Advanced Materials Laboratory
Honing creativity and engaging in sustainable, responsible actions
Our laboratory is utilizing simple, low-cost, and eco-friendly processes to develop technologies to control the wettability of material surfaces, create materials to enhance the functions of secondary batteries, and make lightweight metal materials such as aluminum and magnesium more functional. Moreover, we are developing a production process for new carbon materials.
|
Affiliation
|
Materials Science and Engineering
|
|
Faculty Name
|
ISHIZAKI, Takahiro
|
|
Academic Society
|
The Surface Finishing Society of Japan The Japan Institute of Light Metals The society for solid-state and electrochemical science and technology |
|
Keyword
|
Next-generation energy materials, Carbon materials, Surface treatment, Energy-saving, Battery materials
|
Study Fields
Materials science and engineering
Surface engineering
Electrochemistry
Surface engineering
Electrochemistry
For Society
Through our research activities, we will help improve energy conservation and reduce CO2 emissions by creating self-cleaning glass, extending the usable time of batteries by improving their performances, and enhancing gas mileage by making automobiles lighter.
Research Themes
- Creation of catalyst materials through solution plasma for secondary batteries.
- Development of technology for wettability control of material surfaces by imitating the functions of living organisms.
- To create self-repairing materials.