Faculty Guidance  Department Guidance  Laboratory Guidance  Staff Index  Research Institute   TOP > Laboratory Guidance > Electrochemical Laboratory Electrolytic production of functional inorganic gases and their application 1. Electrolytic production of nitrogen trifluoride in molten fluorides containing hydrogen fluoride. 2. Development of new processes for electrochemical fluorination of molten salts at room temperature. 3. Preparation of a new nickel-based composite and its characterization. 4. Surface treatment of inorganic materials through thermal reaction with nitrogen trifluoride. 5. Preparation of functional films of organic and inorganic materials using plasma glow discharge techniques with nitrogen trifluoride. Materials and electrode reactions in lithium-ion batteries and fuel cells 1. In situ Raman and AFM analysis of electrode reactions in lithium-ion batteries. 2. Lithium-ion conductive glass electrolytes for all solid-state rechargeable lithium batteries. 3. Ammonium polyphosphate-based proton conductors for intermediate-temperature fuel cells. 4. Degradation mechanism of polymer electrolyte fuel cells. Akimasa TASAKA Professor TEL : +81-774-65-6592 FAX : +81-774-65-6841   Email : atasaka   Office : SC-322 Minoru INABA Professor TEL : +81-774-65-6591 FAX : +81-774-65-6815   Email : minaba   Office : SC-321 Hideaki TAKEMURA Laboratory Lecturer TEL : +81-774-65-6526 FAX : +81-774-65-6803   Email : htakemura   Office : SC-318 · Molten salt electrolysis · Functional inorganic gas (Nitrogen trifluoride) · New nickel-based composite · Treatment of surface with plasma glow discharge technique · Lithium second batteries · Fuel cells SC-309, SC-310, SC-311, SC-318, SC-319   | CONTACT US |