ICSPM33 Program
Contents
* Click speaker's name to see detail.
Dec 11 Thu
Registration Desk is located in the Annex Building of Hotel Sun Valley Nasu.
Please pick up your name badge and conference materials there.
All the scientific program, including oral presentations, poster sessions, and scientific exhibitions are held in the Annex Building of Hotel Sun Valley Nasu.
Session 1 (Takayuki Uchihashi) (Dec 11 14:00-15:15)
Reversible Amyloid Crystallization and Disassembly Studied by Atomic Force Microscopy
M. DONG
Aarhus University, Denmark
Direct Intracellular Probing with Nanoendoscopy-AFM Reveals Nuclear Softening during Epithelial-Mesenchymal Transition
T. IchikawaY. KonoM. KudoT. ShimiT. Fukuma
Nano Life Science Institute (WPI-NanoLSI), Kanazawa University, Japan
Controlling Cellular Electromechanical Properties via Ferroelectric Crystal Surfaces
A. S. BOROWIAKY. KONOT. SHIMIT. FUKUMA
Kanazawa University, Japan
Session 2 (Mingdong Dong) (Dec 11 15:30-16:15)
Impact of Water and Ions on the Nanoscale Diffusion and Mechanical Properties of Model Biointerfaces
W. Trewby1,2K. Voitchovsky1
1Department of Physics, University of Durham, Durham, DH1 3LE, UK, 2London Centre for Nanotechnology, University College London, London, UK
Session 3 (Osamu Takeuchi) (Dec 11 16:15-17:00)
Exhibitors' short presentations
HORIBA's new analytical solution for Surface Science
16:20 S3-2 Bruker Japan K.K. Bruker Nano Surfaces and Metrology Division
Advanced NanoIR Spectroscopy with AFM Integration
16:25 S3-3 SHIMADZU CORPORATION
Introduction of Shimadzu's SPM lineup
16:30 S3-4 Quantum Design Japan Inc.
Nanosurf high performance AFM "DriveAFM" and its unique off-resonance mode "WaveMode"
16:35 S3-5 Oxford Instruments
Introducing Asylum Research new AFMs
16:40 S3-6 TOMOE Engineering Co., Ltd.
New Product Introduction by AppNano
16:45 S3-7 UNISOKU Co., Ltd.
Rental lab service
16:50 S3-8 Park Systems Japan Inc.
Cutting-Edge AFM: Automated Research AFM & Fully Automated Industrial Hybrid Systems
16:55 S3-9 RHK Technology, Inc.
Latest updates of RHK’s SPM products: Cryo-Free SPM with base temperature of 5K, magnetic field to 5T, optical light collection of 70%
Session 4P (Hiroshi Onishi)
Poster Session (Annex, 19:00-21:00)
Dec 12 Fri
Session 5 (Ken Nakajima) (Dec 12 09:00-10:30)
Bulk Versus Surface Mechanics of Cells: Which One Is a Better Predictor For Cell Malignancy and Aggressiveness?
I. Sokolov1M. Lekka2M. Petrov1N. Kumar1K. Gnanachandran2B. Zapotoczny2
1Tufts University, United States, 2Institute of Nuclear Physics PAN, Poland
AI-assisted autonomous atom manipulation at room temperature
J. OkuyamaZ. DiaoH. YamashitaM. Abe
The University of Osaka, Japan
Insight into Near-Critical Fluctuation and Its Time Scale through Force Microscopy Technique
M. Kageshima
Mathematical and Physical Science Course, Osaka Electro-Communication University, Japan
Break (10:30-11:00)
Session 6 (Toyokazu Yamada) (Dec 12 11:00-12:15)
Quantum Optics with Spins and Superconducting Circuits
J. Majer
CAS Center for Excellence in Quantum Information and Quantum Physics, University of Science and Technology of China,, China
Improvement of Scanning Nitrogen Vacancy Spin Sensing Probes
D. PranantoY. WangT. An
Japan Advanced Institute of Science and Technology, Japan
Nanosecond carrier and barrier dynamics at a van der Waals Schottky junction observed by optical pump-probe atomic force microscopy
K. Iwaya1M. Yokota1H. Mogi2Y. Mera3T. Ueda4T. Minato4,5S. Yoshida2O. Takeuchi2T. Nakagawa1H. Shigekawa2
1UNISOKU Co., Ltd., Japan, 2University of Tsukuba, Japan, 3Shiga University of Medical Science, Japan, 4Institute for Molecular Science, Japan, 5Core for Spin Life Sciences, Okazaki Collaborative Platform, Japan
Get together with your best smile!
