MF研究者総覧

教員活動データベース

PDMS 内を伝播する圧力波の可視化

発表形態:
一般講演(学術講演を含む)
主要業績:
主要業績
単著・共著:
共著
発表年月:
2013年10月
DOI:
会議属性:
国内会議
査読:
無し
リンク情報:

日本語フィールド

著者:
橋本時忠、園田浩太郎、田上大幹、松尾繁、瀬戸口俊明 読み: ハシモトトキタダ、ソノダコウタロウ、タノウエダイキ、マツオシゲル、セトグチトシアキ
題名:
PDMS 内を伝播する圧力波の可視化
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2013,19-202, (2013. 10.17-19), 室蘭
キーワード:
PDMS, 圧力波,集束
概要:
抄録:
Since PDMS (dimethylpolysiloxane) is one of silicons and has a biocompatibility, it is essential materials in the medical fields. An acoustic impedance of PDMS is of the same order of magnitude as that of water. Therefore, it is considered that the behavior of the pressure waves such as the shock wave and the expansion wave in PDMS is approximately similar to that in water. Practically PDMS is often used in the medical device like ESWL and the acoustic lenses of the ultrasonic diagnosis. Here, two kinds of two-dimensional elliptical reflectors using PDMS was produce. Then, when the shock wave, which was generated in the focal point of the reflector, was reflected in the interface between PDMS and air, it converted to the expansion wave and finally it was focused near the other focul point. In the present study, those phenomena were visualized by Schlieren method using a high-speed camera.

英語フィールド

Author:
Tokitada HASHIMOTO, Kotaro SONODA, Daiki TANOUE, Shigeru MATSUO,Toshiaki SETOGUCHI
Title:
Visualization of pressure waves propagating in PDMS
Announcement information:
Keyword:
PDMS, Pressure wave, Focusing
An abstract:
Since PDMS (dimethylpolysiloxane) is one of silicons and has a biocompatibility, it is essential materials in the medical fields. An acoustic impedance of PDMS is of the same order of magnitude as that of water. Therefore, it is considered that the behavior of the pressure waves such as the shock wave and the expansion wave in PDMS is approximately similar to that in water. Practically PDMS is often used in the medical device like ESWL and the acoustic lenses of the ultrasonic diagnosis. Here, two kinds of two-dimensional elliptical reflectors using PDMS was produce. Then, when the shock wave, which was generated in the focal point of the reflector, was reflected in the interface between PDMS and air, it converted to the expansion wave and finally it was focused near the other focul point. In the present study, those phenomena were visualized by Schlieren method using a high-speed camera.


Copyright © MEDIA FUSION Co.,Ltd. All rights reserved.