Search Results by Affiliation： School of Engineering
Furthermore, please input a keyword to narrow down and push a search button.
- If you want to narrow down by multiple keywords, please enter a space separated.
- If you want a string including a space to be a single string, enclose it in quotation marks "" (half size).
21-30 of about 49
-
YAMADA Kazumi [ Professor ]
My specialization is applied linguistics, particularly second language acquisition (SLA) and third langua ...
- Research Field・
Keywords - 言語学
- Research Field・
-
YOSHIDA HIROYUKI [ Associate Professor ]
- Research Field・
Keywords - liquid crystals, holographic optical elements, applied optics, information display
- Research Field・
-
FUJIWARA Akihiko [ Professor ]
High-performance energy-related materials are vital for reduction of energy consumption. We aim to develop new materials for this purpose. Current research topics are development of materials for high-capacity ...
- Research Field・
Keywords - Energy-Related Materials, Synchrotron Radiation Analysis, Materials Science, Energy-Related Materials, Materials Science, Synchrotron Radiation Analysis, エネルギー関連材料科学, 放射光分析, 物質科学
- Research Field・
-
HIBINO Hiroki [ Professor ]
- Research Field・
Keywords - Two-dimensional materials, crystal growth, surface microscopy, surface physics, 二次元物質, 結晶成長, 表面物性, 表面顕微鏡
- Research Field・
-
MATSUO MOTOAKI [ Associate Professor ]
- Research Field・
Keywords - 水素
- Research Field・
-
OGURA Teppei [ Professor ]
- Research Field・
Keywords - Fuel Cell, Physical Chemisrty, Catalysis, Computational Chemisrty, Catalysis, Computational Chemisrty, Fuel Cell, Physical Chemisrty, 燃料電池, 物理化学, 触媒反応, 計算化学
- Research Field・
-
YOSHIKAWA Hirofumi [ Professor ]
- Research Field・
Keywords - 無機化学, 物理化学, 電気化学
- Research Field・
-
KANEKO Tadaaki [ Professor ]
- Research Field・
Keywords - エッチング, ナノ表面制御, プロセスサイエンス, 次世代化合物半導体, 結晶成長, 超高温熱平衡エンジニアリング
- Research Field・
-
OHTANI Noboru [ Professor ]
- Research Field・
Keywords - 半導体材料, 欠陥物理, 結晶成長
- Research Field・
-
OHYA MASAYOSHI [ Associate Professor ]
With the future hydrogen society in mind, we are working on the development of superconducting devices that utilize the cold heat of liquid hydrogen to save energy. By linking superconducting system networks, s ...
- Research Field・
Keywords - High Magnetic Field, High Temperature Superconductor, Liquid Hydrogen, Power Transmission, 強磁場応用, 液体水素, 電力輸送, 高温超電導
- Research Field・
