D2-Poster-4, p.28
N-5, p.105
JI, Chengang
M-D2-Poster-35, p.102
JI, Qing
K-2, p.89
JI, Rong
C-1, p.41
JIA, BoWen
B-2, p.32
JIA, Chuankun
G-4, p.64
JIA, Jingyuan
A-1, p.24
JIAN, Xian
N-D2-Poster-23, p.110
JIANG, Changyun
M-1, p.97
JIANG, Hui
J-6, p.83
JIANG, Jiann-Sheng
H-D2-Poster-2, p.76
JIANG, Jizhou
A-D2-Poster-8, p.28
JIANG, Li
K-4, p.89
JIANG, Liyong
C-3, p.40
C-5, p.37
JIANG, Wanqing
H-2, p.73
JIANG, Xiao-Fang
M-D2-Poster-10, p.100
M-D2-Poster-11, p.100
M-D2-Poster-5, p.99
JIANG, Xue
N-6, p.103
JIANG, Yong
D-4, p.44
D-D2-Poster-1, p.47
JIN, Changqing
I-5, p.80
JIN, Dafei
C-2, p.38
JIN, Huining
K-3, p.89
K-4, p.89
JIN, Jian
L-4, p.92
JIN, Jun Eon
A-D2-Poster-22, p.30
JIN, Liling
G-2, p.66
JIN, Tianli
D-D2-Poster-10, p.48
D-D2-Poster-15, p.48
JIN, Weihong
K-1, p.89
JINDAL, Apoorv
A-5, p.26
JOHARI, Priya
N-4, p.108
JOHNSON, Brett
K-1, p.87
K-5, p.87
JOHNSON, Duane
N-3, p.105
JOHNSON, Princy Merlin
G-6, p.65
J-D2-Poster-5, p.85
117
117
JOKAR, Efat
F-3, p.56
JOOO, Jungsik
E-D2-Poster-22, p.54
JOSHI, D. C.
H-D2-Poster-3, p.76
JOUNG, Yeun-Ho
F-D2-Poster-33, p.62
JOVANOVIC, Dragana
M-D2-Poster-22, p.101
JU, Ganping
D-D2-Poster-16, p.48
JUN, Byeong-Sun
N-D2-Poster-11, p.109
JUN, Byung-Hyuk
B-3, p.36
B-D2-Poster-1, p.36
JUNG, Jongwan
A-D2-Poster-37, p.31
JUNG, Soon Won
L-D2-Poster-14, p.94
JUNGWIRTH, Tomas
D-1, p.43
JURA, Marek
A-4, p.24
K.
K, Nandakumar
H-10, p.76
K, Santhosh Kumar
H-6, p.74
K NAIR, Anju
G-6, p.65
K. B., Bhavitha
H-9, p.76
K. DUBEY, Rajeev
F-2, p.59
K. E., Abraham
M-5, p.96
M-D2-Poster-29, p.101
KABRA, Dinesh
J-1, p.83
J-3, p.83
KACHI, Testu
B-2, p.34
KADA, Wataru
K-1, p.89
KAGANOVICH, Igor
K-2, p.89
KAHALERRAS, Mohamed
Khaled
H-5, p.75
KAJI, Hironori
J-1, p.81
KALANUR, Shankara S.
E-D2-Poster-4, p.53
F-3, p.58
KALARIKKAL, Nandakumar
G-6, p.65
H-9, p.76
KALE, Sangeeta
C-4, p.41
C-D2-Poster-5, p.42
E-4, p.53
M-6, p.95
KALIA, Rajiv
N-1, p.104
KALITEEVSKI, Mikhail
C-D2-Poster-8, p.42
KALLATT, Sangeeth
A-3, p.26
KALUBARME, Ramchandra
G-D2-Poster-15, p.69
KALYABIN, Dmitry
D-3, p.45
D-5, p.45
KAM, Fong-Yu
J-D2-Poster-16, p.85
J-D2-Poster-17, p.85
KAMIYA, Tomihiro
K-1, p.89
KANAGAWA, Kazunari
D-4, p.45
KANG, Bong Kyun
D-D2-Poster-11, p.48
F-D2-Poster-19, p.61
F-D2-Poster-23, p.61
M-6, p.98
M-6, p.99
KANG, Byoungwoo
G-1, p.66
KANG, Gumin
C-3, p.40
KANG, Hanmi
L-D2-Poster-6, p.93
KANG, Hyunil
A-D2-Poster-40, p.31
KANG, Kisuk
G-2, p.67
KANG, Young Ho
A-D2-Poster-28, p.30
N-3, p.103
N-D2-Poster-17, p.110
KANHERE, Dilip
N-4, p.107
KANITKAR, Manasi
H-4, p.73
KANJANACHUCHAI,
Songphol
M-D2-Poster-9, p.100
KAR, Swastik
I-6, p.80
KARPUZOV, Dimitre
K-D2-Poster-2, p.90
KARROTHU, Varun Kumar
D-D2-Poster-8, p.47
KARUNANITHI, Vidhya
M-7, p.99
KATO, Atsutaka
G-3, p.64
KATOH, Ryuzi
F-1, p.56
KAUR, Parveer
C-6, p.37
KAUR, Rajnish
F-D2-Poster-20, p.61
KAVAN, Ladislav
F-1, p.58
KAWADA, Tatsuya
G-1, p.66
KAWAMURA, Junichi
G-1, p.66
KAWAMURA, Keisuke
B-2, p.35
KAWAZOE, Yoshiyuki
N-2, p.108
KEBEDE, Mesfin A.
N-D2-Poster-22, p.110
KEE, Tak W.
M-3, p.95
KEERTHI, Venu
J-3, p.84
KEHAGIAS, Thomas
B-D2-Poster-5, p.36
KENYON, Anthony J.
B-D2-Poster-3, p.36
KEPA, Michal
J-4, p.82
KERA, Satoshi
E-1, p.50
KERK, Wai Tat
L-D2-Poster-7, p.94
L-D2-Poster-9, p.94
KETTERSON, John
C-4, p.40
KEUM, Jong
M-1, p.98
KHAN, Amin
G-7, p.65
KHAN, Mustaque Ali
M-D2-Poster-19, p.100
KHAPLI, Sachin
H-3, p.71
KHIVINTSEV, Yuri
D-3, p.45
KHOLKIN, Andrei
G-6, p.68
KHOO, Khoong Hong
A-D2-Poster-19, p.29
KHORASANINEJAD,
Mohammadreza
C-3, p.39
KHURSHEED, Anjam
K-4, p.87
KIBEY, Aniruddha
N-4, p.107
KIKUCHI, Mitsuru
J-D2-Poster-7, p.85
J-D2-Poster-9, p.85
KIM, Amanda
L-3, p.91
KIM, Byung Hoon
H-D2-Poster-4, p.76
KIM, Changyoung
I-1, p.79
KIM, Chan-Joong
B-3, p.36
B-D2-Poster-1, p.36
KIM, Dae Hwan
N-D2-Poster-14, p.109
KIM, Daeho
L-D2-Poster-4, p.93
KIM, Dai-Sik
C-1, p.39
KIM, Dasom
J-D2-Poster-22, p.86
KIM, Do-Hyun
A-D2-Poster-22, p.30
KIM, Duck Young
F-5, p.56
KIM, Gyu Tae
A-D2-Poster-20, p.29
A-D2-Poster-22, p.30
L-D2-Poster-10, p.94
KIM, Harris
G-D2-Poster-26, p.69
G-D2-Poster-27, p.69
KIM, Hyuncheol
L-4, p.93
KIM, Hyunmin
L-D2-Poster-1, p.93
M-D2-Poster-2, p.99
KIM, Inyoung
E-7, p.50
KIM, Jae Hwang
N-D2-Poster-14, p.109
KIM, Jihoon
D-D2-Poster-12, p.48
E-D2-Poster-13, p.54
M-5, p.97
KIM, Jinseo
E-D2-Poster-7, p.53
KIM, Ji-Seon
J-3, p.83
KIM, Jung Hyun
L-D2-Poster-4, p.93
KIM, Junghye
M-D2-Poster-2, p.99
KIM, Kwang Ho
E-D2-Poster-10, p.54
KIM, Kwang Man
G-D2-Poster-21, p.69
KIM, Kyeyeop
A-D2-Poster-28, p.30
N-3, p.103
KIM, Kyoungsik
C-3, p.40
KIM, Myong-Seop
B-D2-Poster-1, p.36
KIM, Sang Jae
G-4, p.64
G-D2-Poster-24, p.69
KIM, You-Bi
M-D2-Poster-31, p.101
KIM, Young Jae
E-D2-Poster-15, p.54
KIM, Young Jin
G-D2-Poster-6, p.68
G-D2-Poster-7, p.68
KIM, Yun-Hi
J-3, p.82
KIMURA, Akio
I-4, p.79
KIMURA, Takashi
D-2, p.43
D-4, p.46
KIMURA, Tsuyoshi
D-2, p.45
KIMURA, Yuta
G-1, p.66
KIRAVITTAYA, Suwit
M-D2-Poster-9, p.100
KIRKLAND, Angus
A-D2-Poster-35, p.30
KISELEV, Nikolai
N-6, p.105
KISHORE, Nawal
M-D2-Poster-17, p.100
KIVSHAR, Yuri
C-4, p.39
KLIMOV, Vasily
C-3, p.38
KLOC, Christian
J-6, p.83
KO, Hyunhyub
L-3, p.93
KO, Jang Myoun
G-D2-Poster-21, p.69
KO, Seung-Pil
A-D2-Poster-20, p.29
KO, Yeong Hwan
H-3, p.74
KOBAYASHI, Shunsuke
G-1, p.67
KOBAYASHI, Takeshi
H-2, p.73
KOBLEMUELLER, Gregor
118
118
B-3, p.33
KOCHMANN, Dennis
H-4, p.72
KODGIRWAR, Shantanu
C-4, p.41
KODGIRWAR, Vidya
C-4, p.41
H-4, p.73
KOH, Ai Leen
A-D2-Poster-35, p.30
KOIRALA, Nikesh
D-3, p.46
I-4, p.79
I-D2-Poster-2, p.80
KOK, Eugene
L-D2-Poster-7, p.94
KOKURYU, Shotaro
M-D2-Poster-25, p.101
KOMIYAMA, Hideaki
J-5, p.84
KOMNINOU, Philomela
B-D2-Poster-5, p.36
KOMPELLA, Christopher
N-5, p.104
KOMURA, Takuya
J-D2-Poster-8, p.85
KONSTANTINIDIS, George
B-D2-Poster-5, p.36
KOO, Jae Bon
L-D2-Poster-14, p.94
KORSUNSKY, Alexander
G-1, p.63
K-3, p.88
KORUZA, Jurij
H-1, p.71
KOSHY, Pramod
N-6, p.104
KOUKOULA, Triantafyllia
B-D2-Poster-5, p.36
KOVALEV, Alexey
D-1, p.45
KOZANECKI, Adrian
M-2, p.96
M-D2-Poster-8, p.100
KRASHENINNIKOV, Arkady
V.
A-2, p.24
KRASNOK, Alexander
C-4, p.39
KRISHNAMOORTHY,
Karthikeyan
G-D2-Poster-24, p.69
KRISHNAMOORTHY,
Shanmugaraj
M-D2-Poster-16, p.100
KRISHNAMOORTHY, Sriram
B-1, p.34
KRONAST, Florian
I-3, p.79
KROPELNICKI, Piotr
C-D2-Poster-4, p.41
KRUPANIDHI, S. B.
M-D2-Poster-19, p.100
KRUPANIDHI, S.B.
D-3, p.46
KRUSE, Jann
B-D2-Poster-5, p.36
KSHIRSAGAR, Anjali
N-4, p.107
KUBALL, Martin
B-1, p.32
KUBO, Kazuki
D-3, p.44
KULANDAIVEL, Jeganathan
A-D2-Poster-16, p.29
KULKARNI, Ajit R.
H-6, p.75
KULLGREN, Jolla
F-1, p.58
KUMAGAI, Yu
N-4, p.107
KUMAR, Anil
J-1, p.83
KUMAR, Anshuman
C-4, p.37
KUMAR, Brijesh
A-6, p.24
KUMAR, Devendra
G-5, p.67
KUMAR, Dinesh
B-4, p.36
F-D2-Poster-30, p.62
KUMAR, Kranthi
A-D2-Poster-29, p.30
KUMAR, Mahesh
F-4, p.57
K-4, p.88
KUMAR, Manoj
F-7, p.60
KUMAR, Sandeep
A-D2-Poster-23, p.30
H-5, p.71
KUMAR, Vijay
A-D2-Poster-4, p.28
N-5, p.106
N-5, p.107
N-5, p.105
N-D2-Poster-26, p.110
KUMAR, Vipin
G-1, p.63
G-2, p.65
H-4, p.74
KUMARI, Yogita
F-7, p.60
KUNASETH, Manaschai
N-1, p.104
KUNDU, R. S.
M-D2-Poster-17, p.100
KUNZ, Alexander
J-4, p.82
KUO, Bing-Hau
E-D2-Poster-6, p.53
KUO, Yen-Chien
E-D2-Poster-21, p.54
KURAKEVYCH, Oleksandr
F-5, p.56
KURIYAMA, Hiroki
D-3, p.44
KURIYAMA, Kazuo
H-D2-Poster-1, p.76
KUROSAWA, Shunsuke
M-3, p.95
KUSHIDA, Kazumasa
H-D2-Poster-1, p.76
KUWABARA, Akihide
G-1, p.67
KUWATA, Naoaki
G-1, p.66
KUZNETSOV, Arseniy
C-1, p.39
KWAK, Jun-Hyuk
L-D2-Poster-6, p.93
KWO, J. Raynien
E-1, p.52
E-3, p.53
KWON, Kyungjung
G-5, p.63
KWON, Seonil
L-4, p.93
KWON, Uisik
J-D2-Poster-22, p.86
KYAW, Aung Ko Ko
M-1, p.97
L.
