(listed in alphabetical order of winner's last name)
Construction of Indole Skeletons from α-Amino Acetophenones by Sequential Actions of Sunlight and Rhodium
Naoki ISHIDA
Kyoto University
Synthesis of Fluorene Derivatives Through Rhodium- and Iridium-Catalyzed Intramolecular Dehydrogenative Cyclization
Masaki ITOH
Osaka University
Development of Solid Electrolytes Using POSS-core Dendrimers
Yasuyuki IRIE
Kyoto Institute of Technology
Water Splitting Activity of (Ru, Rh) Co-doped Niobium Oxide Nano-sheets
Keisuke KOJIMA
Tokyo Institute of Technology
Separation of C6 Isomers by Vapor Permeation Through Silicalite-1 Membrane
Masaru SAKAI
Waseda University
Development of Eco Friendly Anti-fouling Paint by Using Novel Low Viscosity Hydrolysis Polymer
Takayuki SHIMIZU
Chugoku MarinePaints, Ltd.
Highly Efficient Base-Catalyzed Reactions by a Polyoxometalate
Kosei SUGAHARA
The University of Tokyo
Preparation of Glass Ceramics of Long Lasting Phosphorescence Mn2+ doped Zinc Silicate by Mechanochemical Process
Kousuke TSUDA
Osaka Prefecture University
Preparation and Evaluation of Artificial Muscle Material Using Host-guest Interaction
Shogo HATANAKA
Osaka University
Improvement of Water Environment and Recovery of Phosphorus Resources by a Phosphorus Removal and Recoery System Using a High-Speed Adsorbent
Hiroshi FUKUOKA
Asahi Kasei Chemicals Corp.
Sustainable Precision Radical Polymerization by Ferrocene-Concerted Redox
Kojiro FUJIMURA
Kyoto University
Non-equilibrium Phase Transition of High Energy Dnsity Lithium Ion Battery Cathode Li2FeSiO4
T. MASESE
Kyoto University
Radical Polymerization of Pinocarvone Derived from Naturally-Occurring α-Pinene
Hisayoshi MIYAJI
Nagoya University
Reserch and Development of Polymer Electrolyte Membranes Containing Sulfonated Polybenzophenone Moieties
Takayasu MIYAHARA
Kaneka Corp.
FT-IR Study on the Mechanism of MTO Reaction
Hiroshi YAMAZAKI
Tokyo Institute of Technology
Platinum Nanoparticles-Supported Untreated Carbon Nanotube Electrocatalyst Prepared by Using Ionic Liquid-Sputtering Method
Keisuke YAMAJI
Osaka University
Developement of High Activity Carbonylation Catalys Using Alkyl Nitrite
Hiroaki YOSHINO
Ube Industries, Ltd.
Development of Thermally Conductive Liquid Crystalline Polymer Using a Biomass
Shu-suke YOSHIHARA
Kaneka Corp.