日本語フィールド
著者：山口諒，小林祐喜，城田祐輔, 住隆博，橋本時忠 読み: ヤマグチマコト、コバヤシユウキ、ジョウタユウスケ、スミタカヒロ、ハシモトトキタダ題名：高速液体ジェットを利用した粘弾性の評価発表情報：平成30年度衝撃波シンポジウム ページ: USB P-12キーワード：Needle-free injector, High-speed liquid jet, Viscoelasticity, CFD概要：抄録：Study on needle-free injection has been conducted to enable painless puncture and prevention of needlestick accidents. Our study focused on application of liquid injection and depot injection as a needle-free system. In our past study, the liquid jet including gels has been successfully penetrating into a biological phantom. Also, we found that depending on the viscoelasticity of the biological phantom, a behavior of the penetrating jet is changed. The purpose of this study is to evaluate viscoelasticity by observing behavior of high-speed liquid jet experimentally and numerically.英語フィールド
Author：Makoto YAMAGUCHI, Yuki KOBAYASHI, Yusuke JOTA, Takahiro SUMI and Tokitada HASHIMOTOTitle：Evaluation of viscoelasticity using high-speed liquid jetAnnouncement information: Page: USB P-12Keyword：Needle-free injector, High-speed liquid jet, Viscoelasticity, CFDAn abstract：Study on needle-free injection has been conducted to enable painless puncture and prevention of needlestick accidents. Our study focused on application of liquid injection and depot injection as a needle-free system. In our past study, the liquid jet including gels has been successfully penetrating into a biological phantom. Also, we found that depending on the viscoelasticity of the biological phantom, a behavior of the penetrating jet is changed. The purpose of this study is to evaluate viscoelasticity by observing behavior of high-speed liquid jet experimentally and numerically.