L, Raja
J-5, p.82
J-D2-Poster-10, p.85
LABEB, Mohamed
F-D2-Poster-21, p.61
LABUSCH, Matthias
H-2, p.72
LAGUTIN, Andrei
M-D2-Poster-12, p.100
LAI, Foo Khuen Steve
L-D2-Poster-11, p.94
L-D2-Poster-7, p.94
L-D2-Poster-9, p.94
LAI, Hongkai
B-4, p.35
B-5, p.33
LAI, Shen
A-1, p.24
LAI, Wei-Chih
M-4, p.98
LAI, Wen-Yong
J-7, p.84
LAMBERT, Colin
J-4, p.83
LAN, Yung-Chiang
C-3, p.41
LANDERS, Joachim
H-2, p.72
LAU, Aaron Chit Siong
A-4, p.24
LAU, Chit Siong
J-4, p.83
LAW, Wai Cheung
D-D2-Poster-10, p.48
LEE, A.
E-7, p.50
LEE, Byung Chul
A-D2-Poster-20, p.29
LEE, C. W.
D-3, p.43
LEE, Chengkuo
C-4, p.39
C-D2-Poster-2, p.41
C-D2-Poster-3, p.41
C-D2-Poster-4, p.41
H-2, p.73
LEE, Chi Ho
N-D2-Poster-11, p.109
LEE, Chia Jung
G-7, p.67
LEE, Chi-Cheng
I-3, p.78
I-5, p.78
LEE, Ching Hua
I-2, p.79
LEE, Gun-do
A-D2-Poster-35, p.30
LEE, Gun-Hwan
F-1, p.57
F-4, p.57
LEE, Jaekwang
A-4, p.27
LEE, Jihye
G-D2-Poster-6, p.68
G-D2-Poster-7, p.68
LEE, Jiyoung
J-4, p.81
J-5, p.83
LEE, Jong Ho
J-D2-Poster-18, p.85
LEE, Joo Hyun
E-D2-Poster-22, p.54
E-D2-Poster-23, p.55
LEE, Joohee
A-D2-Poster-28, p.30
N-2, p.108
N-3, p.103
N-D2-Poster-15, p.109
LEE, Joohwi
N-3, p.106
LEE, Ken-Chung
A-D2-Poster-17, p.29
LEE, Kenneth
B-3, p.35
LEE, Kyung-Jin
D-3, p.43
LEE, Kyu-Tae
M-D2-Poster-32, p.101
M-D2-Poster-35, p.102
LEE, Min Ji
M-6, p.99
M-7, p.97
LEE, Minhsuan
M-2, p.97
LEE, Minwoo
G-D2-Poster-6, p.68
G-D2-Poster-7, p.68
LEE, Miso
N-2, p.108
LEE, Pooi See
G-1, p.63
G-2, p.65
G-2, p.64
G-5, p.66
H-4, p.74
L-3, p.93
L-6, p.93
LEE, Sang Seok
L-D2-Poster-14, p.94
LEE, Sang Uck
N-D2-Poster-11, p.109
N-D2-Poster-16, p.109
LEE, Sangwook
A-1, p.24
LEE, Sangyeon
E-D2-Poster-4, p.53
E-D2-Poster-7, p.53
E-D2-Poster-8, p.53
E-D2-Poster-9, p.54
LEE, Seung-Yun
F-D2-Poster-35, p.62
LEE, Sheng-Wei
G-4, p.65
LEE, Sungjoo
A-1, p.24
LEE, Sungwoo
A-D2-Poster-35, p.30
LEE, T.
E-7, p.50
LEE, Ying-Chieh
E-D2-Poster-16, p.54
LEE, Yong-Ill
119
119
M-D2-Poster-30, p.101
LEE, Young-Gi
G-D2-Poster-21, p.69
LEE, Youngwoo
E-D2-Poster-13, p.54
LEEM, Jung Woo
F-D2-Poster-34, p.62
H-3, p.74
LEENAERTS, Ortwin
A-D2-Poster-11, p.29
LEGRAND, William
D-4, p.45
LEI, Dangyuan
C-2, p.41
LEI, Sidong
K-D2-Poster-1, p.90
LEMAUR, Vincent
J-4, p.82
LENHARDT, Lea
M-D2-Poster-39, p.102
LENZ, Thomas
H-1, p.71
LEONG, Chon Chio
N-D2-Poster-10, p.109
LEONG, Yew Wing
H-D2-Poster-15, p.77
LEVASON, William
A-4, p.24
LEW, Wen Siang
D-2, p.46
D-D2-Poster-10, p.48
D-D2-Poster-15, p.48
LI, Bin
H-D2-Poster-16, p.77
LI, Changjian
E-4, p.51
H-5, p.73
LI, Cheng
B-4, p.35
B-5, p.33
LI, Daosheng
B-2, p.32
LI, Hai
A-D2-Poster-6, p.28
LI, Hai-Peng
N-D2-Poster-7, p.109
LI, Hong
G-1, p.64
G-4, p.63
LI, Hongyu
E-4, p.52
LI, Hui
A-3, p.25
LI, Jiafang
C-2, p.38
LI, Jiajun
G-1, p.65
G-D2-Poster-23, p.69
LI, Jing-Feng
H-1, p.74
H-3, p.75
LI, Jun
J-3, p.81
LI, Lain-Jong
A-1, p.24
A-D2-Poster-32, p.30
LI, Lan
A-4, p.25
N-5, p.103
LI, Linze
E-1, p.51
LI, Meilin
F-3, p.59
F-D2-Poster-12, p.61
LI, Pengcheng
M-3, p.97
M-D2-Poster-7, p.99
LI, Run-Wei
D-2, p.44
D-5, p.44
L-5, p.93
LI, Shi-Guang
J-2, p.81
LI, Shuang
M-D2-Poster-5, p.99
LI, Sihua
D-2, p.46
LI, Tie
L-4, p.91
LI, Wei
H-D2-Poster-18, p.77
LI, Weijun
J-D2-Poster-3, p.84
LI, Wenwen
N-3, p.104
LI, Xian-Bin
N-D2-Poster-3, p.109
LI, Xiang
B-3, p.34
B-4, p.33
LI, Xiaobin
A-D2-Poster-30, p.30
LI, Xin
H-5, p.74
LI, Xinzheng
N-1, p.107
LI, Xu
H-4, p.72
H-D2-Poster-20, p.77
LI, Yaoyao
B-2, p.34
LI, Ying
N-1, p.104
LI, Yong
F-4, p.58
LI, Yongfang
M-1, p.97
LI, Yun
N-D2-Poster-18, p.110
LI, Zhen
M-2, p.95
LI, Zhiyuan
C-2, p.38
M-3, p.96
LIAN, Hang
C-4, p.40
LIANG, Gengchiau
B-2, p.32
LIANG, Guoxian
G-2, p.66
LIANG, Haidong
K-5, p.89
LIAO, Chun Yen
C-1, p.38
LIAO, Hanbin
G-5, p.66
LIAU, Leo Chau-Kuang
E-5, p.52
LIEDTKE, Susann
K-3, p.87
LIM, Byeong Seok
D-D2-Poster-11, p.48
LIM, Han Chuen
M-D2-Poster-34, p.101
LIM, Jingying Charlotte
L-D2-Poster-7, p.94
LIM, Kim Yong
M-5, p.97
LIM, Siew-Lay
M-1, p.97
LIM, Soon Thor
M-D2-Poster-34, p.101
LIM, Weixiong
L-4, p.92
LIM, Yu Xuan
K-3, p.89
LIMPIJUMNONG, Sukit
N-7, p.104
LIN, Guangyang
B-4, p.35
B-5, p.33
LIN, Hsiao-Yu
E-1, p.52
LIN, Hsin
I-3, p.79
I-3, p.78
I-4, p.80
I-5, p.78
I-5, p.79
LIN, Huamao
E-D2-Poster-11, p.54
H-D2-Poster-15, p.77
LIN, Hung-I
C-1, p.38
LIN, Jiao
C-2, p.40
LIN, K. Y.
E-1, p.52
E-3, p.53
LIN, Kun-Wei
M-4, p.98
LIN, Ming
L-D2-Poster-5, p.93
LIN, Ming-Wei
A-3, p.24
LIN, Minn-Tsong
D-1, p.46
LIN, Tianquan
L-2, p.92
LIN, Tingting
A-3, p.27
LIN, Weinan
D-5, p.44
LIN, Y. H.
E-1, p.52
E-3, p.53
LIN, You-Hua
E-5, p.52
LINGAPARTHI, Ravikiran
B-2, p.35
B-4, p.35
B-5, p.32
LINGHU, Jiajun
N-2, p.107
N-D2-Poster-8, p.109
LIPOMI, Darren
E-6, p.50
F-D2-Poster-25, p.61
L-1, p.91
L-5, p.92
LISENKOV, Ivan
D-3, p.45
D-5, p.45
LIST-KRATOCHVIL, Emil
J-1, p.84
LIU, Ai Qun
C-1, p.38
LIU, Bonan
G-1, p.64
G-4, p.63
LIU, Bo-Tau
F-D2-Poster-28, p.62
LIU, Cai
G-3, p.63
LIU, Chang
A-D2-Poster-5, p.28
LIU, Chih-Hua
A-D2-Poster-14, p.29
LIU, Chongyang
B-3, p.34
B-4, p.33
LIU, Dong
B-1, p.32
LIU, Enke
I-D2-Poster-3, p.80
LIU, Enzuo
G-1, p.65
G-D2-Poster-23, p.69
LIU, Fan
K-4, p.89
LIU, Gui-Bin
M-3, p.96
LIU, Guodong
I-5, p.78
LIU, Guoquan
N-6, p.103
LIU, Hong
C-4, p.38
LIU, Ji
N-D2-Poster-2, p.108
LIU, Jin-Yan
F-D2-Poster-28, p.62
LIU, Jiyang
E-D2-Poster-5, p.53
LIU, Junming
H-3, p.73
LIU, Juqing
J-2, p.84
LIU, Lin
F-D2-Poster-6, p.60
LIU, Linlin
E-D2-Poster-2, p.53
M-4, p.97
LIU, Liqun
J-D2-Poster-1, p.84
LIU, Lizhao
N-3, p.107
LIU, Nannan
K-4, p.87
K-D2-Poster-3, p.90
LIU, Shiu-Jen
H-D2-Poster-12, p.77
LIU, Yang
A-D2-Poster-6, p.28
D-3, p.46
LIU, Yaowen
D-2, p.45
LIU, Ying
I-3, p.79
LIU, Yiwei
L-5, p.93
LIU, Yongmin
C-2, p.38
LIU, Yuchan
L-4, p.92
LIU, Yu-Chi
E-1, p.52
120
120
LIU, Yun
N-4, p.106
LIU, Zhaoping
G-1, p.64
LIU, Zheng
A-D2-Poster-18, p.29
LIU, Zhiqi
M-5, p.98
LIU, Zhiyuan
L-2, p.93
L-D2-Poster-12, p.94
L-D2-Poster-3, p.93
LIU, Zhuangjian
L-5, p.91
LIU, Ziyan
H-2, p.74
LOBACCARO, Peter
G-5, p.65
LOGANATHAN, Sarala
J-D2-Poster-5, p.85
LOH, Kian Ping
M-2, p.98
LOH, Woon Leng
E-D2-Poster-12, p.54
LOITSCH, Berhard
B-3, p.33
LOK, Boon Keng
L-D2-Poster-11, p.94
L-D2-Poster-9, p.94
LOKE, Wan Khai
B-2, p.32
LOMAS, Tanom
A-5, p.27
LORCY, Stephane
I-1, p.79
LOU, Xiaojie
H-1, p.75
LOU, Zheng
L-2, p.91
LOURDUDOSS, Sebastian
B-3, p.32
LOW, Kain Lu
B-2, p.32
LOW, Tony
A-1, p.27
C-4, p.37
LU, Hao
G-1, p.64
G-4, p.63
LU, Jingtao
N-3, p.106
LU, Xin
N-6, p.107
LU, Xuefeng
J-D2-Poster-14, p.85
LU, Yi
M-1, p.95
LU, Yun Hao
A-D2-Poster-5, p.28
N-4, p.108
LU, Yu-Wei
H-1, p.74
LUCCHINI, Riccardo
L-4, p.91
LUKAČEVIĆ, Igor
M-5, p.95
LUKIYANCHUK, Boris
C-1, p.39
LUNCHEV, Andrey
G-D2-Poster-4, p.68
G-D2-Poster-8, p.68
LUO, Fei
G-1, p.64
G-4, p.63
LUO, Feilong
D-2, p.46
D-D2-Poster-15, p.48
LUO, Gaixia
N-3, p.107
LUO, Jian
G-4, p.67
LUO, Qian-Xiang
N-D2-Poster-19, p.110
LUO, Qun
J-3, p.82
LUO, Xin
A-4, p.25
N-6, p.107
LUO, Xu-Feng
G-4, p.65
LUO, Yongzheng
I-D2-Poster-1, p.80
LUO, Ziyan
D-D2-Poster-18, p.48
LUPASCU, Doru
H-2, p.72
LUTHRA, Vandna
H-4, p.76
LV, Weiming
H-5, p.73
LYMPERAKIS, Liverios
B-D2-Poster-5, p.36
M.