The place for lunch is changed to Forest Villa from Oriental Garden.
Session 7 (Johannes Majer) (Dec 12 14:00-15:30)
Quantum Spin Design on Solid Surfaces via Coordination Motifs
TK. Yamada
Chiba University, Japan
Br-Mediated Spin-State Control in Nickelocene and Cobaltocene
L. Donglin1N. Cao2A. Foster2,3S. Kawai1,4
1National Institute for Materials Science, Japan, 2Aalto University, Finland, 3Kanazawa University, Japan, 4University of Tsukuba, Japan
Structure analysis utilizing STM/STS, DFT and machine learning for 2D magnet MnTe film growth on Fe(001)
H. Seki1K. Nawa2C. Mitsumata3T. K. Yamada4
1Department of Materials Science, Chiba University, Japan, 2National Institute of Advanced Industrial Science and Technology, Japan, 3Graduate School of Pure and Applied Science, University of Tsukuba, Japan, 4Molecular Chirality Research Centre, Chiba University, Japan
Fully reversible semiconductor-metal transition of PtSe2/graphene through compliant strain and interfacial hybridization
Y. S. Liao1P. Giang2C. H. Wu2J. Lagoutte3J. P. Chou4W. W. Pai2,5
1Department of materials sciences, National Tsing Hua University, Taiwan, 2Center for condensed matter sciences, National Taiwan University, Taiwan, 3University of Paris Cité, France, 4Graduate School of Advanced Technology, National Taiwan University,, Taipei, 5Department of Physics, National Taiwan University, Taipei
Fabrication of <i>d</i>-wave superconducting probe using cuprate superconductor Bi2Sr2CaCu2O8+δ
T. Shimokawa1T. An2T. Kashiwagi3Y. Yoshida1
1Department of Physics, Kanazawa University, Japan, 2School of Materials Science, Japan Advanced Institute of Science and Technology, Japan, 3Institute of Pure & Applied Sciences, University of Tsukuba, Ibaraki 305-8573, Japan, Japan
Break (15:30-16:00)
Session 8 (Yanjun Li) (Dec 12 16:00-17:00)
Observation of anisotropic standing wave patterns on 1,10-phenanthroline thin films formed on Au(111)
Y. Kaneko1R. Kobata1T. Shimokawa1E. Tik Man1Y. Obata1J. Nakamura2Y. Yoshida1
1Dept. of Phys. Kanazawa Univ., Japan, 2International Institute for Carbon-Neutral Energy Research, Kyushu Univ., Japan
Visualization of Internal Current Path in Power Semiconductor Devices Using a Multi-function Scanning Probe Microscope
H. TsukadaD. SatoN. Satoh
Chiba Institute of Technology, Japan
Frequency response measurement of surface potential by KFM with dual bias modulation
R. FukuzawaM. Nakamura
Nara Institute of Science and Technology, Japan
Dual Bias Modulation Electrostatic Force Microscopy on Cross-section of n-GaN/n-GaN Junction Fabricated by Surface-activated Bonding
K. Mizutani1S. Wen1D. Kobayashi1R. Fukuzawa1J. Liang3N. Shigekawa3T. Takahashi1,2
1Institute of Industrial Science, The University of Tokyo, Japan, 2Institute for Nano Quantum Information Electronics, The University of Tokyo, Japan, 3Graduate School of Engineering, Osaka Metropolitan University, Japan
Break (17:00-18:30)
The banquet is held on the second floor of the big greenhouse (Orangerie) in the middle of the hotel area,
which is sometimes written as Orange Jelly in a guide of the hotel.
Award Ceremony for Poster Award will be held during the Banquet.
