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首页> 外文会议>IMECE2008;ASME international mechanical engineering congress and exposition >A NOVEL DEVICE FOR NONMAGNETIC PARTICLE NAVIGATION USING FERROFLUIDS MANIPULATED BY MAGNETIC FIELDS
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A NOVEL DEVICE FOR NONMAGNETIC PARTICLE NAVIGATION USING FERROFLUIDS MANIPULATED BY MAGNETIC FIELDS

机译：利用磁场作用的铁磁进行非磁性粒子导航的新型装置

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摘要

Particle navigation is performed for a variety of reasons including but not limited to drug delivery, cell isolation, sorting and filtering, and cell counting. Current methods accomplish these tasks by 'tagging' which has many benefits but also limitations in some cases. This paper proposes a novel device for nonmagnetic non-contact in-vitro particle navigation. The device is based on an idea that utilizes ferrofluids in connection with magnetic fields while effectively removing carriers as required by tagging methods and thus eliminating challenges associated with them. Analytic solution approaches and preliminary results show that this technology has promising potential to profoundly impact the field.
机译：粒子导航是由于多种原因进行，包括但不限于药物递送，细胞分离，分选和过滤和细胞计数。目前的方法通过“标记”完成了这些任务，这有​​许多好处，而且在某些情况下有限制。本文提出了一种用于非磁性非接触体内粒子导航的新装置。该装置基于一个想法，该想法利用与磁场相关的铁物质流体，同时根据标记方法有效地去除载波，从而消除与它们相关联的挑战。分析解决方案方法和初步结果表明，这项技术具有潜在的潜力，深刻影响该领域。

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