M, Shanmugavadivel
M-4, p.95
M, Snigdha
D-D2-Poster-14, p.48
M, Subramanian
M-4, p.95
M.S.P, Sudhakaran
G-4, p.64
MA, Chang-Qi
J-3, p.82
MA, Li
D-5, p.46
MA, Yanwei
L-3, p.92
MA, Yuguang
A-D2-Poster-9, p.28
E-D2-Poster-2, p.53
G-D2-Poster-1, p.68
G-D2-Poster-1, p.68
J-D2-Poster-1, p.84
M-1, p.98
M-4, p.97
MA, Yungui
C-3, p.37
MA, Zhongquan
F-4, p.58
MAAREL, Johan R. C. Van Der
K-4, p.89
MACDONALD, Kevin F.
C-1, p.39
MADHAVAN, Vidya
I-2, p.78
MADI, Kouraogo
A-D2-Poster-1, p.28
MAGDASSI, Shlomo
L-1, p.91
L-D2-Poster-13, p.94
MAHALINGAM,
Venkataramanan
F-5, p.58
MAHATA, Arup
N-D2-Poster-6, p.109
MAHMOOD, Ather
D-1, p.44
MAHMOOD, Khalid
E-D2-Poster-1, p.53
MAHUNNOP, Fakkao
G-1, p.66
MAI, Liqiang
L-1, p.92
MAITY, Ajanta
N-4, p.107
MAJIDI, Muhammad Aziz
C-5, p.40
MAJUMDAR, Kausik
A-3, p.26
MAJUMDER, Subhasish
G-D2-Poster-10, p.68
MAKAROV, Alexander
D-1, p.44
MAKAROV, Sergey
C-4, p.39
MAKINO, Yoshiki
M-4, p.96
MAKUTA, Satoshi
F-D2-Poster-2, p.60
MALAICHAMY, Ilanchelian
M-D2-Poster-16, p.100
MALAR, Piraviperumal
B-5, p.36
F-D2-Poster-15, p.61
MALLICK, Arif Iqbal
D-D2-Poster-20, p.48
MALLICK, Arindam
F-2, p.57
MALLIK, Ramesh Chandra
B-5, p.36
F-D2-Poster-15, p.61
MANANDHAR, Krishna
E-8, p.52
MANCHON, Aurelien
D-4, p.45
MANDAL, Lily
F-D2-Poster-13, p.61
G-5, p.65
MANIKANTHABABU, N.
K-5, p.88
Maning
F-D2-Poster-2, p.60
MANJAPPA, Manukumara
C-4, p.39
C-6, p.38
MANJUBALA, I.
C-D2-Poster-9, p.42
MANOHARAN, Arun Kumar
A-D2-Poster-24, p.30
MANOJLOVIC, Dragica
M-D2-Poster-39, p.102
MANZHOS, Sergei
G-5, p.64
N-3, p.105
MAO, Yingjun
E-D2-Poster-11, p.54
MARDER, Seth
E-1, p.50
MARECHAL, Aurelien
E-3, p.52
MARÍ, Bernabé
F-D2-Poster-26, p.62
MARIN, Brandon
E-6, p.50
MARKWITZ, Andreas
K-2, p.87
MARTIN, Jens
G-5, p.65
MARTINET, Sebastien
G-3, p.63
MARZARI, Nicola
N-1, p.106
MASAKI, Takaki
M-6, p.98
MATHEW, Sinu
A-5, p.25
A-6, p.24
K-4, p.88
K-D2-Poster-1, p.90
MATHEWS, Nripan
F-D2-Poster-3, p.60
F-D2-Poster-4, p.60
MATSUBARA, Ryosuke
J-2, p.81
MATSUDA, Kenji
E-4, p.51
J-5, p.81
MATSUMURA, Ryo
B-5, p.35
MATSUNO, Jobu
D-2, p.46
MATSUZAKI, Hiroyuki
F-3, p.56
M-5, p.97
MATULA, Adam
J-6, p.84
M-2, p.98
MATUROS, Thitima
A-D2-Poster-44, p.31
G-4, p.65
MAYEEN, Anshida
H-10, p.76
MAZLAN, Nur Syafiqah
J-D2-Poster-23, p.86
MCCALLUM, Jeffrey
K-1, p.87
MCCLELLAND, Jabez
K-1, p.88
MCNEILL, Christopher
J-1, p.83
J-3, p.82
J-3, p.83
MEDIC, Mina
M-D2-Poster-18, p.100
MEDJDOUB, Farid
B-2, p.33
MEHTA, Bodh Raj
A-4, p.27
MEIJER, Jan
K-3, p.87
MEIYAZHAGAN, Ashok
Kumar
K-D2-Poster-1, p.90
MELINESCU, Alina
H-D2-Poster-8, p.77
MEMARIAN, Farzaneh
N-6, p.105
MENG, Shirley
N-5, p.104
MERKYS, Andrius
N-1, p.106
METZNER, Sebastian
B-4, p.33
MHAISALKAR, Subodh
F-D2-Poster-4, p.60
MI, Zhaohong
K-4, p.89
121
121
K-5, p.89
MIAO, Jun
D-4, p.44
MICHELS, Jasper
J-4, p.82
MIKHAILOV, Gennadii
D-6, p.45
MILICHKO, Valentin
C-4, p.39
MINEMOTO, Takashi
F-2, p.56
MING, Yang
C-5, p.40
N-D2-Poster-12, p.109
MINGUEZ BACHO, Ignacio
F-4, p.59
M-5, p.96
MINOR, Andrew
C-5, p.40
MISHRA, Nimai
F-2, p.58
F-D2-Poster-36, p.62
MISHRA, Rahul
D-4, p.44
MITOSERIU, Liliana
H-D2-Poster-7, p.77
MITSUGI, Masahiro
E-3, p.50
MIYAO, Masanobu
B-5, p.35
MIYAZAKI, Tsuyoshi
N-2, p.104
MIYAZEKI, Yusuke
E-D2-Poster-24, p.55
MIZOKAWA, Takashi
I-4, p.78
MIZUTANI, Naoki
J-D2-Poster-8, p.85
MO, Wenqin
M-D2-Poster-36, p.102
N-D2-Poster-24, p.110
MOCHERLA, Pavana S.V.
H-4, p.73
MOHAJERANI, Matin
B-4, p.33
MOHANTA, Antaryami
M-D2-Poster-4, p.99
MOK, Young Sun
G-4, p.64
MOL, Jan
J-4, p.83
MOLLAR, Miguel
F-D2-Poster-26, p.62
MOON, Jisoo
I-D2-Poster-2, p.80
MOON, Yu Gyeong
L-D2-Poster-14, p.94
MORANTE, Joan Ramón
F-1, p.57
MORI, Toshiyuki
E-6, p.52
MORIMOTO, Takuya
F-4, p.58
MORIWAKE, Hiroki
G-1, p.67
MOROZOVA, Maria
D-D2-Poster-22, p.48
MOTANA, Sowjanya
M-7, p.98
MOTAPOTHULA,
Mallikarjuna
M-5, p.98
MOTO, Kenta
B-5, p.35
MOUNET, Nicolas
N-1, p.106
MOWRI, Sadia Tasnim
H-4, p.72
MUELLER, Marcus
B-3, p.33
MUKHERJEE, Joynarayan
B-6, p.35
MUKHIN, Ivan
C-4, p.39
MÜLLER, Marcus
B-4, p.33
MUNDE, Manveer
B-D2-Poster-2, p.36
B-D2-Poster-3, p.36
MUNICHANDRAIAH, N.
F-6, p.59
MURAMATSU, Sotaro
M-3, p.98
M-D2-Poster-14, p.100
M-D2-Poster-15, p.100
M-D2-Poster-27, p.101
MURET, Pierre
E-3, p.52
MURUGAN, P.
A-D2-Poster-4, p.28
N-5, p.105
MURUGAN, Vigneshwaran
F-4, p.56
MUSHTAQ, Fajer
H-3, p.73
MUTHUKRISHNAN,
Francklin Philips
G-6, p.65
MUTHUKUMAR V, Sai
E-5, p.51
N.
N, Sasikala
G-5, p.63
N. K. B. ADUSUMALLI,
Venkata
F-5, p.58
NA, Bock Soon
L-D2-Poster-14, p.94
NA, InYeob
L-D2-Poster-10, p.94
NAGARAJAN, Ragavendran
D-D2-Poster-13, p.48
NAGARAJAN, Raghavendran
K-D2-Poster-1, p.90
NAGESWARA RAO, S.V.S.
K-5, p.88
M-6, p.96
M-D2-Poster-38, p.102
NAHM, Ho-Hyun
N-D2-Poster-15, p.109
NAIBI LAKSHMINARAYANA,
Arun
J-D2-Poster-21, p.86
NAIK, L. R.
H-D2-Poster-14, p.77
NAITO, Hiroyoshi
J-D2-Poster-7, p.85
J-D2-Poster-9, p.85
NAKAMURA, Kazuhiro
F-D2-Poster-16, p.61
F-D2-Poster-9, p.60
NAKAMURA, Masakazu
J-2, p.81
NAKAMURA, Takashi
G-1, p.66
NAKAMURA, Yuta
G-D2-Poster-14, p.69
NAKANO, Aiichiro
N-1, p.104
NAKANOTANI, Hajime
J-1, p.81
M-1, p.95
NAKAO, Satoru
M-D2-Poster-14, p.100
M-D2-Poster-15, p.100
NAKAYAMA, Keita
N-3, p.106
NAM, Sang Hoon
C-2, p.38
NAMMALVAR,
Gopalakrishnan
B-6, p.35
NANDA, Karuna Kar
M-D2-Poster-19, p.100
NANDI, Sanjoy
K-2, p.87
NARAYANASWAMY, Sridhar
N-3, p.104
NARKSITIPAN, Suparut
A-D2-Poster-43, p.31
C-D2-Poster-7, p.42
NARUKAWA, Mitsuhisa
B-2, p.35
NATH, Masood
H-5, p.76
NAYAK, Priyambada
H-D2-Poster-10, p.77
NAZRABI, Ahmadshah
H-2, p.72
NELSON, Bradley
H-3, p.73
NELSON, Christopher Tobias
C-5, p.40
NEMILENTSAU, Andrei
C-4, p.37
NENSTIEL, Christian
B-4, p.33
NEPAL, Rabindra
D-1, p.45
NEŠKOVIĆ, Nebojša
K-6, p.89
NETHAJI, Dharmarasu
B-2, p.35
B-4, p.35
B-5, p.32
B-5, p.34
NEUPANE, Madhab
I-3, p.78
NEUPERT, Titus
I-3, p.78
NG, Chee Boon
G-4, p.64
NG, Geok Ing
B-4, p.32
B-5, p.32
B-5, p.34
NG, Man-Fai
F-4, p.57
G-6, p.66
NG, Nathaniel
H-5, p.73
NGUYEN, Han
N-5, p.104
NGUYEN, Xuan Sang
B-3, p.35
NGUYEN-MANH, Duc
N-1, p.105
NIEMINEN, Jouko
I-3, p.79
NIGAM, Arun Kumar
D-3, p.47
NIIHARA, Koichi
H-2, p.73
NIJHUIS, Christian
K-4, p.89
NIKITOV, Sergey
D-3, p.45
D-5, p.45
D-6, p.45
D-D2-Poster-22, p.48
NINSOOK, Nidchawan
N-D2-Poster-13, p.109
NISHIKAWA, Hiroyuki
K-2, p.88
NISHIMOTO, Takuro
J-4, p.81
NISHIMURA, Hidetaka
F-D2-Poster-2, p.60
NISHIMURA, Tomoaki
H-D2-Poster-1, p.76
NIU, Zhichuan
B-3, p.34
NIWA, Koichi
E-3, p.50
G-D2-Poster-3, p.68
NOGAMI, Yoshio
M-5, p.97
NOH, Joo-Hyong
E-D2-Poster-14, p.54
E-D2-Poster-15, p.54
E-D2-Poster-19, p.54
E-D2-Poster-24, p.55
NOH, Yong Young
J-1, p.82
J-3, p.82
NOI, Kousuke
G-3, p.67
G-D2-Poster-12, p.68
NOJIRI, Hidetoshi
E-5, p.51
NOMURA, Ken-Ichi
N-1, p.104
NONG, Jinpeng
C-6, p.41
NORMAND, Pascal
B-D2-Poster-5, p.36
NUMATA, Masaki
J-5, p.83
O.
OBA, Fumiyasu
N-4, p.107
O'CONNOR, Timothy
F-D2-Poster-25, p.61
L-5, p.92
OGALE, Satishchandra
F-1, p.56
OGAWA, Takafumi
G-1, p.67
OGOMI, Yuhei
F-4, p.56
OH, Jaewon
C-3, p.39
OH, Jihun
F-2, p.57
OH, Ji-Young
122
122
L-D2-Poster-14, p.94
OH, Se-Heok
D-3, p.43
OH, Seongshik
D-3, p.46
I-4, p.79
I-D2-Poster-2, p.80
OHASHI, Chika
J-D2-Poster-7, p.85
OHASHI, Noboru
J-2, p.81
OHKAWA, Takuya
F-D2-Poster-16, p.61
OHNO, Hideo
D-1, p.43
OHSHIMA, Takeshi
K-1, p.89
OIKAWA, Takahiro
H-3, p.72
OKADE, Kotaro
D-4, p.46
OKAMOTO, Hiroshi
M-5, p.97
OKOSHI, Masayuki
E-5, p.51
OLIVERO, Paolo
K-2, p.89
OLIVIER, Yoann
J-4, p.82
OLSON, Gregory B
N-1, p.103
OLZIERSKY, Antonis
B-D2-Poster-5, p.36
OMATSU, Takashige
C-1, p.40
ONG, Shyue Ping
G-4, p.67
N-2, p.106
N-5, p.104
ONO, Shingo
B-5, p.33
M-2, p.99
M-3, p.98
M-3, p.95
M-4, p.96
M-5, p.99
M-D2-Poster-14, p.100
M-D2-Poster-15, p.100
M-D2-Poster-25, p.101
M-D2-Poster-27, p.101
OOUCHI, Sumito
B-2, p.35
OSIPOWICZ, Thomas
D-D2-Poster-13, p.48
K-2, p.87
K-5, p.88
OSOKIN, Sergey
D-5, p.45
OTANI, Shoei
M-2, p.99
M-5, p.99
M-D2-Poster-25, p.101
M-D2-Poster-27, p.101
OTOKI, Yohei
B-1, p.35
OUYANG, Bo
G-D2-Poster-22, p.69
OUYANG, Jianyong
J-7, p.84
M-3, p.97
M-D2-Poster-7, p.99
OYAMA, Tatsuya
J-5, p.84
Ó.