Dec 13 Sat
Session 9 (Kislon Voïtchovsky) (Dec 13 09:00-10:00)
Glass nanopipette-based scanning probe microscopy for electrochemical imaging
Y. Takahashi
1Department of Electronics, Graduate School of Engineering, Nagoya University, Nagoya 464-8603, Japan, 2WPI-Nano LSI, Kanazawa University, Kakuma-machi, Kanazawa 920-1192, Japan, 3Research Institute for Quantum and Chemical Innovation, Institutes of Innovation for Future Society, Nagoya University, Nagoya 464-8601, Japan
Study of Facet-dependent Oxidation Reaction of Particle-based BiVO4 Photoanode by Scanning Electrochemical Cell Microscopy
K. Hirata1,2K. Honda2F. Amano3T. Fukuma4Y. Takahashi2,4
1Nagoya Institute of Technology, Japan, 2Nagoya University, Japan, 3Tokyo Metropolitan University, Japan, 4Kanazawa University, Japan
Microelectrode Probing of Water-Splitting Reaction on NaTaO3 Photocatalysts
N. Saijo1K. Hirata2Y. Takahashi3H. Onishi1,4
1Department of Chemistry, Kobe University, Japan, 2Department of Engineering, Nagoya Institute of Technology, Japan, 3Department of Engineering, Nagoya University, Japan, 4Institute for Molecular Science, Japan
Break (10:00-10:15)
Session 10 (Masayuki Abe) (Dec 13 10:15-11:00)
Atomic-Scale Three-Dimensional Force Spectroscopy on Molten Metals/Solid Interfaces Using Quadpod-Scanner-Based qPlus AFM
Y. NishiwakiT. UtsunomiyaT. Ichii
Department of Materials Science and Engineering, Kyoto University, Japan
Two-Probe Scanning Tunneling Microscopy for Electronic Control of Silicon Surface Atomic Structure
J. Onoda1L. Livadaru2R. Wolkow2,3J. Pitters4
1University of Teacher Education Fukuoka, Japan, 2University of Alberta, Canada, 3Quantum Silicon Inc., Canada, 4National Research Council Canada, Canada
Session 4P : Poster Session
Dec 11 Thu 19:00-21:00
Session 4P
Fabrication of Silicon Nanostructures Using AFM Lithography and Graphene Oxide Assisted Etching
Y. MiuraT. UtsunomiyaT. Ichii
Department of Materials Science and Engineering, Graduate School of Engineering, Kyoto University, Japan
De-capping Induced Structural Instability of VTe2/VSe2 Heterostructures
Karthikeyan. VijayanChih. Hsiung WuWoei Wu. Larry Pai
Centre for Condensed Matter Sciences, National Taiwan University, Taiwan
Spatial Distribution of Exciton Fluorescence in Monolayer MoS₂ Suspended Structures
K. AoyagiD. KokuboS. NakayamaH. MogiY. ArashidaS. YoshidaO. TakeuchiH. Shigekawa
Institute of Pure and Applied Sciences, University of Tsukuba, Tsukuba, Ibaraki 305-8573,, japan
Development of a 2D Material Transfer Process Combining Gold-Assisted Mechanical Exfoliation and PDMS Stamping
D. KokuboK. AoyagiS. NakayamaH. MogiY. ArashidaS. YoshidaO. TakeuchiH. Shigekawa
Institute of Pure and Applied Sciences, University of Tsukuba, Japan
Spatial variation of interlayer exciton photoluminescence in MoS₂/WSe₂ heterostructures
S. NakayamaD. KokuboK. AoyagiH. MogiY. ArashidaS. YoshidaO. TakeuchiH. Shigekawa
University of Tsukuba, Japan
Ag Stripe Formation on Ni(110)
A. Mizuhara1T. Fukuda1K. Umezawa2
1Department of Physics and Electronics, Graduate School of Engineering, Osaka Metropolitan University, Japan, 2Institute of Liberal Arts, Sciences and Global Education, Osaka Metropolitan University, Japan
