Date : December 9th, 2011 (Fri) 10:00 - 17:35
Place : UJi Obaku Plaza, Uji Campus
Contact : ICR Office (Email : koho@scl.kyoto-u.ac.jp)
”¦ Program
”¦ Poster Presentation

Morning Session (10:00 - 12:05)
at KIHADA Hall, Uji Obaku Plaza
10:00 - 10:05 Opening Speech
  ””  
10:05 - 10:35 Synthesis, Aromaticity, and Optoelectronic Properties of Fullerene Derivatives
Structural Organic Chemistry””MURATA, Michihisa  
10:35 - 11:05 Prediction of Rheology of Polymers
  Molecular Rheology””MASUBUCHI, Yuichi  
11:05 - 11:35 Growth and in situ Electrical Measurements of Organic Semiconductor Thin Films
  Molecular Aggregation Analysis””MURDEY, Richard  
11:35 - 12:05 Regioselective Functionalization of Polyols by Organocatalysis
Synthetic Organic Chemistry””KAWABATA, Takeo
ICR Award for Young Scientists and ICR Award for Graduate Students (13:30 - 14:30)
13:30 - 13:40 Ceremony
13:40 - 14:10 ICR Award for Young Scientists-winner's Presentation
14:10 - 14:30 ICR Award for Graduate Students-winners' Presentation
-- Poster Presentation (14:30 - 16:00) --
at Hybrid Space, Uji Obaku Plaza
Afternoon Session (16:00”Į17:35)
16:00 - 16:30 Something Unexpected: γ-Glutamyltranspeptidase Inhibitors and Collagen
Chemistry of Molecular Biocatalysts””HIRATAKE, Jun
16:30 - 17:00 Cryo-TEM Observation of Organic Materials and Aggregates in Solution
Electron Microscopy and Crystal Chemistry””OGAWA, Tetsuya
17:00 - 17:30 Electron-Hole Dynamics and Optoelectronic Properties in Semiconductor Nanostructures
Photonic Elements Science””TAYAGAKI, Takeshi
17:30 - 17:35 Closing Speech
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Poster Presentation (14:30 - 16:00)
P01. LW Studies on the Synthesis and Properties of Novel Organic Compounds Containing Heavier Elements
  Organoelement Chemistry
P02. GE Synthesis and Properties of Novel Bis(ferrocenyl)diphosphene Derivatives
Organoelement Chemistry