ÓZKAYA, Sibel
A-4, p.27
P.
PAIK, Jong-Hoo
M-D2-Poster-31, p.101
PAIK, Pradip
H-6, p.74
PAL, Anil Kumar
C-5, p.38
PAN, Hui
E-4, p.51
N-3, p.108
N-D2-Poster-10, p.109
PAN, Jisheng
A-D2-Poster-10, p.29
A-D2-Poster-13, p.29
E-2, p.52
E-4, p.50
E-D2-Poster-3, p.53
PAN, Xiaoqing
E-1, p.51
PAN, Yuyu
J-D2-Poster-3, p.84
PANDEY, Bishnu
D-3, p.46
PANDEY, O.P.
G-D2-Poster-17, p.69
PANDEY, Shyam S.
F-4, p.56
F-4, p.58
PANDEY, Tribhuwan
N-2, p.106
PANDYA, Dinesh
D-4, p.46
F-D2-Poster-30, p.62
PANE, Salvador
H-3, p.73
PANG, Ai Lin Christina
A-D2-Poster-39, p.31
M-1, p.97
PANG, Hock Lai John
L-D2-Poster-11, p.94
PANG, Rudy
K-4, p.87
K-D2-Poster-3, p.90
PANIAGUA DOMINGUEZ,
Ramon
C-1, p.39
PANIGRAHI, Simanchalo
H-D2-Poster-10, p.77
PANT, Jayashree
F-4, p.59
PANYAKEOW, Somsak
M-D2-Poster-9, p.100
PARADOWSKA, Karolina M.
M-D2-Poster-8, p.100
PARALE, Vinayak
M-D2-Poster-23, p.101
PARIDA, Kaushik
G-2, p.65
H-4, p.74
PARIS, Chiara
N-5, p.107
PARK, Ayoung
E-D2-Poster-7, p.53
PARK, Byong-Guk
D-3, p.43
PARK, Chan Woo
L-D2-Poster-14, p.94
PARK, Chris
K-3, p.87
PARK, Harold
A-4, p.26
PARK, Hui Joon
A-D2-Poster-37, p.31
J-D2-Poster-22, p.86
M-D2-Poster-32, p.101
M-D2-Poster-35, p.102
PARK, In Seob
J-4, p.81
J-D2-Poster-4, p.85
PARK, Jin Young
E-D2-Poster-22, p.54
PARK, Jong Kug
A-D2-Poster-40, p.31
PARK, Jong Young
E-D2-Poster-15, p.54
PARK, Nae-Man
L-D2-Poster-14, p.94
PARK, Sang Jin
M-D2-Poster-32, p.101
M-D2-Poster-35, p.102
PARK, Shin Kyu
F-D2-Poster-19, p.61
PARK, Sung Jun
E-D2-Poster-23, p.55
PARK, Sung Kyu
E-D2-Poster-10, p.54
PARK, Sungkyun
H-D2-Poster-4, p.76
PARTOENS, Bart
A-D2-Poster-11, p.29
I-2, p.79
PATEL, Nagabhushan
D-3, p.46
PATHAK, Anand
K-5, p.88
M-6, p.96
M-D2-Poster-38, p.102
PATHAK, Biswarup
N-D2-Poster-6, p.109
PATHAK, Chandrashekhar
F-6, p.58
PATHIYAMATTOM, Joseph
F-8, p.60
PATI, Sudhanshu
D-D2-Poster-21, p.48
PATRA, Abhijeet
J-6, p.84
M-2, p.98
M-5, p.98
PATRA, Amitava
F-1, p.57
PATRA, Jagabandhu
G-5, p.67
PATTABIRAMAN, Santhana
Raman
K-4, p.87
K-4, p.88
K-D2-Poster-3, p.90
PAWAR, Dnyandeo
M-6, p.95
PEARSON, Daniel A.
K-5, p.88
PEI, Ho Chong
C-4, p.39
PENDYALA, Naresh Kumar
F-D2-Poster-1, p.60
PENG, Huisheng
L-2, p.92
PENG, Shengjjie
G-D2-Poster-13, p.68
G-D2-Poster-9, p.68
PENG, Yingguo
D-D2-Poster-16, p.48
PEREIRA DE SÁ, Pedro
H-5, p.72
PERERA, A. G. Unil
B-3, p.33
PERERA, Unil
B-4, p.35
PERIYANAGOUNDER,
Dharmaraj
A-D2-Poster-16, p.29
PERNOT, Julien
E-3, p.52
PERSAUD, Arun
K-2, p.89
PERSSON, Kristin
G-1, p.64
N-1, p.103
PERUMAL, Ilaiyaraja
F-3, p.59
F-D2-Poster-14, p.61
F-D2-Poster-17, p.61
PERWEEN, Shama
F-D2-Poster-7, p.60
PETROVIĆ, Srdjan
K-6, p.89
PHADTARE, Varsha
M-D2-Poster-23, p.101
PHAM, Thanh Toan
E-3, p.52
PHILIPPA, Bronson
J-D2-Poster-6, p.85
PHOKHARATKUL, Ditsayut
A-D2-Poster-44, p.31
G-4, p.65
PHUAH, Kia Chai
G-D2-Poster-16, p.69
G-D2-Poster-29, p.70
PI, Tun-Wen
E-1, p.52
E-3, p.53
PIETRZYK, Mieczyslaw A.
M-2, p.96
M-D2-Poster-8, p.100
PIGACHE, François
H-5, p.75
PILLAI, Shreeja
H-3, p.75
PING, Er-Xuan
D-1, p.47
PING, Yang
K-5, p.88
PINTILIE, Ioana
H-6, p.76
H-D2-Poster-8, p.77
PINTILIE, Lucian
H-D2-Poster-6, p.76
H-D2-Poster-8, p.77
PIRAMANAYAGAM, S. N.
D-D2-Poster-10, p.48
D-D2-Poster-15, p.48
PISUTHA-ARNOND, Nirand
N-5, p.104
PITCHAPPA, Prakash
C-4, p.39
C-D2-Poster-2, p.41
123
123
C-D2-Poster-3, p.41
C-D2-Poster-4, p.41
PIZZI, Giovanni
N-1, p.106
PLACZEK-POPKO, Ewa
M-D2-Poster-8, p.100
PNG, Ching Eng
C-5, p.39
M-D2-Poster-34, p.101
PNG, Rui Qi
J-2, p.83
J-2, p.82
J-3, p.84
J-D2-Poster-19, p.86
J-D2-Poster-23, p.86
PNG, Rui-Qi (Rachael)
J-1, p.81
J-3, p.82
J-4, p.83
J-D2-Poster-12, p.85
POEMPOOL, Thanavorn
M-D2-Poster-9, p.100
POH, Leslie
N-D2-Poster-18, p.110
POMEROY, James W.
B-1, p.32
POMORSKI, Michal
K-1, p.89
POPLAWSKY, Jonathan
M-1, p.98
PORFYRAKIS, Kyriakos
J-4, p.83
PORTER, Benjamin
A-4, p.24
POTU, Venugopal
D-D2-Poster-14, p.48
D-D2-Poster-8, p.47
POU, Pablo
A-4, p.27
PRABA, Agustinus
G-D2-Poster-28, p.70
PRADHANANGA, Rajaram
E-8, p.52
PRAKASH, Saurav
A-6, p.24
M-5, p.98
PRASAD, R.
I-5, p.79
PRASAD, Shyamal
J-3, p.83
PRASANNA, Wilfred
F-4, p.59
PRASHANTHI, K.
M-D2-Poster-22, p.101
PRELLIER, Wilfrid
E-2, p.51
H-2, p.71
PRIHOR, Felicia
H-D2-Poster-7, p.77
PRINTZ, Adam
F-D2-Poster-25, p.61
L-5, p.92
PUNIA, R.
M-D2-Poster-17, p.100
PURETZKY, Alex
A-3, p.24
PUSCHNIG, Peter
N-2, p.104
PUTILOV, Aleksei
I-3, p.79
Q.
QI, Dianpeng
L-2, p.93
L-D2-Poster-12, p.94
L-D2-Poster-13, p.94
L-D2-Poster-3, p.93
QI, Dianyu
A-D2-Poster-8, p.28
QI, Huan
F-3, p.59
QI, Xiaoying
L-D2-Poster-7, p.94
QIAN, Cheng
C-3, p.40
QIAO, Zhongliang
B-3, p.34
B-4, p.33
QIU, Min
C-2, p.39
QIU, Xuepeng
D-4, p.45
D-4, p.44
QU, Liangti
L-4, p.92
QU, Xuanhui
N-6, p.103
QUEK, Su Ying
A-2, p.27
A-4, p.25
A-D2-Poster-19, p.29
A-D2-Poster-32, p.30
N-4, p.106
N-6, p.107
QURESHI, Mohammad
F-D2-Poster-10, p.60
QURESHI, Sarfraz
K-4, p.88
R.
R., Chowdhruy
M-7, p.98
R., Jayaganthan
M-7, p.98
RABE, Jürgen P.
E-7, p.51
RÄCKE, Paul
K-3, p.87
RADCHENKO, Ihor
G-2, p.66
G-3, p.66
RADHAKRISHNAN,
Balachandran
G-4, p.67
RADHAKRISHNAN, K.
B-2, p.35
B-4, p.35
B-5, p.34
B-5, p.32
RAGHAVAN, Srinivasan
A-D2-Poster-29, p.30
RAJ, Vinoth
B-6, p.35
RAJAN, Siddharth
B-1, p.34
RAJANGAM, Ilangovan
B-D2-Poster-4, p.36
RAJBHANDARI
(NYACHHYON), Armila
E-8, p.52
RAJESWARAN, Bharathi
M-D2-Poster-20, p.100
RAJPUT, Kaptan
A-D2-Poster-33, p.30
RAJU, M.
D-D2-Poster-2, p.47
RAKSHIT, R. K.
D-D2-Poster-2, p.47
RAMAKRISHNA, Seeram
G-D2-Poster-13, p.68
G-D2-Poster-9, p.68
RAMANUJACHARY,
Kandalam
F-2, p.58
RAMASAMY, Jayavel
A-D2-Poster-24, p.30
A-D2-Poster-27, p.30
F-4, p.59
RANA, Aniket
F-4, p.57
RANAWAT, Yashasvi Singh
N-D2-Poster-26, p.110
RANDRIAMAHAZAKA,
Hyacinthe
G-3, p.65
RANI, Mamta
F-D2-Poster-29, p.62
RANJAN, Akhil
B-2, p.35
RANJAN, Amit
F-D2-Poster-7, p.60
RANJBAR, Mojtaba
D-D2-Poster-10, p.48
D-D2-Poster-15, p.48
RAO, B.V. Bhaskara
E-4, p.53
M-6, p.95
RAO, M.S. Ramachandra
B-4, p.36
B-6, p.35
H-D2-Poster-19, p.77
RAO, Madhusudhana
M-D2-Poster-3, p.99
RAO MOTAPOTHULA,
Mallikarjuna
A-5, p.25
C-5, p.40
F-D2-Poster-13, p.61
G-5, p.65
K-6, p.89
RATANATHAMMAPHAN,
Somchai
M-D2-Poster-9, p.100
RATH, Martando
H-D2-Poster-19, p.77
RATH, Santi Prasad
J-6, p.84
M-2, p.98
RAUSCHENBACH, Bernd
K-3, p.87
RAUSCHENBACH, Stephan
K-3, p.87
RAVAINE, Serge
C-5, p.40
RAWAT, Vaishali
C-4, p.41
C-D2-Poster-5, p.42
RAYAVARAPU, Prasada Rao
G-3, p.67
G-D2-Poster-20, p.69
RAZUMOVSKIY, Vsevolod
N-2, p.104
RECHES, Meital
G-5, p.66
REDDY, M. V.
G-5, p.66
G-D2-Poster-20, p.69
REDHAMMER, Günther
G-2, p.67
REDWING, Joan M.
B-2, p.34
REID, Gillian
A-4, p.24
REN, Dan
G-5, p.65
REN, Juanjuan
C-4, p.40
REN, Qin
E-D2-Poster-12, p.54
REN, Wei
H-1, p.72
RESHI, Hilal Ahmad
H-3, p.75
RESZKA, Anna
M-D2-Poster-8, p.100
RETTENWANDER, Daniel
G-2, p.67
REYES, Odin
F-8, p.60
RIBIERRE, Jean Charles
J-1, p.81
M-1, p.95
RICE, Zane
G-4, p.67
RINGEL, Steven
B-2, p.33
ROBERTSON, Alex
A-D2-Poster-35, p.30
ROBERTSON, John
E-1, p.51
ROBINSON, Joshua
B-2, p.34
RÖDEL, Jürgen
H-1, p.71
RODIN, Aleksandr
A-3, p.25
A-4, p.26
RODRIGUES, Joao
A-5, p.27
RODRÍGUEZ LÓPEZ, Sonia
M-5, p.96
ROGERS, Gregory
J-4, p.83
ROHART, Stanislas
D-3, p.44
ROMANENKO, Dmitrii
D-D2-Poster-22, p.48
ROMANER, Lorenz
N-2, p.104
ROMBOUTS, Jeroen
F-2, p.59
ROORDA, Sjoerd
K-1, p.87
ROSCOW, James
H-2, p.74
ROSEI, Federico
B-1, p.33
ROUGER, Nicolas
E-3, p.52
ROULEAU, Chris
A-3, p.24
M-1, p.98
ROUSSELOT, Steeve
G-2, p.66
ROW, Guru
124
124
G-2, p.64
ROY, Suman Kumar
J-6, p.84
RUFFELL, Simon
K-2, p.87
RUPPA, Govinda Rao
D-D2-Poster-14, p.48
D-D2-Poster-8, p.47
RUSYDI, Andrivo
C-5, p.40
E-3, p.51
N-D2-Poster-12, p.109
RYU, Min-Yeul
A-D2-Poster-20, p.29
RYU, Yunha
C-3, p.40
S.