Local Anodic Oxidation of Monolayer Reduced Graphene Oxide
K. FujiotoK. De SilvaM. HaraM. Yoshimura
Toyota Technological Institute, Japan
Growth temperature dependence of morphology and magnetism in Cr(001) films revealed by spin-polarized STM
T. Kawagoe
Division of Natural Science, Osaka Kyoiku University,, Japan
Development of Spin-Polarized STM combined with Optically Detected Magnetic Resonance
M. Niida1C. Mitsumata2T.K. Yamada1,3
1Department of Materials Science, Chiba University, Japan, 2Graduate School of Pure and Applied Science, University of Tsukuba, Japan, 3Molecular Chirality Research Centre, Japan
Organic-inorganic interfacial magnetic coupling between phenanthroline derivatives and Co nano-islands
K. Fujimoto1H. Ono1K. Yoshida1K. Tsutsui1N. Maejima2O. Ishiyama2T. Yokoyama2Y. Shyuku3K. Awaga3M. Mizuguchi1,4T. Miyamachi1,4
1Graduate School of Engineering, Nagoya University, Japan, 2Institute for Molecular Science, Japan, 3Graduate School of Science, Nagoya University, Japan, 4Institute of Materials and Systems for Sustainability, Nagoya University, Japan
Sub-Molecular-Scale Visualization of Magnetic Coupling at a Well-Ordered H2Pc/Fe2N Organic-Inorganic Hybrid Interface
H. Ono1Q. Shi1T. Yokoyama2M. Mizuguchi1,3T. Miyamachi1,3
1Graduate school of Engineering, Nagoya University, Japan, 2Department of Materials Molecular Science, Institute for Molecular Science, Japan, 3Institute of Materials and Systems for Sustainability, Nagoya University, Japan
Ultrafast Exciton Dynamics in 2D Semiconductors Probed by Time-Resolved THz-STM
S. YoshidaY. ArashidaH. MogiO. TakeuchiH. Shigekawa
University of Tsukuba, Japan
Catechol-Containing Block Copolymers with Enhanced Adhesion to Metal Surfaces Revealed by AFM Nano-mechanics
H.X. MaoH. SekiyaT. KuboX.B. LiangK. SatohK. Nakajima
Institute of Science Tokyo, Japan
Nanoscale Observation of the Formation Process of One-Dimensional Fullerene Clusters on Au(110)
R. KawaiM. WadaN. SaekiS. Katano
Toyo Univ., Japan
Scanning Tunneling Spectroscopy Study of a Single Fullerene Molecule on a Monolayer Surface
M. WadaR. KawaiN. SaekiW. HamadaS. Katano
Toyo Univ., Japan
Lo/Ld Phase Separation of Lipid Bilayers Suspended over Microwells Affected by Aperture Structure
K. Sumitomo1D. Matsumoto1A. Oshima2M. Yamaguchi2A. Heya1
1Univ. of Hyogo, Japan, 2NTT BRL/BMC, Japan
Fabrication and Physical Measurement of DNA Nano Tetrahedra for AFM Tip Functionalization
T. TsukishimaK. Kobayashi
Dept. of Electronic Sci. and Eng., Kyoto Univ, Japan
Nanoscale Structural Characterization of Nardilysin
A. Matsui1N. Naruse1S. Momoi1S. Sakabe1C. Harada1K. Fujii1A. Nakanishi1K. Nishi2E. Nishi2Y. Mera1
1Department of Fundamental Bioscience, Shiga University of Medical Science, Japan, 2Department of Pharmacology, Shiga University of Medical Science, Japan
In-situ Observation of Water-in-salt/Lithium-titanate Interfaces by Electrochemical Atomic Force Microscopy
T. IchiiJ. TsuyoshiY. BaoT. UtsunomiyaH. Sugimura
Department of Materials Science & Engineering, Kyoto University, Japan
Nanomechanical Properties of Ice–Antifreeze Interfaces
