日本語フィールド
著者：福山拓夢、中島由勝、猶木智也、寳來裕、橋本時忠、住隆博 読み: フクヤマタクム、ナカシマヨシカツ、ナオキトモヤ、ホウライユウ、ハシモトトキタダ、スミタカヒロ題名：マイクロ流路を利用したキャビテーション生成に関する研究発表情報：平成30年度衝撃波シンポジウム ページ: USB P-11キーワード：Cavitation, Micro channel, Ho:YAG laser, PIV概要：抄録：Novel surgical instrument has been widely investigated and advanced for a low-invasive medical treatment all over the world. Recently a study on medical application using cavitation has been reported. When an optical fiber is installed and fixed in the capillary filled with water and then Ho:YAG laser is irradiated, hydrodynamic cavitation is generated at the outside of the capillary. If the optimal amount of the hydrodynamic cavitation by micro channel is generated at the arbitrary position, it could be applied to a low-invasive and fine surgical instrument. Therefore, the purpose of this study is to investigate generation process of the hydrodynamic cavitation by micro channel.英語フィールド
Author：Takumu FUKUYAMA, Yoshikatsu NAKASHIMA,
Tomoya NAOKI, Yu HOURAI, Tokitada HASHIMOTO and Takahiro SUMITitle：Study on Generation of Cavitation by Micro ChannelAnnouncement information: Page: USB P-11Keyword：Cavitation, Micro channel, Ho:YAG laser, PIVAn abstract：Novel surgical instrument has been widely investigated and advanced for a low-invasive medical treatment all over the world. Recently a study on medical application using cavitation has been reported. When an optical fiber is installed and fixed in the capillary filled with water and then Ho:YAG laser is irradiated, hydrodynamic cavitation is generated at the outside of the capillary. If the optimal amount of the hydrodynamic cavitation by micro channel is generated at the arbitrary position, it could be applied to a low-invasive and fine surgical instrument. Therefore, the purpose of this study is to investigate generation process of the hydrodynamic cavitation by micro channel.