S, Bhuvaneshwari
B-6, p.35
S, David Jereil
E-6, p.52
S, Vasu
G-5, p.63
SAARI, Timo
I-3, p.79
SACHDEV, Kanupriya
F-6, p.60
SADEGHI, Hatef
J-4, p.83
SADHU, Pavan Prashanth
E-5, p.51
SADOH, Taizoh
B-5, p.35
SADOVNIKOV, Alexandr
D-3, p.45
D-D2-Poster-22, p.48
SAENPHUM, Nattaya
D-D2-Poster-4, p.47
SAFANAMA, Dorsasadat
G-2, p.63
G-D2-Poster-16, p.69
G-D2-Poster-29, p.70
SAHA, Surajit
A-5, p.25
A-6, p.24
J-6, p.84
K-D2-Poster-1, p.90
M-2, p.98
M-5, p.98
SAHANA, M. B.
G-5, p.63
SAIKIRAN, Maryala
F-4, p.58
SAINI, Naurang
I-2, p.79
SAITOH, Eiji
D-1, p.43
SAKAIDA, Yoshiki
B-2, p.35
SAKAMOTO, Naonori
H-1, p.74
SAKIYAMA, Shin
J-D2-Poster-8, p.85
SAKURAI, Takeaki
F-2, p.58
SALAM, Budiman
L-3, p.91
L-5, p.91
L-D2-Poster-11, p.94
SALAMON, Soma
H-2, p.72
SALLEO, Alberto
J-1, p.82
SALVATI, Enrico
K-3, p.88
SAMBANDAM, Bharathi
F-4, p.59
SAMELOR, Diane
H-5, p.75
SAMIEE, Mojtaba
G-4, p.67
SAMPAN-APAI, Sutee
D-D2-Poster-3, p.47
SAMUSEV, Anton
C-4, p.39
SANCHEZ, Daniel S.
I-3, p.78
I-5, p.78
SANCHEZ, J.M.
N-3, p.108
SANCHEZ, Monica
F-8, p.60
SANGTARASH, Sara
J-4, p.83
SANJIB, Das
M-1, p.98
SARANGAN, Andrew
C-2, p.37
SARKAR, Soumya
A-5, p.25
A-6, p.24
K-D2-Poster-1, p.90
M-2, p.98
SAUMITRA, Vajandar
K-2, p.87
K-5, p.88
SAURIOL, Pierre
G-2, p.66
SAVAGATRUP, Suchol
F-D2-Poster-25, p.61
L-5, p.92
SAVINOV, Vassili
C-4, p.38
SCHALLER, Richard
C-4, p.40
SCHEFFLER, Matthias
N-1, p.106
SCHENKEL, Thomas
K-2, p.89
SCHMIDT, Daniel
C-5, p.40
SCHMIDT, Gordon
B-4, p.33
SCHMIDT-MENDE, Lukas
J-2, p.83
SCHOETERS, Bob
A-D2-Poster-11, p.29
SCHOFIELD, Steven
E-5, p.50
SCHRÖDER, Jörg
H-2, p.72
SCHWALLER, Philippe
N-1, p.106
SCOTT, Mary Cooper
C-5, p.40
SEAH, Wei Ling
J-3, p.82
J-D2-Poster-12, p.85
SEIDL, Peter
K-2, p.89
SEKI, Kazuhiko
F-D2-Poster-27, p.62
SEKINO, Tohru
H-2, p.73
SEKO, Atsuto
N-3, p.106
SELBERHERR, Siegfried
D-1, p.44
SELVAKUMAR, D.
A-D2-Poster-27, p.30
SEN, Prasenjit
N-4, p.107
SEN, Raja
N-4, p.108
SEN, shrabanee
H-8, p.76
SEO, Hyungtak
E-D2-Poster-4, p.53
E-D2-Poster-7, p.53
E-D2-Poster-8, p.53
E-D2-Poster-9, p.54
F-3, p.58
F-D2-Poster-5, p.60
SEO, Jungpil
M-D2-Poster-2, p.99
SEOL, Seung Kwon
L-D2-Poster-4, p.93
SERIY, Sergey
N-1, p.104
SETYO PAMBUDI, Wisnu
E-5, p.51
SEVERIN, Nikolai
E-7, p.51
SHAN, Bowen
F-D2-Poster-33, p.62
SHAN, Xuechuan
L-3, p.92
L-3, p.91
L-5, p.91
L-D2-Poster-11, p.94
L-D2-Poster-7, p.94
SHAO, Jinjun
J-D2-Poster-2, p.84
SHARAEVSKAYA, Anna
D-D2-Poster-22, p.48
SHARAEVSKI, Yury
D-3, p.45
SHARMA, Ashutosh
G-D2-Poster-10, p.68
SHARMA, Chithra H.
A-D2-Poster-15, p.29
A-D2-Poster-21, p.29
SHARMA, G.
N-D2-Poster-9, p.109
SHARMA, Ghanshyam
N-D2-Poster-1, p.108
SHARMA, Hitesh
A-D2-Poster-23, p.30
SHARMA, Intu
A-4, p.27
SHARMA, Sudhir
H-3, p.71
SHARMA, Vikas
F-6, p.60
F-D2-Poster-17, p.61
SHAW, Jessica
J-4, p.84
SHEKHAR, Adarsh
N-1, p.104
SHEKHAR, Himanshu
J-4, p.83
SHELKE, Vilas
H-3, p.75
H-4, p.74
SHEN, Chao
F-5, p.57
SHEN, Guozhen
L-2, p.91
SHEN, Lei
A-D2-Poster-12, p.29
E-3, p.51
F-D2-Poster-11, p.61
H-3, p.72
I-D2-Poster-1, p.80
N-2, p.107
N-D2-Poster-27, p.110
N-D2-Poster-8, p.109
SHEN, Qing
F-4, p.56
SHEN, Qing Hao Wilson
A-D2-Poster-39, p.31
SHEN, Xiao-Peng
N-D2-Poster-7, p.109
SHEN, Yang
H-2, p.71
SHEN, Zexiang
C-3, p.40
C-5, p.37
K-4, p.88
SHEN, Zhiyuan
H-1, p.73
SHENG, Jiang
F-3, p.58
SHENTON, Kane
H-6, p.73
SHERBURNE, Matthew P.
C-5, p.40
G-5, p.65
SHI, Chunsheng
G-1, p.65
G-D2-Poster-23, p.69
SHI, Li-Jie
M-3, p.96
SHI, Qiongfeng
H-2, p.73
SHI, Siqi
N-4, p.103
SHI, Xueliang
J-D2-Poster-15, p.85
SHIEH, Jay
H-1, p.74
SHIEU, Fuh-Sheng
E-D2-Poster-6, p.53
SHIINO, Takayuki
D-3, p.43
Shilpa
G-D2-Poster-10, p.68
SHIKOH, Eiji
D-3, p.44
D-4, p.45
D-4, p.43
SHIM, Gowoon
E-D2-Poster-4, p.53
SHIMAMURA, Kohei
N-1, p.104
SHIMOJO, Fuyuki
N-1, p.104
SHIMON, Goei
D-1, p.45
SHIN, Hong-Jik
A-D2-Poster-40, p.31
SHIN, Jong Mok
A-D2-Poster-20, p.29
L-D2-Poster-10, p.94
SHINKAWA, Akira
125
125
H-D2-Poster-1, p.76
SHINOZAKI, Kazuo
H-1, p.74
SHINTAKU, Naoto
J-D2-Poster-7, p.85
SHIRAISHI, Masashi
D-2, p.44
D-3, p.44
SHITARA, Kazuki
N-3, p.106
SHIU, Hung Wei
A-3, p.26
SHIVASHANKAR, S. A.
A-D2-Poster-29, p.30
SHIZU, Katsuyuki
J-1, p.81
SHLUGER, Alexander
B-D2-Poster-2, p.36
B-D2-Poster-3, p.36
SHVATSMAN, Vladimir V.
H-2, p.72
SIBILIA, Concita
C-2, p.37
SIDDABATTUNI, Sasidhar
E-4, p.50
E-5, p.51
SIDDARTH, Sai
C-D2-Poster-9, p.42
SIJU, C.R.
J-5, p.82
SIMON, Roland B.
B-1, p.32
SIMONE, Virginie
G-3, p.63
SIMONIN, Loic
G-3, p.63
SINCLAIR, Robert
A-D2-Poster-35, p.30
SINDHU, S.
J-5, p.82
J-D2-Poster-10, p.85
SINGH, Abhishek
N-2, p.106
SINGH, Akansha
N-4, p.107
SINGH, Bahadur
I-5, p.79
SINGH, Devender
M-6, p.97
SINGH, Doebrat
A-D2-Poster-31, p.30
M-5, p.95
SINGH, Kulvir
G-D2-Poster-17, p.69
SINGH, L. Herojit
D-D2-Poster-21, p.48
SINGH, Navab
C-4, p.39
SINGH, Rajendra
F-6, p.58
F-D2-Poster-8, p.60
SINGH, Rajiv K
F-4, p.57
SINGH, Rajveer
H-4, p.76
SINGH, Ranjan
C-3, p.39
C-4, p.38
C-4, p.39
C-5, p.38
C-6, p.38
SIRRINGHAUS, Henning
J-4, p.82
SIT, Patrick
N-5, p.105
SIVAPRAKASH, N.C.
J-5, p.82
J-D2-Poster-10, p.85
SIVARAJ, M. P.
A-D2-Poster-27, p.30
SIVARAM, H.
A-D2-Poster-27, p.30
SKUKAN, Natko
K-1, p.89
SMILLIE, Lachlan
M-4, p.96
SOCI, Cesare
B-2, p.35
C-1, p.39
SOKOLOV, Igor M.
E-7, p.51
SOLIMAN, Moataz
F-5, p.60
F-D2-Poster-21, p.61
SOM, Tapobrata
K-5, p.88
SOMAN, Anishkumar
F-5, p.57
F-D2-Poster-24, p.61
SON, Jaesung
I-D2-Poster-2, p.80
SONG, Bohang
G-1, p.63
SONG, Junlei
N-D2-Poster-24, p.110
SONG, Kyungjun
L-D2-Poster-6, p.93
SONG, Myungkwan
F-1, p.57
F-4, p.57
SONG, Seongkyu
L-D2-Poster-1, p.93
M-D2-Poster-2, p.99
SONG, Wendong
M-D2-Poster-26, p.101
SONG, Xu
L-3, p.92
N-3, p.104
SONG, Young Hyun
M-6, p.99
M-6, p.98
M-7, p.97
SONG, Yuxin
B-2, p.34
SONG, Zhibo
A-3, p.27
SONVANE, Yogeshkumar
A-D2-Poster-31, p.30
A-D2-Poster-33, p.30
M-5, p.95
SOPITPAN, Suwat
M-D2-Poster-9, p.100
SORRELL, Charles
N-6, p.104
SOW, Chorng Haur
M-5, p.97
SPEMANN, Daniel
K-3, p.87
SPITALER, Jürgen
N-2, p.104
SREERAM, Kalarical
Janardhanan
M-4, p.95
SRIKANTH, Hariharan
D-3, p.43
SRIVASTAVA, Yogesh Kumar
C-5, p.38
C-6, p.38
STACHOWICZ, Marcin
M-2, p.96
STANCIU, Catalina
H-6, p.76
H-D2-Poster-6, p.76
H-D2-Poster-8, p.77
STASIC, Jovana
M-D2-Poster-39, p.102
STEFANOSKI, Stevce
F-5, p.56
STEGMAIER, Alrik
K-3, p.88
STENNING, Gavin
A-4, p.24
STESMANS, Andre
E-1, p.52
STINGELIN, Natalie
E-2, p.50
J-2, p.82
STOKES, Peter W.
J-D2-Poster-6, p.85
STREET, Mike
D-1, p.44
STRITTMATTER, André
B-4, p.33
STROBEL, Timothy
F-5, p.56
STUART, Alexandra
M-3, p.95
STUIBER, Michael
K-1, p.87
SU, Xing Fu
E-D2-Poster-21, p.54
SUBRAMANIAM,
Arulkumaran
B-4, p.32
SUBRAMANIAN, Balakumar
F-1, p.59
SUBRAMANIAN, Sujith
B-2, p.32
SUDAKAR, C.
F-3, p.59
F-D2-Poster-17, p.61
SUDIĆ, Ivan
K-1, p.89
SUH, Joonki
A-1, p.24
SUH, Yung Doug
M-3, p.96
SUI, Tan
G-1, p.63
K-3, p.88
SUM, Tze Chien
J-1, p.82
SUN, Chang-Qing
N-D2-Poster-2, p.108
SUN, Chen-Nan
L-3, p.91
SUN, Do-Bai
N-3, p.107
SUN, Greg
C-1, p.38
SUN, Handong
C-3, p.37
SUN, Huarui
B-1, p.32
SUN, Huibin
J-7, p.84
SUN, Jia-Tao
A-D2-Poster-2, p.28
SUN, Kuan
M-3, p.97
M-D2-Poster-7, p.99
SUN, Mingxiao
A-D2-Poster-9, p.28
SUN, Shengnan
G-5, p.66
SUN, Shih-Jye
D-D2-Poster-23, p.49
SUN, Song
C-5, p.39
SUN, Yi-An
H-4, p.71
SUNAHARA, Kenji
F-3, p.56
SUNAPPAN, Vasudivan
L-3, p.92
SURESH, K. G.