R. Yanagisawa1Z. Lu1T. Ueda2S. Yamaguchi3H. Onishi1,2T. Minato2
1School of Science, Kobe University, Japan, 2Institute for Molecular Science, Japan, 3School of Engineering, Saitama University, Japan
Snapshot Measurements of Electronic Structures and Ion-Pairing in Electroactive Self-Assembled Monolayers using Emersion Method
Y. Yokota1R. A. Wong1Y. Kim1,2
1RIKEN, Japan, 2Univ. Tokyo, Japan
Oxygen Reduction on Single-crystalline KTaO3 Wafers Studied by Scanning Electrochemical Microscopy
K. Endo1K. Hirata2Y. Takahashi3H. Onishi1,4
1Kobe University, Japan, 2Nagoya Institute of Technology, Japan, 3Nagoya University, Japan, 4Institute for Molecular Science, Japan
Mechanical Properties of Single Poly(Ethylene Glycol) Chains Investigated by Nanofishing Method
T. KohamaX. LiangK. Nakajima
Grad. Sch. Mater. & Chem. Tech., Science Tokyo, Japan
AFM-Based Insights into Urea-Enhanced Silica Dispersion in Natural Rubber Systems
A. Sillapasuwan1,2K. Nakajima2J. Sakdapipanich1
1Rubber Research Group, Department of Chemistry, Faculty of Science, Mahidol University, Nakhon Pathom 73170, Thailand, 2School of Materials and Chemical Technology, Institute of Science Tokyo, Ookayama, Meguro-ku, Tokyo 152-8522, Japan
Early-stage deformation of polymeric latex films revealed by AFM
F-Y. Chan1Y. Sasaki2Y. Nishizawa2D. Suzuki2T. Uchihashi1,3
1Graduate School of Science, Nagoya University, Japan, 2Graduate School of Environmental, Life, Natural Science and Technology, Okayama University, Japan, 3The Exploratory Research Center on Life and Living Systems, Japan
Nanoscale Mapping of Relaxation Dynamics with Improved Viscoelastic Contact Mechanics for AFM Force Curve Analysis
K. HasegawaM. ItoX. LiangK. Nakajima
School of Materials and Chemical Technology Department of Chemical Science and Engineering, Institute of Science Tokyo, Japan
Achieving Ultra-Low Deflection Noise in qPlus Sensors via Improved Preamplifier and Sensor Substrate Design
S. TokitohY. NishiwakiT. UtsunomiyaT. Ichii
Department of Materials Science and Engineering, Graduate School of Engineering, Kyoto University, Japan
Optically Detected Magnetic Resonance Measurement of Fluorescent Nanodiamond on AFM tip
S. Miyanaka1K. Matsumoto1T. Ichikawa2K. Miyazawa1,2K. Oshimi3M. Fujiwara3T. An4K. Miyata1,2T. Fukuma1,2
1Division of Frontier Engineering, Kanazawa University, Japan, 2Nano Life Science Institute (WPI-NanoLSI), Kanazawa University, Japan, 3Department of Chemistry, Okayama University, Japan, 4School of Materials Science, Japan Advanced Institute of Science and Technology, Japan
Three-dimensional observation of structure and charge distribution of biofilms using scanning ion conductance microscopy
S. Yamamoto1M. Takado2N. Hirai2K. Nakazawa1F. Iwata1
1Shizuoka University, Japan, 2National Institute of Technology (KOSEN) Suzuka Collage, Japan
Charge mapping method of biological samples using scanning ion conductance microscopy with concentration gradient
N. Hidaka1O. Hoshi2K. Nakazawa1F. Iwata1
1Shizuoka University, Japan, 2Institute of Science Tokyo, Japan
Nanoendoscopy-AFM Reveals Softened Nuclear Elasticity in Q353R Laminopathy Cardiomyocytes
A. S. BOROWIAK1T. ICHIKAWA1M. ITO2T. SHIMI1Y. KONO1R. NITTA3T. FUKUMA1
