日本語
The University of Electro-Communications 
Center for International Programs and Exchange 

Associate Professor 
Tetze (Tetsuko) HAMANO 

Academic background
Tokyo Institute of Technology  Graduate School, Division of Integrated Science and Engineering  物理情報工学  Doctoral program  1995  Other 
Tokyo Institute of Technology  Graduate School, Division of Integrated Science and Engineering  物理情報工学  Doctoral program  1995  Other 

Academic degrees
(BLANK) 
(BLANK) 

Current research areas
Science education 
Optical engineering, Photon science 
General applied physics 
General applied physics 
Electron device/ Electronic equipment 
Electron device/ Electronic equipment 

Current research subjects
MEMS for submillimeter Wave Technology  MEMS,submilimeter wave 
Study on High-Power Millimeter Wave Oscillators with Solid-State Devices.  solid-stade device,millimerter wave,quasi-optical oscillator 
Study on components for millimeter and submillimeter Waves using 3D periodic Structures.  Millimeter and Submillimeter Waves,Periodic Structure 
MEMS for submillimeter Wave Technology  MEMS,submilimeter wave 
Study on High-Power Millimeter Wave Oscillators with Solid-State Devices.  solid-stade device,millimerter wave,quasi-optical oscillator 
Study on components for millimeter and submillimeter Waves using 3D periodic Structures.  Millimeter and Submillimeter Waves,Periodic Structure 

Published papers
Paper  No  Plastic submillimeter wave components fabricated by UV lithograph process  Dig.of the 10th Int.Conf.on Solid-State Sensors and Actuatars (Transducer '99)  484-487  1999 
Paper  No  Fabrication of Submillimeter Components Using UV-Curable Photosensitive Plastics  Technical Report of IEICE.  98/ 518, 7-12  1999 
Paper  No  Plastic submillimeter wave components fabricated by UV lithograph process  Dig.of the 10th Int.Conf.on Solid-State Sensors and Actuatars (Transducer '99)  484-487  1999 
Paper  No  Fabrication of Submillimeter Components Using UV-Curable Photosensitive Plastics  Technical Report of IEICE.  98/ 518, 7-12  1999 
Paper  No  2-dimensional photonic bandgap crystal polarizer  Riken Review  19, 110-  1998 
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