Research theme for competitive and other funds (9):
2022 - 2025 温度センサが集積された広い適用性の極細レーザ照射光ファイバ加熱治療器の研究
2022 - 2025 光ファイバ治療器の動脈塞栓術への応用-新規医療機器開発ヘ向けて-
2022 - 2025 新規光ファイバ焼灼医療機器の開発~経皮的針生検の合併症低減を目指して~
2018 - 2021 Advanced medical measurement technology using optical fiber
2019 - 2020 測定点に電源不要な多点光ファイバ遠隔温度計測システムの開発
2014 - 2015 高精度温度モニタ機能付きレーザ照射光ファイバ温熱治療器
2012 - 2014 Study of near-infrared surface-plasmon-resonance fiber sensor
2013 - 2013 屈折率と温度の計測可能な長波長帯光ファイバ型センサシステム
2011 - 2012 エバネッセント波の干渉を用いる長波長帯光ファイバ屈折率センサ
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Papers (35):
Hideki Fukano, Kazuma Ooshima, Taiga Fukasaka, Noriyuki Umakoshi, Toshihiro Iguchi, Tomohiro Toji, Jun Sakurai. Temperature-Sensor-Integrated Laser-Irradiative Optical Fiber Probe and Its Application for Tract Ablation. Proceedings of MOC2024. 2024. 1-2
Hideki Fukano, Ryoma Hiromatsu. Temperature Sensor Integrated Laser Ablation Optical Fiber Probe with Beam Expander. Proceedings of CLEO-PR 2024. 2024. 2098-2099
Hideki Fukano, Mikihiro Kamada. Multipoint temperature measurement system composed of fiber-optic Fabry-Perot interference sensors and a wavelength-division multiplexing filter. Japanese Journal of Applied Physics. 2024. 63. 5. 05SP13-05SP13
Hideki Fukano, Kazuma Ooshima. Fabry-Perot interference temperature sensor integrated high-power-laser optical fiber probe for laser ablation. Japanese Journal of Applied Physics. 2024. 63. 5. 05SP01-05SP01
Temperature-Sensor-Integrated Laser-Irradiative Optical Fiber Probe and Its Application for Tract Ablation
(29th MICROOPTICS CONFERENCE 2024)
Temperature Sensor Integrated Laser Ablation Optical Fiber Probe with Beam Expander
(The 16th Pacific Rim Conference on Lasers and Electro-Optics 2024)