1Kanazawa University, Japan, 2The University of Tokyo, Japan, 3Kobe University, Japan
Molecular-Scale Visualization of Solvation Structures of LiTFSI-PC Electrolyte on a Heterogeneously Charged Surface by FM-AFM and MD Simulations
Y. Wang1F. Irandoost2A. S. Foster2,3K. Kobayashi1
1Department of Electronic Science and Engineering, Kyoto University, Japan, 2Department of Applied Physics, Aalto University, Finland, 3Nano Life Science Institute (WPI-NanoLSI), Kanazawa University, Japan
Development of Nano-scale Infrared Spectroscopy Based on FM-AFM
T. Arai1,2Y. Okabe1R. Hosokawa2M. Tomitori3
1Graduate School of Nat. Sci. & Tech., Kanazawa University, Japan, 2College of Science and Engineering, Kanazawa University, Japan, 3Japan Advanced Institute of Science and Technology, Japan
Surface Characterization of Glass Substrate for Cupper Thin Film Preparation
M. Kitta
AIST, JAPAN
Optimizing Loss Functions to Enhance Machine-Learning Accuracy in Scanning Probe Microscopy
S. Kondo1T. Takahashi1A. Tuji2H. Yamashita2E. Inami1
1School of Systems Engineering, Kochi University of Technology, Japan, 2Graduate School of Engineering Science, Osaka University, Japan
High-Temperature and High-Speed qPlus AFM in Liquid via Quadpod Scanner and Hybrid-Loop Frequency Demodulation
Y. NishiwakiT. UtsunomiyaT. Ichii
Department of Materials Science and Engineering, Kyoto University, Japan
Stable measurements of semiconductor carrier distributions using SNDM potentiometry with output-polarity control
J. Okayama
Ryukoku University, Japan
Imaging Lithiation Dynamics in Active Materials of All-Solid-State Batteries by Heterodyne KPFM
Y. YamagishiM. KittaY. Maeda
National Institute of Advanced Industrial Science and Technology, Japan
Noncontact atomic force microscope potentiometry using heterodyne detection
E. TajiG. Pado
Nara Institute of Science and Technology, Japan
Development of an electron spin resonance-scanning tunneling microscope applicable from single atoms to bulk materials
H. Maekawa1R. Kishimoto1E. Tik Man1K. Shimamura2K. Yamada3T. An4Y. Yoshida1
1Dept. of Phys. Kanazawa Univ., Japan, 2Eng. And Tech. Dept. Kanazawa Univ., Japan, 3Faculty of Eng. Gifu Univ., Japan, 4School of Materials Science, Japan Advanced Institute of Science and Technology, Japan
Investigation of Force Sensitivity of qPlus Force Sensor with Low Spring Constant
Y. KinoshitaT. ItohT. Takahashi
Akita University, Japan
Conductive AFM study of Graphene Oxide based Resistive Random Access Memory
R. Ogoshi1P.Q. Pham2T. Ikeda1K. Silva1M. Hara1M. Yoshimura1
1Toyota Technological Institute, Japan, 2University of Science, Vietnam
Non-Contact AFM Potentiometry for Nanoscale Potential Imaging: Suppression of Parasitic-Capacitance Contribution
G. PadoE. TajiR. FukuzawaH. BentenM. Nakamura
Nara Institute of Science and Technology, Japan
Author Index
| Abe, M. | S5-2 | Kokubo, D. | S4P-5 | Sato, D. | S8-2 |
| Amano, F. | S9-2 | Kondo, S. | S4P-37 | Satoh, K. | S4P-14 |
| An, T. | S4P-30 | KONO, Y. | S4P-33 | Satoh, N. | S8-2 |
| An, T. | S4P-42 | Kono, Y. | S1-2 | Seki, H. | S7-3 |
| An, T. | S6-2 | KONO, Y. | S1-3 | Sekiya, H. | S4P-14 |
