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Department of Innovative and Engineered Materials (IEM) has been established at the beginning of FY1997 by selecting the members specialized in the fields of inorganic materials science and metallurgy, and applied chemistry through the reorganization of the previous Departments of Materials Science and Engineering and of Electronic Chemistry.
IEM plays an important role as the key Department of "MATERIALS TRIO" at the Interdisciplinary Graduate School.
- YOSHIMOTO Laboratory,
Inorganic Material Chemistry, Thin Film Electronics Material, Laser Processing, Inorganic Material/Physical Properties, Science Education
- TSUGE Laboratory,
Bio-based polymers, Bioprocess, Evironmnet Conscious Polymeric Materials
- YAMAZAKI Laboratory,
Energy engineering, Inorganic materials and properties, Information Data Storage
- KITAMOTO Laboratory,
Magnetic Devices, Magnetic Nanoparticle, Magnetic Thin Films
- WADA Laboratory,
Nano Materials/Nano Bioscience, Applied Optics/Quantum Optical Engineering, Optics devices, Inorganic compounds
- ODAWARA Laboratory,
High-Temperature Chemistry-Combustion Synthesis, Energy Materials, Space Technology
- FUNAKUBO Laboratory,
Inorganic Materials and Properties
- ISHIKAWA Laboratory,
Nano Materials/Nano Bioscience, Applied Physical Properties/Crystal Engineering, Science Consulting
- FUJII Laboratory,
Materials Science
- M. KONDO Laboratory,
Thin Film Semiconductors
- KAJINO Laboratory,
Biomimetic Materials and Systems
- YODA Laboratory,
Microgravity Materials Sciences
- KANEKO Laboratory,
Optical Information Storage Media
- MOHRI Laboratory,
Human Activities in Space
- ABE Laboratory,
Material Design of Polymers
- HARA Laboratory,
Materials science, Catalysis, Surface chemistry
- MATSUMOTO Laboratory,
Surface Physics, Inorganic Materials and Properties, Function, Properties and Materials in Chemistry
- SASAGAWA Laboratory,
Physical Properties II, Applied Physical Properties/Crystal Engineering, Inorganic Material/Physical Propertiese
- HOSODA Laboratory,
Design, Properties, Micromechanics and Processing of Smart Multicomponent Materials and Composites such as Shape Memory Materials, Biomedical Alloys, Sensor and Actuator Materials, Hydrogen Storage Materials and High-Temperature Materials.
- NAKAMURA Laboratory,
Inorganic Materials and Properties, Applied Physics of Property and Crystallography, Aeronautics, Radiation physics, impact phenomena, Material Dynamics, Laser Spectroscopy, Chemical Physics, Condesed Matter Physics
- IYODA & NAGAI Laboratory,
Integrated Molecular Engineering, Photofunctional Science
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