D-D2-Poster-20, p.48
SUYAMA, Toshihisa
M-3, p.98
M-D2-Poster-14, p.100
M-D2-Poster-15, p.100
SUZUKI, Hiroki
B-2, p.35
SUZUKI, Hisao
H-1, p.74
SUZUKI, Kenji
G-3, p.67
SUZUKI, Yohei
E-D2-Poster-14, p.54
SUZUKI, Yohichi
F-D2-Poster-27, p.62
SVERDLOV, Viktor
D-1, p.44
SWAMY, G. Venkat
D-D2-Poster-2, p.47
SYNOWCZYNSKI-DUNN,
Jennifer
N-D2-Poster-26, p.110
T.
T, Ramachandran
M-D2-Poster-24, p.101
TACHIBANA, Yasuhiro
F-1, p.59
F-D2-Poster-2, p.60
TAKAGI, Kenichiro
J-D2-Poster-7, p.85
J-D2-Poster-9, p.85
TAKAHASHI, Hiroki
F-D2-Poster-9, p.60
TAKAI, Osamu
E-D2-Poster-14, p.54
E-D2-Poster-15, p.54
TAKAYANAGI, Jun
B-5, p.33
M-3, p.95
M-4, p.96
TAKEZOE, Hideo
M-D2-Poster-2, p.99
TALEBI-ESFANDARANI,
Majid
G-2, p.66
TAMBLYN, Isaac
N-4, p.106
TAMURA, Nobumichi
G-2, p.66
TAN, Chaoliang
126
126
A-6, p.26
A-D2-Poster-41, p.31
TAN, Chin Yaw
H-1, p.73
TAN, Haijie
A-4, p.24
TAN, Hong Qi
K-5, p.89
TAN, Huei Ming
K-4, p.89
TAN, Jeck Ann
G-D2-Poster-29, p.70
TAN, Jun Kai
J-4, p.83
TAN, Jun-Kai
J-3, p.84
J-D2-Poster-12, p.85
TAN, Kian Hua
B-2, p.32
TAN, Kim Seng
G-D2-Poster-4, p.68
G-D2-Poster-8, p.68
TAN, Rachel Lee Siew
L-D2-Poster-5, p.93
L-D2-Poster-7, p.94
TAN, Teck Leong
F-4, p.57
N-3, p.105
TAN, Wei-Lin
H-4, p.72
TAN, Yang
K-3, p.89
TANAKA, Hiroki
H-3, p.72
TANAKA, Hiromi
E-7, p.52
TANAKA, Isao
N-3, p.106
TANAKA, Miho
M-3, p.95
M-4, p.96
TANAKA, Seiya
E-7, p.52
TANDON, Ram
H-4, p.76
TANG, Cindy
J-2, p.83
J-2, p.82
J-D2-Poster-23, p.86
TANG, Jia
J-D2-Poster-1, p.84
TANG, Linlong
C-6, p.41
TANG, Meng
D-5, p.46
TANI, Yasuo
D-4, p.43
TANIBATA, Naoto
G-D2-Poster-14, p.69
TANUMA, Chiaki
H-D2-Poster-1, p.76
TANWAR, Khagesh
G-5, p.67
TANWAR, Vijeta
M-6, p.97
TAO, Junguang
E-2, p.53
TAO, Ye
K-5, p.89
TAO, Youtian
J-7, p.84
M-2, p.97
127
TAPPING, Patrick
M-3, p.95
TATSUMISAGO, Masahiro
G-2, p.64
G-3, p.64
G-3, p.67
G-D2-Poster-12, p.68
G-D2-Poster-14, p.69
TAYLOR, Martin
J-5, p.83
TEE, Chee Keong Benjamin
L-3, p.91
TEH, Bing Hong
C-3, p.37
TEKI, Yoshio
D-3, p.44
D-4, p.45
D-4, p.43
TENDERO, Claire
H-5, p.75
TENG, Jing Hua
C-3, p.37
C-4, p.38
M-3, p.99
M-D2-Poster-34, p.101
TEO, Chin Yi
L-4, p.92
TEO, Ee Jin
M-3, p.99
M-D2-Poster-34, p.101
TEO, Wei-Yong Desmond
J-D2-Poster-17, p.85
TESSLER, Nir
J-1, p.83
J-4, p.81
J-4, p.83
TEY, Ju Nie
F-D2-Poster-4, p.60
THAINOI, Supachok
M-D2-Poster-9, p.100
THAKOR, Pankanjsinh
A-D2-Poster-31, p.30
THAKUR, Rajesh K.
D-D2-Poster-17, p.48
N-D2-Poster-21, p.110
THAKUR, Rasna
D-D2-Poster-17, p.48
N-D2-Poster-21, p.110
THAKUR, Samita
G-D2-Poster-17, p.69
THAKUR, Ujwal Kumar
J-D2-Poster-22, p.86
THALAKULAM, Madhu
A-D2-Poster-15, p.29
A-D2-Poster-21, p.29
THAM, Chu Long
L-D2-Poster-7, p.94
THAMIZHAVEL, Arumugam
A-5, p.26
THANGADURAI,
Venkataraman
G-3, p.64
THANGAVEL, Pazhanivel
M-7, p.99
THIAVILLE, Andre
D-3, p.44
THIEME, Tom
B-3, p.34
THOMAS, Brijith
F-2, p.59
THOMAS, Paulose
M-D2-Poster-29, p.101
THOMSEN, Lars
J-3, p.83
THONGTEM, Somchai
A-D2-Poster-43, p.31
C-D2-Poster-7, p.42
THOTA, Subhash
H-D2-Poster-3, p.76
THUNDAT, Thomas
M-D2-Poster-22, p.101
TIAN, Shuang
G-1, p.64
TIAN, Weiguo
M-2, p.95
TIPPABHOTLA, Sasi Kumar
G-2, p.66
G-3, p.66
TIWARI, Ashutosh
A-6, p.25
D-4, p.47
TIWARI, Karunesh
M-D2-Poster-1, p.99
TIWARI, Kunal J.
B-5, p.36
F-D2-Poster-15, p.61
TNG, Lihuang
B-2, p.35
TOK, Eng Soon
M-5, p.97
TOM, Ariane
L-3, p.91
TOMAR, Monika
K-D2-Poster-4, p.90
TONG, Cunzhu
B-3, p.34
TOYAMA, Kohei
M-4, p.96
TOYODA, Noriaki
K-2, p.88
TOYODA, Taro
F-4, p.56
TRAINER, Dan
I-3, p.79
TRAN, Tuan T.
K-3, p.88
TRETIAKOV, Oleg
D-1, p.45
D-2, p.43
TREVISANUTTO, Paolo E.
C-5, p.40
N-D2-Poster-12, p.109
TRIPATHI, S.K.
F-D2-Poster-29, p.62
TRIVEDI, Harsh
H-2, p.72
TROADEC, Cedric
A-D2-Poster-26, p.30
TRUONG, Quang Duc
G-D2-Poster-18, p.69
TRUPINA, Lucian
H-D2-Poster-6, p.76
TRUSCA, Roxana
H-6, p.76
H-D2-Poster-6, p.76
TSAGARAKI, Katerina
B-D2-Poster-5, p.36
TSAI, Cheng-Che
H-D2-Poster-17, p.77
H-D2-Poster-2, p.76
TSAI, Din Ping
C-1, p.38
C-3, p.41
TSAI, Du-Cheng
E-D2-Poster-6, p.53
TSAI, Feng-Yu
H-1, p.74
L-D2-Poster-8, p.94
TSAI, Wei Feng
I-4, p.80
TSAI, Wei Yi
C-1, p.38
TSANG, Daniel Ping-Kuen
J-1, p.81
TSAO, Cheng-Si
M-4, p.98
TSENG, Chuan-Ming
G-4, p.65
TSENG, Ming Lun
C-1, p.38
TSENG, Ming-Hung
L-D2-Poster-8, p.94
TSERKOVNYAK, Yaroslav
D-6, p.46
TSUI, Fu-Chieh
E-D2-Poster-16, p.54
TSUJI, Fumika
G-D2-Poster-14, p.69
TSUJIMOTO, Hiroaki
D-3, p.44
TSURUOKA, Ryotaro
H-D2-Poster-1, p.76
T-THIENPRASERT, Jiraroj
N-7, p.104
TUANTRANONT, Adisorn
A-5, p.27
A-5, p.27
A-D2-Poster-44, p.31
G-4, p.65
TURAGA, Shuvan Prashant
K-3, p.89
K-4, p.89
M-3, p.99
TYAGI, Renu
F-6, p.58
TZABARI, Lior
J-1, p.83
U.
UCHIYAMA, Kiyoshi
H-3, p.72
UDOMVECH, Anurak
N-D2-Poster-13, p.109
UDREA, Florin
C-3, p.38
UECKER, Reinhard
G-2, p.67
UEDA, Daisuke
B-3, p.32
UEDA, Shigenori
E-6, p.52
UL-HAQ, M. Naveed
H-2, p.72
UMARJI, Arun M
M-D2-Poster-20, p.100
URATANI, Hiroki
B-2, p.35
USHAKOV, Andrey
G-6, p.68
V.
V, Raja
F-D2-Poster-22, p.61
V. PERUMAL, Devarajan
127
M-7, p.99
V. S., Vendamani
M-6, p.96
M-D2-Poster-38, p.102
V.A. ORRU, Romano
F-2, p.59
VADAVALLI, Saikiran
M-D2-Poster-28, p.101
VADLA, Samba Siva
H-6, p.75
VAIRAPPERUMAL,
Tamilmani
M-4, p.95
VAJANDAR, Saumitra
D-D2-Poster-13, p.48
VALLEE, Renaud
C-5, p.40
VAN KAN, Jeroen A.
K-4, p.87
K-4, p.89
K-4, p.88
K-5, p.89
K-D2-Poster-3, p.90
VANGA, Sudheer Kumar
K-3, p.89
K-4, p.89
K-5, p.89
VARGHESE, Abin
A-D2-Poster-21, p.29
VASARLA, Nagendra Sekhar
E-D2-Poster-25, p.55
VASHISHTA, Priya
N-1, p.104
VASILE, Bogdan
H-6, p.76
H-D2-Poster-6, p.76
VÁZQUEZ, Manuel
M-5, p.96
VEERASUBRAMANI, Ganesh
Kumar
G-4, p.64
G-D2-Poster-24, p.69
VEIT, Peter
B-3, p.33
B-4, p.33
B-4, p.33
VENA, Pasquale
L-4, p.91
VENKATACHALAM, Dinesh
K-2, p.87
VENKATARAMANI, N.
H-6, p.75
VENKATESAN, T.
A-5, p.25
A-6, p.24
C-5, p.40
D-D2-Poster-13, p.48
E-4, p.51
F-D2-Poster-13, p.61
G-5, p.65
H-5, p.73
J-6, p.84
K-4, p.88
K-6, p.89
K-D2-Poster-1, p.90
M-2, p.98
M-5, p.98
M-D2-Poster-13, p.100
VERCAUTEREN, Stephan
A-D2-Poster-11, p.29
VERLHAC, Jean-Baptiste
C-5, p.40
VERMA, Prabhat
C-2, p.37
VETTER, Ulrich
K-3, p.88
VIJAYALAKSHMI, K.
E-6, p.52
VIKRAMAN, Dhanasekaran
A-D2-Poster-37, p.31
VILKOV, Eugenii
D-6, p.45
VISHWANATH, Sujaya Kumar
M-5, p.97
VOIRY, Damien
A-5, p.26
VOS, Maarten
K-2, p.87
VYAS, Rishi
F-6, p.60
VYSOTSKII, Sergey
D-3, p.45
W.
WAAG, Andreas
B-4, p.33
WAKAMIYA, Atsushi
F-D2-Poster-2, p.60
WAKAYAMA, Yutaka
E-4, p.51
J-5, p.81
WAKIYA, Naoki
H-1, p.74
WALDRON, William
K-2, p.89
WALSH, Aron
N-4, p.107
WAN, Dongyang
C-5, p.40
WAN, Yazhou
F-4, p.58
WANG, Baokai
I-3, p.78
I-3, p.79
WANG, Chao
L-2, p.91
WANG, Chunmei
E-4, p.52
WANG, Dan
N-D2-Poster-3, p.109
WANG, Enge
N-1, p.107
WANG, Fu-Yu
M-D2-Poster-4, p.99
WANG, Han
H-D2-Poster-11, p.77
WANG, Hong
B-3, p.34
B-4, p.33
WANG, Hsiang-Chu
C-1, p.38
WANG, Hui
G-1, p.63
WANG, J. S.
M-D2-Poster-4, p.99
WANG, Jianfang
M-1, p.96
WANG, Jiangxin
G-2, p.64
G-2, p.65
H-4, p.74
L-3, p.93
WANG, Jianpu
J-2, p.82
J-7, p.84
J-D2-Poster-20, p.86
WANG, Jianyan
B-4, p.35
B-5, p.33
WANG, Jiao
E-D2-Poster-5, p.53
WANG, Jingxian
G-5, p.66
WANG, John
G-5, p.65
H-2, p.74
H-5, p.74
H-D2-Poster-20, p.77
H-D2-Poster-21, p.78
WANG, Junlei
D-1, p.44
WANG, Junling
F-D2-Poster-31, p.62
H-4, p.75
H-5, p.75
WANG, Kai
L-3, p.92
WANG, Ke
H-3, p.75
WANG, Lan
D-3, p.46
WANG, Le
F-D2-Poster-31, p.62
H-5, p.75
WANG, Lei
D-5, p.46
WANG, Lin
A-D2-Poster-6, p.28
WANG, Linlin
N-3, p.105
WANG, Nan
H-D2-Poster-18, p.77
WANG, Nana
J-D2-Poster-20, p.86
WANG, Qiangbin
M-2, p.95
WANG, Qijie
A-D2-Poster-18, p.29
WANG, Qing
F-5, p.57
G-4, p.64
WANG, Qixing
A-D2-Poster-8, p.28
WANG, S.
