日本語フィールド
著者：橋本時忠、碇 浩典、中原隆史、田中洋行、松尾繁、瀬戸口俊明題名：水中膨張波の挙動に関する光学的計測発表情報：高速度イメージングとフォトニクスに関する総合シンポジウム2011 ページ: 231-234キーワード：高速度カメラ、水中衝撃波、膨張波概要：抄録：Recently, Extracorporeal Shock-Wave Lithotripsy (ESWL) has been established by using Shock wave therapy. ESWL is a way to destroy stones in the body by focusing shock wave generated outside the body. ESWL is a non-invasive and non-medicated therapy. Medical application of fluid dynamics has a great potential. It was reported that expansion wave generated inside the body also played an important role in the shock wave therapy. It is considered that a therapy that uses the expansion wave can be developed beneficially. For all of these reasons, the reflector was produced in combination with the silicon rubber and the metallic mesh, and focusing of expansion wave experiments were carried out. As a result, expansion wave was successfully focused.英語フィールド
Author：Tokitada HASHIMOTO, Hironori IKARI, Takafumi NAKABARU, Shigeru MATSUO and Toshiaki SETOGUCHITitle：Visualization of the behavior of expansion waves in waterAnnouncement information: Page: 231-234An abstract：Recently, Extracorporeal Shock-Wave Lithotripsy (ESWL) has been established by using Shock wave therapy. ESWL is a way to destroy stones in the body by focusing shock wave generated outside the body. ESWL is a non-invasive and non-medicated therapy. Medical application of fluid dynamics has a great potential. It was reported that expansion wave generated inside the body also played an important role in the shock wave therapy. It is considered that a therapy that uses the expansion wave can be developed beneficially. For all of these reasons, the reflector was produced in combination with the silicon rubber and the metallic mesh, and focusing of expansion wave experiments were carried out. As a result, expansion wave was successfully focused.