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Weaving atoms and molecules into a better future.
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| Applied chemistry plays a vital role in the development of advanced science and technology for the efficient use of natural resources as well as the development of new materials through fundamental research. This involves the understanding and characterization of the chemical properties, structures and reactivities of various materials and processes at the atomic and molecular levels. The department of Applied Chemistry consists of two subdepartments: Inorganic and Physical Chemistry, and Organic and Polymer Chemistry. |
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| Department of Applied Chemistry |
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Subdepartment of Inorganic and Physical Chemistry |
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Analytical Chemistry |
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Hideaki Hisamoto |
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Professor |
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Tatsuro Endo |
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Associate Professor |
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Inorganic Chemistry |
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Masahiro Tatsumisago |
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Professor |
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Kiyoharu Tadanaga |
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Associate Professor |
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Akitoshi Hayashi |
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Assistant Professor |
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Physical Chemistry |
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Masaya Matsuoka |
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Professor |
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Masato Takeuchi |
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Associate Professor |
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Yu Horiuchi |
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Assistant Professor |
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Electrochemistry |
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Hiroshi Inoue |
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Professor |
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Eiji Higuchi |
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Assistant Professor |
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Masanobu Chiku |
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Assistant Professor |
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Environmental Chemistry |
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Hiroshi Bandow |
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Professor |
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Norimichi Takenaka |
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Associate Professor |
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Yasuhiro Sadanaga |
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Assistant Professor |
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Molecular Recognition Chemistry |
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Tsutomu Nagaoka |
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Professor |
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Hiroshi Shiigi |
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Associate Professor |
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Subdepartment of Organic and Polymer Chemistry |
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Organic Molecular Chemistry |
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Kazuhiko Mizuno |
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Professor |
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Hiroshi Ikeda |
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Professor |
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Material Creation Chemistry |
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Hiroyuki Nakazumi |
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Professor |
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Shigeyuki Yagi |
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Associate Professor |
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Takeshi Maeda |
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Assistant Professor |
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Eisuke Ohta |
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Assistant Professor |
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Polymer Chemistry |
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Masamitsu Shirai |
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Professor |
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Haruyuki Okamura |
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Associate Professor |
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Synthetic Organic Chemistry |
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Akiya Ogawa |
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Professor |
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Motohiro Sonoda |
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Lecturer |
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Akihiro Nomoto |
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Assistant Professor |
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Biopolymer Chemistry |
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Kenji Kono |
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Professor |
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Atsushi Harada |
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Associate Professor |
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Eiji Yuba |
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Assistant Professor |
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Sputtering chamber for the fabrication of visible-light-responsive Ti oxide thin films. |
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Both are at the forefront of research in the following eleven fields: analytical chemistry; syntheses of advanced inorganic materials; surface photochemistry, catalysis and photocatalysis; electrochemistry and electrochemical energy conversion; the reactions, syntheses and properties of organic molecular compounds; syntheses of organic functional materials; syntheses of functional polymers; organometallic chemistry and bio-organic chemistry; polymer physics and biopolymer chemistry; environmental chemistry and sonochemistry; molecular recognition chemistry. Our education and research curricula not only involve efforts to meet many challenges facing the world today, such as decreasing energy consumption, uses of natural resources and pollution caused by environmental toxins, but also the training of individuals who, through the knowledge and experience acquired here, will contribute to the betterment of the world.
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| Graduate students in search for novel organometallic compounds. |
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Nanocrystalline Bemite (AlO(OH)) thin film having ultra water-repelling property prepared by a sol-gel method. |
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