| To top page |
| Introduction to Research in our Department |
| Applied Organic Chemistry |
| ■Biological Chemistry (Prof. Yoshihiko AMANO, Assoc. Prof. Kouichi NOZAKI, Asst. Prof. Masahiro MIZUNO, Senior Asst. Prof. Nobuaki SATO) |
| Functional analysis and protein engineering of enzymes involved in the synthesis/degradation of carbohydrates. Analysis of enzyme reactions, and its application for biomass utilization and synthesis of bio-functional materials. Hydrothermal reaction technology for utilization of biomass and other organic resources (food, industrial waste, etc.). |
| ■The Chemistry of Molecular Assemblies （Assoc. Prof. Yukihisa OKUMURA） |
| Construction of nano/micro chemical systems based on lipid bilayer membrane vesicles (liposomes). |
| ■Synthetic Organic Chemistry （Prof. Hiroyuki SUGA, Asst. Prof. Kennosuke ITOH） |
| Development of synthetically useful stereoselective organic reactions. |
| ↑up |
| Applied Physical Chemistry |
| ■Membrane Science and Technology （Assoc. Prof. Ryotaro KIYONO） |
| Preparation and characterization of membranes and transport phenomena across membranes. |
| ■The Chemistry of Catalysis （Prof. Shozi MISHIMA, Asst. Prof. Tomohiko OKADA） |
| Preparation of novel catalysts with high performance, application of catalysis to environmental problems, and fundamental research on catalysts and catalysis. |
| ■Molecular Chemical Engineering （Assoc. Prof. Hirohisa UCHIDA） |
| Molecular theoretical approach to study solvent properties of supercritical fluids. Application of supercritical fluid technology to the design of functional microparticles and thin films. |
| ■Colloid and Interface Chemistry （Asst. Prof. Toshio SAKAI） |
| Design of interfaces and nanomaterials in solutions on the basis of amphiphilic characters and self-assembly. |
| Inorganic and Analytical Chemistry |
| ■The Chemistry and Technology of Inorganic Materials （Prof. Seiichi TARUTA, Assoc. Prof. Tomohiro YAMAGUCHI） |
| Development of advanced industrial materials by novel processes using synthetic micas, transition aluminas and carbon nano-tubes, etc. |
| ■Instrumental Analysis （Prof. Norio KANEKO, Assoc. Prof. Naoyuki SHINOHARA） |
| Electroplating of alloys and application of electrolyzed water. Control of surface morphology, crystal orientation and film composition of electrodeposited metals, development of electroplating baths for Pb-free solder, and application of electrolyzed water to electronics manufacturing. |
| ■Applied Electrochemistry （Prof. Susumu ARAI） |
|
Fabrication of nano functional materials based on electrochemistry. |
| ↑up |
|
|