【My research seeds】
Developing new E&E devices through the high quality deposition techniques of oxide thin films.
・Intermediate- temperature Solid Oxide Fuel Cell (IT-SOFC） through thinning the electrolyte by Aerosol Deposition (AD) method (Co-developing with Dr. J. Akedo of AIST, Japan)
・Improvement of oxide thin film transistors by use of high quality oxide thin films
Kiyoshi UCHIYAMA
Dept. of Electrical and Electronic Engineering, Professor （D.Eng.）
Researches of oxide thin films for future electric& electronics (E&E) devices
Specialized field：
Electric & Electronics Materials Thin Films, Semiconductor Key word：
Fuel Cells
Oxide Semiconductor
e-mail：[email protected]
Message：
This is the 4th year after my move to Tsuruoka NCT. As the basis of the experimental environment has been established, I want to try to achieve the SOFC operations at the intermediate temperatures (IT) of 400-600℃.
Fig. Schematic of AD apparatus Fig. Cross-sectional view of the sample deposited by AD method
Porous Sub.
Approach for realizing IT-SOFC
Electrolyte