| An, T. | S7-5 | Kubo, T. | S4P-14 | Shi, Q. | S4P-11 |
| Aoyagi, K. | S4P-3 | Kudo, M. | S1-2 | Shigekawa, H. | S4P-3 |
| Aoyagi, K. | S4P-4 | Kumar, N. | S5-1 | Shigekawa, H. | S4P-4 |
| Aoyagi, K. | S4P-5 | Lagoutte, J. | S7-4 | Shigekawa, H. | S4P-5 |
| Arai, T. | S4P-35 | Larry Pai, Woei Wu. | S4P-2 | Shigekawa, H. | S4P-12 |
| Arashida, Y. | S4P-3 | Lekka, M. | S5-1 | Shigekawa, H. | S6-3 |
| Arashida, Y. | S4P-4 | Liang, J. | S8-4 | Shigekawa, N. | S8-4 |
| Arashida, Y. | S4P-5 | Liang, X. | S4P-28 | Shimamura, K. | S4P-42 |
| Arashida, Y. | S4P-12 | Liang, X. | S4P-25 | SHIMI, T. | S4P-33 |
| Awaga, K. | S4P-10 | Liang, X.B. | S4P-14 | Shimi, T. | S1-2 |
| Bao, Y. | S4P-21 | Liao, Y. S. | S7-4 | SHIMI, T. | S1-3 |
| Benten, H. | S4P-45 | Livadaru, L. | S10-2 | Shimokawa, T. | S7-5 |
| BOROWIAK, A. S. | S4P-33 | Lu, Z. | S4P-22 | Shimokawa, T. | S8-1 |
| BOROWIAK, A. S. | S1-3 | Maeda, Y. | S4P-40 | Shyuku, Y. | S4P-10 |
| Cao, N. | S7-2 | Maejima, N. | S4P-10 | Sillapasuwan, A. | S4P-26 |
| Chan, F-Y. | S4P-27 | Maekawa, H. | S4P-42 | Silva, K. | S4P-44 |
| Chou, J. P. | S7-4 | Majer, J. | S6-1 | Sokolov, I. | S5-1 |
| De Silva, K. | S4P-7 | Mao, H.X. | S4P-14 | Sugimura, H. | S4P-21 |
| Diao, Z. | S5-2 | Matsui, A. | S4P-20 | Sumitomo, K. | S4P-17 |
| DONG, M. | S1-1 | Matsumoto, D. | S4P-17 | Suzuki, D. | S4P-27 |
| Donglin, L. | S7-2 | Matsumoto, K. | S4P-30 | Taji, E. | S4P-41 |
| Endo, K. | S4P-24 | Mera, Y. | S4P-20 | Taji, E. | S4P-45 |
| Foster, A. | S7-2 | Mera, Y. | S6-3 | Takado, M. | S4P-31 |
| Foster, A. S. | S4P-34 | Minato, T. | S4P-22 | Takahashi, T. | S4P-37 |
| Fujii, K. | S4P-20 | Minato, T. | S6-3 | Takahashi, T. | S4P-43 |
| Fujimoto, K. | S4P-10 | Mitsumata, C. | S4P-9 | Takahashi, T. | S8-4 |
| Fujioto, K. | S4P-7 | Mitsumata, C. | S7-3 | Takahashi, Y. | S4P-24 |
| Fujiwara, M. | S4P-30 | Miura, Y. | S4P-1 | Takahashi, Y. | S9-1 |
| Fukuda, T. | S4P-6 | Miyamachi, T. | S4P-10 | Takahashi, Y. | S9-2 |
| Fukuma, T. | S4P-30 | Miyamachi, T. | S4P-11 | Takahashi, Y. | S9-3 |
| FUKUMA, T. | S4P-33 | Miyanaka, S. | S4P-30 | Takeuchi, O. | S4P-3 |
| Fukuma, T. | S1-2 | Miyata, K. | S4P-30 | Takeuchi, O. | S4P-4 |
| FUKUMA, T. | S1-3 | Miyazawa, K. | S4P-30 | Takeuchi, O. | S4P-5 |
| Fukuma, T. | S9-2 | Mizuguchi, M. | S4P-10 | Takeuchi, O. | S4P-12 |
| Fukuzawa, R. | S4P-45 | Mizuguchi, M. | S4P-11 | Takeuchi, O. | S6-3 |
| Fukuzawa, R. | S8-3 | Mizuhara, A. | S4P-6 | Tik Man, E. | S4P-42 |
| Fukuzawa, R. | S8-4 | Mizutani, K. | S8-4 | Tik Man, E. | S8-1 |
| Giang, P. | S7-4 | Mogi, H. | S4P-3 | Tokitoh, S. | S4P-29 |
| Gnanachandran, K. | S5-1 | Mogi, H. | S4P-4 | Tomitori, M. | S4P-35 |
| Hamada, W. | S4P-16 | Mogi, H. | S4P-5 | Trewby, W. | S2-1 |
| Hara, M. | S4P-7 | Mogi, H. | S4P-12 | Tsukada, H. | S8-2 |
| Hara, M. | S4P-44 | Mogi, H. | S6-3 | Tsukishima, T. | S4P-19 |
| Harada, C. | S4P-20 | Momoi, S. | S4P-20 | Tsutsui, K. | S4P-10 |
| Hasegawa, K. | S4P-28 | Nakagawa, T. | S6-3 | Tsuyoshi, J. | S4P-21 |
| Heya, A. | S4P-17 | Nakajima, K. | S4P-28 | Tuji, A. | S4P-37 |
| Hidaka, N. | S4P-32 | Nakajima, K. | S4P-14 | Uchihashi, T. | S4P-27 |
