Experimental study of particle deposition on thermal gas flow sensor

Changrong Yuan, Zhongsheng Sun, Xiaoning Li, Zhonghua Guo
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引用次数: 1

Abstract

To study the deposition of particles on chip surface during the work of the thermal gas flow sensor, the paper analyzes deposition mechanism in depth by experiments to provide theoretical basis for reducing or avoiding particle deposition. The affecting factors of particle deposition such as electric field, the direction of sensor chip placement have been studied by monitoring the accuracy of flow sensor and the thickness of particle deposition on chip surface. The results show that the presence of electric field exacerbates the deposition of particles and the weight of particles has no significant effect on particle deposition.
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热气体流量传感器颗粒沉积的实验研究
为研究热气体流量传感器工作过程中颗粒在芯片表面的沉积,通过实验深入分析沉积机理,为减少或避免颗粒沉积提供理论依据。通过监测流量传感器的精度和芯片表面沉积颗粒的厚度,研究了电场、传感器芯片放置方向等影响颗粒沉积的因素。结果表明,电场的存在加剧了颗粒的沉积,颗粒的重量对颗粒的沉积没有显著影响。
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