”ūSAKAGAMI, Michiyasu; SASAMORI, Takahiro; NORIHIRO, Tokitoh

P03. LW Research Activities in Structural Organic Chemistry Laboratory
    Structural Organic Chemistry
P04. GE Synthesis and Properties of Triphenylamine Derivatives with Quasi-Planar Structure
    Structural Organic Chemistry ”ūNISHIMURA, Hidetaka; WAKAMIYA, Atsushi; MURATA, Yasujiro; FUKUSHIMA, Tatsuya; KAJI, Hironori
P05. GE Development of Organic Dyes for DSCs using Boryl-substituted Thienylthiazole as a Key Skeleton
    Structural Organic Chemistry TANIGUCHI, Takuhiro; WAKAMIYA, Atsushi; MURATA, Yasujiro; JOANNE, Ting Dy; SEGAWA Hiroshi
P06. GE Asymmetric ¦Į-arylation of ¦Į-amino Acids Derivatives
    Synthetic Organic Chemistry ”ūTOMOHARA, Keisuke; YOSHIMURA, Tomoyuki; KAWABATA, Takeo
P07. GE Sugar Specific Acylation with Organocatalysts and Mechanistic Insights into the Specificity
    Synthetic Organic Chemistry ”ūMISHIRO, Kenji; FURUTA, Takumi; KAWABATA, Takeo
P08. LT Lubrication Mechanisms of Concentrated Polymer Brushes
    Chemistry of Polymer Materials ”ūNOMURA, Akihiro; YOKOTA, Shingo; OHNO, Kohji; TSUJII, Yoshinobu
P09. GE Fabrication of High-Density Graft Type of Gels and its Application to Low-Friction Materials
    Chemistry of Polymer Materials ”ūMAEDA, Keishi; NAKAHARA, Ryo; NOMURA, Akihiro; OHNO, Kohji; TSUJII, Yoshinobu
P10. LW Research Activity in Polymer Controlled Synthesis Laboratory
    Polymer Controlled Synthesis
P11. GE Synthesis of Concentrated Polymer Brush via Surface-Initiated TERP of Ionic Liquid Monomers
    Polymer Controlled Synthesis ”ūNAKANISHI, Koji; YAHATA, Yoshikazu; TSUJII, Yoshinobu; MORINAGA, Takashi; SATO, Takaya; YAMAGO, Shigeru
P12. GE Synthesis of Concentrated Polymer Brush via Surface-Initiated TERP of Unconjugated Monomers
    Polymer Controlled Synthesis ”ūYAHATA, Yoshikazu; NAKANISHI, Koji; KONISHI, Shota; YAMAGO, Shigeru; TSUJII, Yoshinobu
P13. GE Photoinduced Switching of Living Radical Polymerization and Radical Coupling Reaction Mediated by Organotellurium Compounds
Polymer Controlled Synthesis NAKAMURA, Yasuyuki; ”ūARIMA, Takahiro; TOMITA, Sora; YAMAGO, Shigeru
P14. LT Preparation of Organic-inorganic Hybrid Micro-rolls for Biosensing Application
Inorganic Photonics Materials HATAYAMA, Yasuaki
P15. GE Detection of Spin Motive Force Induced by Magnetic Vortex Core Motion
    Nano Spintronics TANABE, Kenji
P16. GE Precursor Phenomenon of the Quantum Hall Effect Breakdown Detected by the Noise Measurement
    Nano Spintronics CHIDA, Kensaku
P17. GE Electrical Field Control of Magnetic Propeties using Ion Film
    Nano Spintronics SHIMAMURA, Kazutoshi
P18. LT Metal-mediated Leakage Control by Novel Alamethicin Analogues
    Biofunctional Design-Chemistry ”ūNOSHIRO, Daisuke; ASAMI, Koji; FUTAKI, Shiroh
P19. GE Rhythmic Expression of a Desired Gene by Artificial Clock Proteins
Biofunctional Design-Chemistry ”ūYAMAMOTO, Kazutoshi; IMANISHI, Miki; FUTAKI, Shiroh
P20. LW Research Activities of Laboratory of Chemistry of Molecular Biocatalysts
    Chemistry of Molecular Biocatalysts  
P21. GE Development of Novel Inhibitors of Human Asparagine Synthetase −A New Paradigm for Cancer Chemotherapy−
    Chemistry of Molecular Biocatalysts ¢žIKEUCHI, Hideyuki; AHN, Yong-Mo*; OTOKAWA Takuya; WATANABE, Bunta; RICHARDS, G.J. Nigel*; HIRATAKE, Jun
P22. LW Overview of Research Works in Laboratory of Molecular Biology
    Molecular Biology  
P23. LW Introduction of Chemical Biology Laboratory
    Chemical Biology
P24. GE Quantum Chemical Calculations of Charge Transports in Organic LED Materials
    Molecular Materials Chemistry

”ūFURUKAWA, Shinya; SUZUKI, Furitsu; SATO, Tohru(Graduate school of engineering, Kyoto university); TANAKA, Kazuyoshi(Graduate school of engineering, Kyoto university); KAJI, Hironori

