首页> 外文会议>MEMS-vol.6; ASME International Mechanical Engineering Congress and Exposition; 20041113-19; Anaheim,CA(US) >HIGH SPEED PARTICLES SEPARATION USING ULTRASOUND FOR LAB-ON-CHIP APPLICATION
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HIGH SPEED PARTICLES SEPARATION USING ULTRASOUND FOR LAB-ON-CHIP APPLICATION

机译:超声在芯片实验室应用中的高速颗粒分离

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Engineers have long envisioned that a handheld portable blood diagnosis device would be able to give an accurate measurement of chemical content based on a very small sample in the shortest time possible. One of the immediate applications of such device is the Point Of Care (POC) diagnosis system, whereby a single drop of human blood would determine his health status. However, a major technical challenge lies in the ability to separate different particles, which in the case of human blood, is to separate red and white blood cells and plasma in a quick, cheap, reliable device with low power consumption (less than 100mW). In this paper, we present some preliminary results from our tests of ultrasound standing waves as a potential separation mechanism for blood cells. Micro Particle Image Velocimetry (PIV) technique is the studies.
机译:工程师早就预见到,手持式便携式血液诊断设备将能够在尽可能短的时间内基于很小的样品进行化学含量的准确测量。这种设备的直接应用之一是现场护理(POC)诊断系统,通过该系统一滴人类血液即可确定其健康状况。但是,主要的技术挑战在于分离不同颗粒的能力,对于人类血液而言,这是在一种低功耗(小于100mW)的快速,廉价,可靠的设备中分离红细胞和白细胞以及血浆的能力。 。在本文中,我们介绍了超声驻波测试作为血细胞潜在分离机制的初步结果。微粒图像测速(PIV)技术正在研究中。

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