Fujita Laboratory
Electronic Devise Course
Department of Electonics and Control Systems Engineering
Interdisciplinary Faculty of Science and Engineering
Shimane University
ZnO is a II-VI compound semiconductor with a bandgap energy of 3.4 eV. It is a potential material since it has advantages, large exciton binding energy
of 60 meV, transparent in visible region, easy to obtain n-type conductivity, an abundant and none-toxic material. We are
investigating ZnO films and nanoparticles for the applications of high
efficiency UV light emitters (LEDs for solid sate lightning, UV LDs), devices
using transparent conductive films and nano-bio, nano-medical applications.
- Growth of ZnO epitaxial films by MOCVD
- ZnO nanoparticles
- Nano-bio,
nano-medical applications
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2. Staff
- O. Senthil Kumar Researcher (Project Research Promotion Institute)
- Hiroshi Hurubayasi Researcher (Project Research Promotion Institute)
- Shuhei Funaki Researcher(NEXT City Area Program)
- Hideki Hashimoto Researcher (NEXT City Area Program)
- Noskor Sukumar Chandra Researcher (NEXT City Area Program)
- Ben Urban Guest Researcher(University of North Texas)
- Students(photo)
- Medical Research Student
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4. Others
- Research announcement(2006,2007)
- International student research exchange
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Updated on Jan, 15, 2009
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