Section of Surface Structure Chemistry ◎ Kiyotaka Asakura, ○ Satoru Takakusagi □ Hiroko Ariga	Complex surface structure	surface of singe crystal, XAFS, STM/AFM, synchrotron radiation, EXPEEM, TiO2, well-defined inhomogeneous surface, total reflection florescence XAFS, Ni2P, hydrodesulfurization reaction,Quick XAFS
Section of Interfacial Spectrochemistry ◎ Masatoshi Osawa, ○ Shen Ye, □ Kenta Motobayashi	In situ Vibrational Spectrscopic Study on the Electrode Surface	surface-enhanced, infrared absorption spectroscopy, electrochemical scanning tunneling microscopy, interfacial molecular structure, electrochemistry, fuel cell, time resolved vibrational spectroscopy, dynamics on electrode reaction. self-assembled monolayer, sum-frequency generation spectroscopy, design and evalution of functional interface
Section of Catalytic Reaction Chemistry ◎ Bunsho Ohtani,	Novel functional materials and catalytic reaction systems, especially those relating to phtocatlaysis, are developed.	highly active photocatalysts, action apectrum analysis, double-beam photoacoustic spectroscopy, hollow core/shell structure,. anisotropic particle assembly, jingle-bell nano particle, green chemistry
Section of Catalytic Materials Chemistry ◎ Wataru Ueda, ○ Tatsuya Takeguchi, □ Toru Murayama	Inovation of nano to micro structured oxide catalyst for sustainable development of mankind	high performance selective oxidation., Mo-V-O multicomponent metal oxide. polyoxometalate multicomponent metal oxide, perovskite metal oxide, alkane partial oxidation, solid oxide fuel cell (SOFC), proton exchange membrane fuel cell (PEFC), environmental purification filter, energy conversion material, NaCo2O4
Section of Molecular Catlysis Chemistry ◎ Tamotsu Takahashi, ○ Masamichi Ogasawara, □ Song zhiyi	Organic Synthesis using Organometallic Complex from Stoichiometric to Catalytic	organometallic chemistry, organic synthesis, homogeneous catalysis, organic material chemistry
Section of Catalytic Transformation ◎ Atsushi Fukuoka ○ Kenji Hara □ Hirokazu Kobayashi	Precise Synthesis and Application of Heterogeneous Catalysts Based on Molecular Level Design	nanoparticle, mesoporous material, template synthesis, precise modification, highly selective catalyst, highly active catalyst
Section of Catalytic Assemblies ◎ Tamaki Nakano
Section of Catalytic Theoretical Chemistry ◎Jun-ya Hasegawa ○Akira Nakayama	Theoretical and computational study on chemical reactions and molecular properties of complex molecular systems	Quantum chemistry, Computational Chemistry, Electronic structure theory, Excited-state theory, First-Principle Quantum Simulation, Molecular Dynamics for Complex Systems

※　◎ ： Professor，　○ ： Associate Professor，　□ ： Assistant Professor

※　○ ：Group Leader