E-3, p.53
WANG, Shan-Yu
G-4, p.65
WANG, Shi Jie
A-2, p.27
A-D2-Poster-10, p.29
A-D2-Poster-13, p.29
E-2, p.52
E-D2-Poster-17, p.54
E-D2-Poster-18, p.54
E-D2-Poster-3, p.53
WANG, Shifan
M-2, p.97
WANG, Shuai
J-D2-Poster-24, p.86
WANG, Shubo
C-3, p.40
WANG, Shumin
B-2, p.34
WANG, Simeng
J-4, p.84
WANG, Suxi
H-4, p.72
H-D2-Poster-20, p.77
WANG, Tao
B-1, p.34
H-2, p.73
WANG, Wenhong
I-D2-Poster-3, p.80
WANG, Xiaohui
H-1, p.75
WANG, Xiaolin
N-1, p.108
N-6, p.108
N-D2-Poster-23, p.110
N-D2-Poster-25, p.110
WANG, Yadong
G-5, p.65
WANG, Yan
J-D2-Poster-1, p.84
WANG, Yeliang
A-2, p.25
WANG, Yi
D-3, p.46
I-4, p.79
WANG, Yuan-Ting
M-4, p.98
WANG, Yue
C-3, p.37
WANG, Zeng
C-3, p.37
WANG, Zhe
D-5, p.46
WANG, Zhenbin
N-2, p.106
WANG, Zheng-Tang
F-D2-Poster-28, p.62
WANG, Zilong
B-2, p.35
WARNER, Jamie
A-1, p.26
A-4, p.24
A-D2-Poster-35, p.30
J-4, p.83
WASEY, A. H. M. Abdul
A-4, p.25
N-1, p.107
WATANABE, Mitsuhiro
E-D2-Poster-15, p.54
E-D2-Poster-19, p.54
WATANABE, Satoshi
N-3, p.104
WATEGAONKAR, Sandip
M-D2-Poster-23, p.101
WATT, Frank
K-5, p.89
WEE, Andrew T. S.
A-3, p.27
A-D2-Poster-19, p.29
A-D2-Poster-26, p.30
A-D2-Poster-32, p.30
A-D2-Poster-8, p.28
WEHMANN, Hergo-H.
B-4, p.33
WEI, Dacheng
A-1, p.28
WEI, Dapeng
C-6, p.41
WEI, Jun
F-D2-Poster-4, p.60
128
128
L-3, p.91
L-D2-Poster-2, p.93
L-D2-Poster-5, p.93
L-D2-Poster-7, p.94
WEI, Ning
A-D2-Poster-25, p.30
WEI, Wei
C-6, p.41
WEI, Zhixiang
L-2, p.92
WEILI, Zhang
C-4, p.38
C-6, p.38
WEN, Zhaoyin
G-3, p.63
WENDE, Heiko
H-2, p.72
WENPING, Yin
J-D2-Poster-22, p.86
WETZELAER, Gert-Jan
J-4, p.82
WHITE, Ronald D.
J-D2-Poster-6, p.85
WICAKSONO, Satrio
B-2, p.32
WICKRAMAS, Sunil
E-D2-Poster-20, p.54
E-D2-Poster-25, p.55
WIERZBICKA, Aleksandra
M-2, p.96
WILKENING, Martin
G-2, p.67
WILLIAMS, Grant
K-2, p.87
WILLIAMS, Jim
K-3, p.88
M-4, p.96
WINDBACHER, Thomas
D-1, p.44
WINNERL, Julia
B-3, p.33
WINTZ, Daniel
C-3, p.39
WIRIA, Florencia Edith
L-D2-Poster-7, p.94
WISITSORRAT, Anurat
A-5, p.27
A-D2-Poster-44, p.31
G-4, p.65
WOLAK, Matt
I-3, p.79
WOLFE, Jonathan
F-3, p.59
WOLVERTON, Chris
N-1, p.106
WON, Seokjae
E-D2-Poster-8, p.53
WONG, Calvin Pei Yu
A-D2-Poster-26, p.30
WONG, Lai Mun
E-D2-Poster-17, p.54
E-D2-Poster-18, p.54
WONG, Lee Loong
G-4, p.66
N-3, p.103
N-4, p.104
WONG, Lydia
F-D2-Poster-3, p.60
WONG, Siew Yee
H-4, p.72
H-D2-Poster-20, p.77
WONG, Swee Liang
A-D2-Poster-19, p.29
WONG, Terence
M-6, p.98
WONGSASUEB, Paweena
D-D2-Poster-9, p.47
WOO, Keedo
N-D2-Poster-14, p.109
WOO, Moo Hyun
F-D2-Poster-23, p.61
M-6, p.98
WU, Bo Hsien
G-6, p.67
WU, Cen-Shawn
A-D2-Poster-14, p.29
WU, Chi-Nan
E-1, p.52
WU, Falin
M-D2-Poster-7, p.99
WU, Guangheng
I-D2-Poster-3, p.80
WU, Guoqiang
H-D2-Poster-18, p.77
WU, Hsuan-Chung
N-D2-Poster-28, p.110
WU, Hua
H-1, p.72
WU, Hui Jun
C-1, p.38
WU, Jiagang
H-2, p.71
WU, Jianfeng
K-5, p.89
WU, Jiang
A-D2-Poster-30, p.30
WU, Jishan
J-D2-Poster-11, p.85
J-D2-Poster-13, p.85
J-D2-Poster-14, p.85
WU, Junqiao
A-1, p.24
WU, Lin
C-5, p.39
WU, Linda
L-4, p.92
WU, Pei Ru
C-1, p.38
WU, Pin Chieh
C-1, p.38
WU, Qingyang
C-3, p.37
WU, Qingyun
E-3, p.51
H-3, p.72
WU, Ruqian
D-5, p.46
WU, Shiwei
A-2, p.27
WU, Shunqing
A-D2-Poster-36, p.31
G-D2-Poster-19, p.69
WU, Xiaojing
J-3, p.81
WU, Xuejun
F-5, p.59
WU, Y. C.
G-3, p.64
WU, Ya Ze
E-D2-Poster-3, p.53
WU, Yang
D-3, p.46
I-D2-Poster-2, p.80
WU, Yong
D-4, p.44
D-D2-Poster-1, p.47
WU, Yuanzhao
L-5, p.93
X.
XI, Fengna
E-D2-Poster-5, p.53
XI, Xiaoxing
I-3, p.79
XI, Xuekui
I-D2-Poster-3, p.80
XI, Zhang
L-5, p.91
XIA, Ke
D-5, p.46
XIA, Yijie
J-7, p.84
XIA, Yonggao
G-1, p.64
XIANG, Yong
N-2, p.103
XIAO, Juanxiu
H-2, p.74
XIAO, Jun
C-2, p.38
XIAO, Kai
A-3, p.24
M-1, p.98
XIAO, Wen
M-D2-Poster-26, p.101
XIE, Jianxin
N-6, p.103
XIE, Jielin
H-D2-Poster-5, p.76
XIE, Ling
E-D2-Poster-11, p.54
E-D2-Poster-25, p.55
XIE, Ling-Hai
J-7, p.84
XIE, M.
H-2, p.74
XIE, Yuee
N-3, p.108
XIE, Zengqi
A-D2-Poster-9, p.28
XING, Huili (Grace)
B-1, p.33
XINMAO, Yin
M-D2-Poster-13, p.100
XIONG, Qihua
F-D2-Poster-11, p.61
N-6, p.107
XU, Baoxi
D-5, p.45
XU, Fei
F-4, p.58
XU, Hu
N-D2-Poster-7, p.109
XU, Jianbin
E-2, p.51
XU, Jinghui
H-D2-Poster-18, p.77
XU, Kaichen
C-1, p.41
XU, Lei
A-D2-Poster-12, p.29
E-3, p.51
XU, Ningning
C-4, p.38
XU, Qing-Hua
M-D2-Poster-10, p.100
M-D2-Poster-11, p.100
M-D2-Poster-5, p.99
XU, Rongguo
M-D2-Poster-10, p.100
XU, Run-Feng
N-D2-Poster-7, p.109
XU, Suyang
I-3, p.78
I-5, p.78
XU, Xiaoguang
D-4, p.44
D-D2-Poster-1, p.47
XU, Xinxin
K-4, p.87
K-D2-Poster-3, p.90
XU, Yanjun
D-5, p.44
D-5, p.45
D-D2-Poster-18, p.48
XU, Yibin
N-2, p.103
XU, Yuanxiang
J-D2-Poster-1, p.84
XU, Zhichuan
G-5, p.66
XUE, Desheng
D-5, p.46
XUE, Lin
D-1, p.47
Y.
YADAV, Ashutosh
K-4, p.89
YADAV, Ram S.
G-D2-Poster-2, p.68
YADAV, Rashmi
H-4, p.74
YADAV, Sachin
B-2, p.32
YAKOVLEV, Nikolai
M-5, p.98
YAMANA, Makoto
E-3, p.50
YAMANOI, Kazuto
D-4, p.46
YAMASHITA, Tsugito
E-5, p.51
YAMAZAKI, Ryo
M-2, p.99
M-5, p.99
M-D2-Poster-25, p.101
M-D2-Poster-27, p.101
YAN, Hu
G-D2-Poster-16, p.69
YAN, Jian
G-3, p.64
YAN, Liang
M-3, p.95
YANG, Bin
M-1, p.98
YANG, Chengyuan
K-5, p.89
M-3, p.99
YANG, Fan
A-1, p.24
YANG, Guofeng
C-6, p.40
YANG, Hongxin
D-3, p.44
YANG, Hongyi
129
129
L-D2-Poster-2, p.93
YANG, Hui
L-D2-Poster-3, p.93
YANG, Hyun Kyoung
E-D2-Poster-22, p.54
E-D2-Poster-23, p.55
M-D2-Poster-30, p.101
YANG, Hyunsoo
D-3, p.46
D-4, p.44
D-4, p.45
I-4, p.79
I-D2-Poster-2, p.80
YANG, Jie
M-2, p.97
YANG, Jing
G-4, p.64
YANG, Jin-Guo
J-3, p.84
J-3, p.82
J-D2-Poster-12, p.85
YANG, Joel
C-3, p.40
C-5, p.37
C-5, p.37
YANG, Ming
A-D2-Poster-10, p.29
A-D2-Poster-13, p.29
E-2, p.52
E-3, p.51
E-D2-Poster-3, p.53
N-D2-Poster-8, p.109
YANG, Pei
M-3, p.96
YANG, Ping
K-D2-Poster-1, p.90
YANG, Po-Wei
G-6, p.67
YANG, Shengyuan
A-D2-Poster-5, p.28
M-3, p.96
N-3, p.108
YANG, Sun A
H-D2-Poster-4, p.76
YANG, Sung-Mo
M-D2-Poster-32, p.101
M-D2-Poster-35, p.102
YANG, Weifeng
A-D2-Poster-10, p.29
E-D2-Poster-18, p.54
E-D2-Poster-3, p.53
YANG, Wengie
M-4, p.96
YANG, Xiaoping
E-5, p.52
YANG, Xiaoyu
N-3, p.103
YANG, Ya
H-5, p.73
YANG, Yu Soek
J-5, p.84
YANG, Yumeng
D-5, p.45
D-5, p.44
D-D2-Poster-18, p.48
YAO, Fang-Zhou
H-3, p.75
YAO, Juming
F-D2-Poster-6, p.60
M-D2-Poster-6, p.99
YAO, Kui
D-5, p.45
D-5, p.44
H-1, p.73
YAO, Liang
J-D2-Poster-3, p.84
YAO, Yugui
A-D2-Poster-5, p.28
M-3, p.96
YAP, Chin Chong
H-4, p.72
YASUDA, Takuma
J-4, p.81
J-5, p.83
J-5, p.84
J-D2-Poster-4, p.85
YAZAMI, Rachid
G-D2-Poster-4, p.68
G-D2-Poster-8, p.68
YE, Jichun
F-3, p.58
YE, Jun
J-6, p.83
YE, Zuo-Guang
H-1, p.72
YEH, Chia Cheng
M-4, p.99
YEO, P. S.
