Rchr
J-GLOBAL ID：200901026669281061
Update date: Oct. 18, 2024
HAMANO Tetsuko
HAMANO Tetsuko
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Research field (4)：
Electronic devices and equipment
, Applied physics - general
, Optical engineering and photonics
, Science education
Research theme for competitive and other funds (10)：
2014 - 2017 Developing the Kanji Syllabus for Non-Kanji Background Learners of Science and Engineering
1999 - 2000 紫外線硬化樹脂を応用したサブミリ波帯回路素子の開発に関する研究
1998 - 2000 Research and Development of Millimeter Wave Imaging Technologies
1996 - 1996 半導体フォトニックバンド結晶を用いた光制御とその光デバイスへの応用
3次元周期構造を応用したミリ波サブミリ波回路素子に関する研究
固体素子を用いた高出力ミリ波発振器に関する研究
マイクロマシニング技術を用いたサブミリ波回路素子
Study on components for millimeter and submillimeter Waves using 3D periodic Structures.
Study on High-Power Millimeter Wave Oscillators with Solid-State Devices.
MEMS for submillimeter Wave Technology
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MISC (12)：
マイクロマシン技術を応用した感光性プラスチックサブミリ波帯回路素子の試作. 電子情報通信学会技術研究報告. 1999. 98. 518. 7-12
Plastic submillimeter wave components fabricated by UV lithograph process. Dig.of the 10th Int.Conf.on Solid-State Sensors and Actuatars (Transducer '99). 1999. 484-487
濱野哲子. マイクロマシン技術を応用した感光性プラスチックサブミリ波帯回路素子の試作. 電子情報通信学会技術研究報告. 1999. 98. 518. 7-12
Plastic submillimeter wave components fabricated by UV lithograph process. Dig.of the 10th Int.Conf.on Solid-State Sensors and Actuatars (Transducer '99). 1999. 484-487
Fabrication of Submillimeter Components Using UV-Curable Photosensitive Plastics. Technical Report of IEICE. 1999. 98. 518. 7-12
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Professional career (2)：
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