| Hirai, N. | S4P-31 | Nakajima, K. | S4P-25 | Ueda, T. | S4P-22 |
| Hirata, K. | S4P-24 | Nakajima, K. | S4P-26 | Ueda, T. | S6-3 |
| Hirata, K. | S9-2 | Nakamura, J. | S8-1 | Umezawa, K. | S4P-6 |
| Hirata, K. | S9-3 | Nakamura, M. | S4P-45 | Utsunomiya, T. | S4P-38 |
| Honda, K. | S9-2 | Nakamura, M. | S8-3 | Utsunomiya, T. | S4P-29 |
| Hoshi, O. | S4P-32 | Nakanishi, A. | S4P-20 | Utsunomiya, T. | S4P-1 |
| Hosokawa, R. | S4P-35 | Nakayama, S. | S4P-3 | Utsunomiya, T. | S4P-21 |
| Hsiung Wu, Chih. | S4P-2 | Nakayama, S. | S4P-4 | Utsunomiya, T. | S10-1 |
| Ichii, T. | S4P-38 | Nakayama, S. | S4P-5 | Vijayan, Karthikeyan. | S4P-2 |
| Ichii, T. | S4P-29 | Nakazawa, K. | S4P-31 | Voitchovsky, K. | S2-1 |
| Ichii, T. | S4P-1 | Nakazawa, K. | S4P-32 | Wada, M. | S4P-15 |
| Ichii, T. | S4P-21 | Naruse, N. | S4P-20 | Wada, M. | S4P-16 |
| Ichii, T. | S10-1 | Nawa, K. | S7-3 | Wang, Y. | S4P-34 |
| Ichikawa, T. | S4P-30 | Niida, M. | S4P-9 | Wang, Y. | S6-2 |
| ICHIKAWA, T. | S4P-33 | Nishi, E. | S4P-20 | Wen, S. | S8-4 |
| Ichikawa, T. | S1-2 | Nishi, K. | S4P-20 | Wolkow, R. | S10-2 |
| Ikeda, T. | S4P-44 | Nishiwaki, Y. | S4P-38 | Wong, R. A. | S4P-23 |
| Inami, E. | S4P-37 | Nishiwaki, Y. | S4P-29 | Wu, C. H. | S7-4 |
| Irandoost, F. | S4P-34 | Nishiwaki, Y. | S10-1 | Yamada, K. | S4P-42 |
| Ishiyama, O. | S4P-10 | Nishizawa, Y. | S4P-27 | Yamada, T. K. | S7-3 |
| Ito, M. | S4P-28 | NITTA, R. | S4P-33 | Yamada, T.K. | S4P-9 |
| ITO, M. | S4P-33 | Obata, Y. | S8-1 | Yamada, TK. | S7-1 |
| Itoh, T. | S4P-43 | Ogoshi, R. | S4P-44 | Yamagishi, Y. | S4P-40 |
| Iwata, F. | S4P-31 | Okabe, Y. | S4P-35 | Yamaguchi, M. | S4P-17 |
| Iwata, F. | S4P-32 | Okayama, J. | S4P-39 | Yamaguchi, S. | S4P-22 |
| Iwaya, K. | S6-3 | Okuyama, J. | S5-2 | Yamamoto, S. | S4P-31 |
| Kageshima, M. | S5-3 | Onishi, H. | S4P-24 | Yamashita, H. | S4P-37 |
| Kaneko, Y. | S8-1 | Onishi, H. | S4P-22 | Yamashita, H. | S5-2 |
| Kashiwagi, T. | S7-5 | Onishi, H. | S9-3 | Yanagisawa, R. | S4P-22 |
| Katano, S. | S4P-15 | Ono, H. | S4P-10 | Yokota, M. | S6-3 |
| Katano, S. | S4P-16 | Ono, H. | S4P-11 | Yokota, Y. | S4P-23 |
| Kawagoe, T. | S4P-8 | Onoda, J. | S10-2 | Yokoyama, T. | S4P-10 |
| Kawai, R. | S4P-15 | Oshima, A. | S4P-17 | Yokoyama, T. | S4P-11 |
| Kawai, R. | S4P-16 | Oshimi, K. | S4P-30 | Yoshida, K. | S4P-10 |
| Kawai, S. | S7-2 | Pado, G. | S4P-41 | Yoshida, S. | S4P-3 |
| Kim, Y. | S4P-23 | Pado, G. | S4P-45 | Yoshida, S. | S4P-4 |
| Kinoshita, Y. | S4P-43 | Pai, W. W. | S7-4 | Yoshida, S. | S4P-5 |
| Kishimoto, R. | S4P-42 | Petrov, M. | S5-1 | Yoshida, S. | S4P-12 |
| Kitta, M. | S4P-36 | Pham, P.Q. | S4P-44 | Yoshida, S. | S6-3 |
| Kitta, M. | S4P-40 | Pitters, J. | S10-2 | Yoshida, Y. | S4P-42 |
| Kobata, R. | S8-1 | Prananto, D. | S6-2 | Yoshida, Y. | S7-5 |
| Kobayashi, D. | S8-4 | Saeki, N. | S4P-15 | Yoshida, Y. | S8-1 |
| Kobayashi, K. | S4P-34 | Saeki, N. | S4P-16 | Yoshimura, M. | S4P-7 |
| Kobayashi, K. | S4P-19 | Saijo, N. | S9-3 | Yoshimura, M. | S4P-44 |
| Kohama, T. | S4P-25 | Sakabe, S. | S4P-20 | Zapotoczny, B. | S5-1 |
| Kokubo, D. | S4P-3 | Sakdapipanich, J. | S4P-26 | | |
| Kokubo, D. | S4P-4 | Sasaki, Y. | S4P-27 | | |