G-6, p.66
YEO, Seo Yeong
M-D2-Poster-31, p.101
YEO, Yee-Chia
B-2, p.32
YEO BOON SIANG, Jason
G-5, p.65
YEONG, Wai Yee
L-1, p.93
YERUSHALMI, Roie
F-4, p.56
YEU, In Won
N-4, p.105
YI, Hyunjung
A-D2-Poster-3, p.28
YI, Ren
E-D2-Poster-17, p.54
YI, Yuanping
J-3, p.81
YI, Zhengran
J-D2-Poster-24, p.86
YIHONG, Wu
D-5, p.45
D-5, p.44
D-D2-Poster-18, p.48
YIM, Kanghoon
N-2, p.108
N-D2-Poster-15, p.109
YIN, Haiqing
N-6, p.103
YIN, Tingting
C-3, p.40
C-5, p.37
YIN, Zongyou
A-D2-Poster-42, p.31
YING, Shengjie
N-D2-Poster-18, p.110
YOFIS, Svetlana
J-4, p.81
YOKOSE, Satoshi
E-3, p.50
YOO, Byungwook
E-D2-Poster-10, p.54
YOO, Dongsun
N-D2-Poster-17, p.110
YOO, Il-Han
F-3, p.58
F-D2-Poster-5, p.60
YOO, Seung-Cheol
F-D2-Poster-33, p.62
YOON, Choong Sup
G-D2-Poster-21, p.69
YOON, Dae Ho
D-D2-Poster-11, p.48
F-D2-Poster-19, p.61
F-D2-Poster-23, p.61
M-6, p.98
M-6, p.99
M-7, p.97
YOON, Euijoon
A-D2-Poster-35, p.30
YOON, Hoi Jin
F-D2-Poster-35, p.62
YOON, Soon Fatt
B-2, p.32
YOONG, Herng Yau
D-5, p.44
YOSHIDA, Kou
J-1, p.81
M-1, p.95
YOSHIKAWA, Akira
M-3, p.98
M-3, p.95
M-D2-Poster-14, p.100
M-D2-Poster-15, p.100
YOSHIKAWA, Hideki
E-7, p.52
YOSHIMURA, Masahiro
H-1, p.72
YOU, Chun-Yeol
D-3, p.45
YOU, Lu
F-D2-Poster-31, p.62
H-4, p.75
H-5, p.75
YOUN, Yong
N-D2-Poster-17, p.110
YOW, Zhen Feng
G-2, p.63
G-4, p.67
YU, Andrew
K-1, p.87
YU, Guihua
L-1, p.92
YU, Hou-Yong
M-D2-Poster-6, p.99
YU, Jae Su
F-D2-Poster-32, p.62
F-D2-Poster-34, p.62
G-5, p.64
G-D2-Poster-25, p.69
H-3, p.74
M-4, p.96
M-D2-Poster-33, p.101
M-D2-Poster-37, p.102
YU, Jing
F-3, p.58
YU, Mingbin
E-4, p.52
E-D2-Poster-12, p.54
YU, Peng
A-D2-Poster-18, p.29
YU, Pu
H-2, p.75
YU, Tiancheng
E-D2-Poster-2, p.53
YU, Ting
N-6, p.107
YU, Wenxiu
L-4, p.91
YU, Xuechao
A-D2-Poster-18, p.29
YU, Zhigen
N-2, p.107
YU, Zhimeng
J-7, p.84
YUAN, Hongtao
A-1, p.27
YUAN, Xiaocong
C-2, p.40
YUN, Frank Fei
N-6, p.108
N-D2-Poster-23, p.110
N-D2-Poster-25, p.110
YUN, Jungheum
F-1, p.57
YUSOF, Nur Nabihah
C-6, p.39
Z.
ZA'ABA, Nor Khairiah
J-5, p.83
ZABEK, Daniel
H-2, p.74
ZARETSKI, Aliaksandr
E-6, p.50
L-5, p.92
ZARINEJAD, Mehrdad
N-3, p.104
ZAYAKHUU, Gerelkhuu
M-D2-Poster-30, p.101
ZAYATS, Anatoly
C-1, p.37
ZEESHAN ALI, Syed
C-3, p.38
ZEKOVIC, Ivana
M-D2-Poster-39, p.102
ZELAZNY, Mateusz
J-4, p.82
ZENG, Kaiyang
G-2, p.63
ZENG, Shengwei
E-4, p.51
ZENG, Wangdong
J-D2-Poster-11, p.85
ZHAN, Da
K-4, p.88
ZHAN, Qingfeng
L-5, p.93
ZHAN, Yi
G-D2-Poster-16, p.69
ZHANG, Baile
C-2, p.39
ZHANG, Bin
B-5, p.35
ZHANG, Chuan-Hui
N-3, p.107
ZHANG, Fan
N-3, p.108
ZHANG, Gang
N-2, p.107
ZHANG, Han
L-1, p.92
ZHANG, Hong
H-5, p.74
ZHANG, Hua
A-4, p.28
A-5, p.26
130
130
A-6, p.26
A-D2-Poster-41, p.31
A-D2-Poster-42, p.31
F-5, p.59
ZHANG, Huanhuan
G-D2-Poster-1, p.68
ZHANG, Jia
N-3, p.105
ZHANG, Jian-Min
M-3, p.96
ZHANG, Jie
L-2, p.92
M-1, p.97
ZHANG, Jinming
M-2, p.95
ZHANG, Jinxing
H-2, p.75
ZHANG, Jun
M-2, p.95
ZHANG, Lei
H-1, p.73
H-2, p.74
ZHANG, Miao
G-1, p.65
ZHANG, Ruijie
N-6, p.103
ZHANG, Shengbai
N-3, p.108
N-D2-Poster-3, p.109
ZHANG, Shitong
J-D2-Poster-3, p.84
ZHANG, Shuai
M-6, p.98
ZHANG, Shufeng
D-5, p.44
ZHANG, Shujun
H-3, p.71
ZHANG, Ting
L-4, p.91
ZHANG, Wanli
N-3, p.107
ZHANG, Wenjing
A-D2-Poster-32, p.30
A-D2-Poster-8, p.28
ZHANG, Wenxu
N-3, p.107
ZHANG, Xiang
C-2, p.38
ZHANG, Xiao
A-5, p.26
A-D2-Poster-42, p.31
ZHANG, Xiao Lin
H-D2-Poster-18, p.77
ZHANG, Xiaokun
N-2, p.103
ZHANG, Xiaozhong
D-2, p.47
ZHANG, Xiong
L-3, p.92
ZHANG, Xixiang
H-4, p.71
ZHANG, Yongqi
G-D2-Poster-22, p.69
ZHANG, Yong-Wei
N-2, p.107
ZHANG, Yu
B-3, p.34
J-3, p.81
ZHANG, Yuewei
B-1, p.34
ZHANG, Yuhai
K-5, p.89
ZHANG, Yunan
G-D2-Poster-1, p.68
ZHANG, Ze
B-5, p.35
ZHANG, Zheng
A-D2-Poster-10, p.29
A-D2-Poster-13, p.29
A-D2-Poster-39, p.31
E-D2-Poster-3, p.53
ZHANG, Zhi Qian
N-3, p.104
ZHANG, Zhipan
L-4, p.92
ZHAO, Chao
J-D2-Poster-19, p.86
ZHAO, Guoping
N-6, p.106
ZHAO, Guoqing
F-1, p.57
ZHAO, Jijun
N-2, p.105
N-3, p.107
ZHAO, Jinshi
H-7, p.76
ZHAO, Lei
F-4, p.58
ZHAO, Meiting
A-4, p.28
ZHAO, Naiqin
G-1, p.65
G-D2-Poster-23, p.69
ZHAO, Ni
J-3, p.81
ZHAO, Qiang
J-7, p.84
ZHAO, Yang
L-4, p.92
ZHAO, Yongliang
C-5, p.40
ZHELUDEV, Nikolay
C-1, p.38
C-4, p.38
ZHELUDEV, Nikolay I.
C-1, p.39
ZHENG, Feng
G-D2-Poster-19, p.69
ZHENG, Hao
I-3, p.78
I-5, p.78
ZHENG, Ting
H-2, p.71
ZHENG, Yi
B-4, p.35
B-5, p.32
ZHENG, Yu Jie
A-3, p.27
ZHI SHIUH, Lim
M-D2-Poster-13, p.100
ZHIHUA, Yong
M-D2-Poster-13, p.100
ZHOU, Fei
N-2, p.106
ZHOU, Guofu
F-D2-Poster-18, p.61
ZHOU, Hao
B-4, p.33
ZHOU, Heng-An
D-5, p.46
ZHOU, Jing
D-5, p.44
ZHOU, Jun
E-3, p.51
N-D2-Poster-12, p.109
N-D2-Poster-27, p.110
ZHOU, Lin
E-D2-Poster-5, p.53
ZHOU, Mi
J-3, p.82
J-D2-Poster-12, p.85
ZHOU, Miao
N-4, p.107
ZHOU, Shengqiang
K-3, p.89
ZHOU, Shiming
D-5, p.46
ZHOU, Shuyun
A-2, p.26
ZHOU, Wenxiong
E-4, p.51
ZHOU, Xingjiang
I-5, p.78
ZHOU, Yan
B-1, p.32
ZHOU, Yang
F-D2-Poster-31, p.62
H-4, p.75
ZHOU, Yingqiu
A-4, p.24
ZHOU, Yong
A-D2-Poster-38, p.31
ZHOU, Yongli
M-D2-Poster-7, p.99
ZHU, Alexander Yutong
C-3, p.39
ZHU, Bowen
L-4, p.93
L-D2-Poster-12, p.94
L-D2-Poster-13, p.94
ZHU, Chengbo
N-D2-Poster-25, p.110
ZHU, Furong
M-2, p.97
M-3, p.97
ZHU, Jinfeng
C-5, p.41
ZHU, Tao
N-D2-Poster-12, p.109
ZHU, Weiguang
H-3, p.74
N-D2-Poster-2, p.108
ZHU, Yao
H-D2-Poster-18, p.77
ZHU, Zhuoying
N-5, p.104
ZHU, Zizhong
A-D2-Poster-36, p.31
G-D2-Poster-19, p.69
ZHUANG, Jian
H-1, p.72
ZIELONY, Eunika
M-D2-Poster-8, p.100
Zon
M-D2-Poster-9, p.100
ZYUZIN, Vladimir
D-1, p.45
131
131
Around Singapore
Sentosa
Sentosa Island is home to the Resorts World Integrated Resort, as well as
a theme park, wildlife reserves, gardens, animal parks, adventure rides,
restaurants and spas, enursing non-stop fun around the clock.
Getting There: Take the Sentosa Express from Sentosa Station located on
the 3rd level of Vivocity (next to Harbourfront MRT Station).
Operating Hours: Whole Day
Website: http://www.sentosa.com.sg
Universal Studios Singapore @ Resorts World Sentosa
(Within Sentosa)
Sentosa Island is home to the Resorts World Integrated Resort, as well as
a theme park, wildlife reserves, gardens, animal parks, adventure rides,
restaurants and spas, enursing non-stop fun around the clock.
Getting There: Alight at Harbourfront MRT station and transfer to RWS 8
or take the Sentosa Express then alight at Waterfront Station.
Operating Hours: 10am to 7pm
Website: http://www.rwsentosa.com/Attractions/UniversalStudiosSingapore
Gardens by the Bay
Take a walk in Singapore’s new award-winning horticultural attraction – Gardens
by the Bay. It houses over 380 thousand plants in Singapore’s new downtown –
Marina Bay. Hungry after a long stroll? End the night for with a sumptuous feast
of freshly grilled meat on sticks or satay, together with other local delights such as
chicken r ice & rojak at the food court - Satay by the Bay.
Getting There: Alight at Bayfront MRT Station and take a 5-minute walk.
Operating Hours: Ticketing Hub (9am to 8pm daily)
Website: http://www.gardensbythebay.com.sg/en/home.html
National Museum of Singapore
With a rich history dating back to its inception in 1887, the National Museum of
Singapore is Singapore’s oldest museum with the youngest and most innovative
soul. The galleries adopt cutting-edge and varied ways of presenting history and
culture to redefine conventional museum experience.
Getting There: Alight at Dhoby Ghaut MRT Station and take a 5-minute walk.
Operating Hours: 10am – 6pm Daily
Website: http://www.nationalmuseum.sg
132
Around Singapore
Singapore Flyer
Officially launched in 2008, Singapore Flyer stands at 165 metres, with a
diameter of 150 meteres, making it the tallest Giant Observation Wheel in the
world. Singapore Flyer offers a breathtaking panorama of the shimmering Marina
Bay waterfront and historical landmarks dotting the city skyline.
Getting There: Alight at Promenade Station (Circle Line, CC4) and take a
5-minute walk. Take Exit A and look out for the blue pedestrian signs to
Singapore Flyer.
Operating Hours: 8.30am – 10pm Daily
Website: http://www.singaporeflyer.com
Marina Bay Sands
Marina Bay Sands features three cascading hotel towers topped by an
extraordinary sky park, ‘floating’ crystal pavilions, a lotus-inspired Museum,
retail stores featuring cutting-edge labels and international luxury brands, trendy
Celebrity Chef restaurants, endless entertainment at the theaters, the hottest night
clubs and a Las Vegas-style casino
Getting There: Alight at Bayfront MRT Station (CE1, Exit B, C, D, E) and
take a 5-minute walk.
Operating Hours: Whole day
Website: http://www.marinabaysands.com
Photo Sources:
http://www.bestselling.sg/wp-content/uploads/unversal-studio.jpeg
http://travelcie.com/media/Sentosa-Island-2013.jpg
http://media.timeoutsingapore.com/contentFiles/image/venues/national-museum-of-singapore-482x298.jpg
http://therealsingapore.com/sites/default/files/field/image/6313619731_ec1f566f0b_z.jpg
http://upload.wikimedia.org/wikipedia/commons/f/f9/Marina_Bay_Sands_in_the_evening_-_20101120.jpg
133
Acknowledgements
The Chairmen and members of the organizing committee wish to thank the following for their generous sponsorship,
support and cooperation, without which the conference would not have been possible.
ICEM2016 Sponsorship Supporter Package
Quantum Design – China
Crest Innovation
DongWoo Optron Co., Ltd.
IT Technologies Pte Ltd
Oxford Instruments Pte Ltd (NanoAnalysis)
In Association With
National University of Singapore
NTU Full Logo printing on uncoated stock: CMYK
Nanyang Technological University
0C 100M 90Y 0K
100C 68M 7Y 28K
Supported By
134
Notes
135
MRS-S Future Activities
7th Trilateral Conference on Advanced in Nanoscience:
Energy, Water & Healthcare
5 – 7 December 2016
Nanyang Technological University, Singapore
9th International Conference on Materials for Advanced
Technologies (ICMAT) 2017
18 – 23 June 2017
SUNTEC, Singapore
http://icmat2017.mrs.org.sg/
137