P25. GE Solid-state NMR Analysis of Donor-Acceptor Interaction in Polymer-Fullerene Systems
Molecular Materials Chemistry ”ūFUJIMURA, Subaru; FUKUSHIMA, Tatsuya; YAMAMOTO, Junichi; FUKUCHI, Masashi; KAJI, Hironori
P26. LT Development of Precise Analytical Method for Copper Isotopic Composition in Seawater
    Hydrospheric Environment
Analytical Chemistry
”ūTAKANO, Shotaro; SOHRIN, Yoshiki; HIRATA, Takafumi; TANIMIZU, Masaharu
P27. GE Development of Automated System for Preconcentration of Al, Mn, Fe, Co, Ni, Cu, Zn, Cd and Pb in the Open Ocean
    Hydrospheric Environment
Analytical Chemistry
”ūMINAMI, Tomoharu; SOHRIN, Yoshiki
P28. GE Development of an Analytical Method for the Determination of Bi in Seawater
Hydrospheric Environment
Analytical Chemistry
”ūNORISUYE, Kazuhiro; SOHRIN Yoshiki
P29. LT Molecular Orientation Analysis in a Thin Film Using Raman Spectroscopy
    Solution and Interface Chemistry ”ūITOH, Yuki”Ø HASEGAWA, Takeshi
P30. GE Solution-NMR Study on Location, Orientation, and Dynamics of Naphthalene Derivatives in Lipid Membrane
    Solution and Interface Chemistry MATSUO, Yushi
P31. LW Introduction of Molecular Microbial Science Lab.
    Molecular Microbial Science  
P32. GE
Studies on Enzymatic Pathway for the Reduction of Selenite
    Molecular Microbial Science ”ūIMAI, Takeshi; MIHARA, Hisaaki; ESAKI, Nobuyoshi; KURIHARA, Tatsuo
P33. LW Recent Research Topics in Polymer Material Science Laboratory
    Polymer Materials Science
P34. GE Distribution of Glass Transition Temperature in Poly(methyl methacrylate) Thin Films
    Polymer Materials Science ”ūNAKAMURA, Makoto; INOUE, Rintar; NISHIDA, Koji; KANAYA, Toshiji; HINO, Masahiro
P35. GE Structural Analysis of Isotactic Poly(methyl methacrylate) during the Induction Period of Crystallization by X-ray Scattering
    Polymer Materials Science ”ūHAMADA, Takanori; INOUE, Rintaro; NISHIDA, Koji; KANAYA, Toshiji; KOHARA, Shinji
P36. GE Phase Separation in Aqueous Mixture of Poly(vinyl alcohol) and Poly(vinyl sulfate) Potassium Salt
    Polymer Materials Science ”ūYAJIMA, Daishi; NISHIDA, Koji; INOUE, Rintaro; KANAYA, Toshiji; OGAWA, Hiroki; MASUNAGA, Hiroyasu
P37. LT Evaluation of Dielectrically Detected Segment Size for 1,2-Polybutadiene
    Molecular Rheology ”ūKURITA, Yushi; MATUMIYA, Yumi; WATANABE, HIroshi
P38. LT Effect of Polarization Energy and Surface Dipole Layer on the Ionization Energy of Organic Solids
    Molecular Aggregation Analysis

”ūYOSHIDA, Hiroyuki; ITO,Eisuke; HARA, Masahiko; SATO, Naoki; CHIN, WheeWon; JINWOOK, Han; ULES, Thomas; RAMSEY, Michel G.

