Division for Application of Carbon Materials
Abstract
We focus to build new carbon composite/compound and develop new applications, and we aim to build international reading research institute through activities shown bellow.
- Reinforcement in management system
- Collaboration with other domestic and foreign research institute
- Collaboration with companies for industrialization
- Publish new research output to the world
- Propose new plan to get found from outside
Research targets
Functional Nano-Carbon Composite /Compound Creation
Resin/rubber/nano-carbon composite creation by special mechanical process
Approach to new nano-carbon application
Application to new energy storage device
Application to electric or electronic device
Application to biological use
Behavior Analysis of nano-carbon in composite fluid
Operation Procedure
Functional Nano-Carbon Composite /Compound Creation
- Creation of metal/nano-carbon composite for separator in fuel cell and highly electro conductive composite for electrode in Lithium ion battery.
- Creation of resin/rubber/nano-carbon composite for sealing material and thin film device.
Approach to new nano-carbon application
Nano-carbon composite application to advanced battery system and putting practical use
Nano-carbon composite application to low energy consumption electric device or laminated electronic device.
Porous alumina naono-carbon composite application to bio medical use and application to glucose decomposer.
Member of Applied Materials Engineering Research Division
- Susumu Arai
- Head of division (nano-carbon composite plating)
- Masato Yoshino
- Professor (fluid analysis )
- Liu Xiaoxi
- Professor (Magnetic material application)
- Eiji Itoh
- Associated professor (organic electronics application)
- Masakazu Kataoka
- Associated professor (Biomedical application )
- Noboru Nakayama
- Associated professor (Metallurgical application)
- Myo Than Htay
- Assistant Professor
- Atsuko Banba
- Associated professor (Materials ceramics)
- Tohru Noguchi
- Special Contract Professor (rubber composite applycation)