首页> 外文会议>BED-vol.56; American Society of Mechanical Engineers(ASME) International Mechanical Engineering Congress and Exposition; 20041113-19; Anaheim,CA(US) >ANALYSIS OF DEFORMATION PROCESS OF A BUBBLE IN A CELL MODEL BY SHOCK WAVE FOR DEVELOPING DRUG DELIVERY SYSTEMS
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ANALYSIS OF DEFORMATION PROCESS OF A BUBBLE IN A CELL MODEL BY SHOCK WAVE FOR DEVELOPING DRUG DELIVERY SYSTEMS

机译:开发药物输送系统的细胞模型中气泡的变形过程的冲击波分析

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This paper describes the trial of making microcapsules and deformation analysis of a bubble near the curved elastic wall using macro 2d model and plane shock wave. The prototype microcapsules are made by using micromanipulation systems. It is found that by controlling the initial position of a bubble from the wall and the curvature of the wall there is a point to have large deformation, which tends to be collapsed easily. This is one of the results to aid design of DDS or bioprocess for cell-integration.
机译:本文描述了使用宏二维模型和平面冲击波制作微胶囊的试验以及弯曲弹性壁附近气泡的变形分析。通过使用微操纵系​​统来制造原型微胶囊。已经发现,通过控制气泡从壁的初始位置和壁的曲率,存在一个点,即具有大的变形,该变形易于破裂。这是有助于DDS设计或细胞整合生物过程的结果之一。

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