P39. LW Research Activity of Interdisciplinary Chemistry for Innovation
    Interdisciplinary Chemistry for Innovation  
P40. LW Research Activities of Particle Beam Science Laboratory
    Particle Beam Science  
P41. GE Application of Laser Plasma to Particle Accelerator Research
    Particle Beam Science ”ūFUWA, Yasuhiro; TONGU, Hiromu; IWASHITA, Yoshihisa; OHTANI, Kazuto; SAKABE, Shuji; HAYANO, Hitoshi; OKAMURA, Masahiro
P42. GE Laser Cooling Simulation at S-LSR
    Particle Beam Science ”ūZHENGQI, He; SOUDA, Hikaru; NAKAO, Masao; TONGU, Hiromu; JIMBO, Kouichi; YURI, Yousuke; OKAMOTO, Hiromi; NODA, Akira
P43. GE Mechanism of Femtosecond Laser Nano Ablation for Metals ”ĮIon Emission Enhanced by Morphology of Metal Surface”Į
    Laser Matter Interaction Science ”ūMIYASAKA, Yasuhiro; HASHIDA, Masaki; IKUTA, Yoshinobu; TOKITA, Shigeki; SAKABE, Shuji
P44. GE Intense Terahertz Radiation from Argon Cluster Plasma Irradiated by Intense Femtosecond Laser Pulses
Laser Matter Interaction Science ”ūJAHANGIRI, Fazel; HASHIDA, Masaki; NAGASHIMA, Takeshi; TOKITA, Shigeki; HANGYO, Masanori; SAKABE, Shuji
P45. GE Autocorrelation Method for Measuring Emission-time of Fast Electrons Produced by Femtosecond Laser
    Laser Matter Interaction Science ”ūINOUE, Shunsuke; TOKITA, Shigeki; OTANI, Kazuto; HASHIDA, Masaki; SAKABE, Shuj
P46. GE Mechanism of Periodic Grating Structures on Metal Surface Self-organized by Femtosecond Laser Pulses
Laser Matter Interaction Science ”ūIKUTA, Yoshinobu; HASHIDA, Masaki; MIYASAKA, Yasuhiro; TOKITA, Shigeki; SAKABE, Shuji
P47. GE Development of An In-line Type Plasma Mirror for Improvement of Pulse Contrast
Laser Matter Interaction Science ”ūKOWATA, Kiyoto; TOKITA, Shigeki; INOUE, Shunsuke; OTANI, Kazuto; HASHIDA, Masaki; SAKABE, Shuj
P48. LW Research Activities in Laboratory of Electron Microscopy and Crystal Chemistry
    Electron Microscopy and Crystal Chemistry
P49. GE High Resolution Imaging of Structural Defects in Organic Thin Films
Electron Microscopy and Crystal Chemistry HARUTA Mitsutaka; ”ūKURATA Hiroki
P50. LW Introduction of Structural Molecular Biology Laboratory
    Structural Molecular Biology
P51. LW Introduction of Organic Main Group Chemistry
    Organic Main Group Chemistry  
P52. GE Stereoselective Carbometalation of Oxabicyclic Alkenes under Iron Catalysis
    Organic Main Group Chemistry ”ūKAWABATA, Tatsuya; ITO, Shingo; ITOH, Takuma; JIN, Masayoshi; NAKAMURA, Masaharu
P53. GE Synthesis and Functions of ONO-Pincer Ru-Complex-Bound Norvalines
    Organic Main Group Chemistry ”ūYOKOI, Tomoya; ISOZAKI, Katsuhiro; OGATA, Kazuki; SASANO, Daisuke; SEIKE, Hirofumi; TAKAYA, Hikaru; NAKAMURA, Masaharu
P54. GE Iron-Catalyzed Aromatic Amination Using Magnesium Amides
    Organic Main Group Chemistry ”ūIMAYOSHI, Ryuji; YOSHIMOTO, Yuya; Sujit, K. Ghorai; HATAKEYAMA, Takuji; NAKAMURA, Masaharu
P55. LW Research Activities in the Advanced Solid State Chemistry Laboratory
    Advanced Solid State Chemistry
P56. LW Activity Report: Organotransition Metal Chemistry Laboratory
    Organotransition Metal Chemistry  
P57. GE Electronic Properties of Copper(I) Complexes Bearing a Bis(phosphaethenyl)pyridine Ligand
  Organotransition Metal Chemistry ”ūNAKAJIMA, Yumiko; SHIRAISHI, Yu; TSUCHIMOTO, Takahiro; OZAWA, Fumiyuki
P58. GE Synthesis of End-capped Regioregular Poly(3-hexylthiophene) via Direct Arylation
    Organotransition Metal Chemistry ”ūWANG, Qifeng; WAKIOKA, Masayuki; OZAWA, Fumiyuki
P59. LW Research Topics in Photonic Elements Science Group
    Photonic Elements Science
P60. LW Development of Chemical and Enzyme Databases and Related Tools in GenomeNet
    Chemical Life Science  
P61. GE Clustering Analysis of Antigenically Variable Gene Families
Chemical Life Science ”ūHIRANUKA, Kazushi; DIEZ, Diego; JOANNIN, Nicolas; KANEHISA, Minoru;GOTO, Susumu
P62. GE Predicting Essential Genes by Impact Degree on Metabolic Networks
Mathematical Bioinformatics TAMURA, Takeyuki
P63. GE Latent Feature Models for Biological Networks
Bio-knowledge Engineering ”ūNGUYEN, Canh Hao; MAMITSUKA, Hiroshi
P64. LW Reserch Activities in Nano-Interface Photonics Group
Nano-Interface Photonics  
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