用交流电场处理微粒的装置

F. M. Moesner, T. Higuchi
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引用次数: 45

摘要

提出了利用交流电场处理粒子的装置,并进行了实验验证。将200Vptp至2kVptp范围内的平衡多相高压施加到一系列中心到中心间距长度为400pm的封装平行电极上,薄保护和绝缘膜上的颗粒带电并通过产生的行进场传输。利用多相交流电场瞬间产生粒子驱动力,设计和制造了具有各种新颖传输和操纵特性的装置。它们的特点包括新开发的粒子传输平滑、分组和分类以及二维处理方法。研究了三种不同电压分布和不同环境下的粒子输送特性。在实验中研究了直径在5pm到400pm之间的各种颗粒材料;铁球、AZ球、玻璃球和塑料球表现出最好的性能。
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Devices for particle handling by an AC electric field
Devices for particle handling using an AC electric field are proposed and experimentally validated. With the application of balanced multi- phase high voltage in the 200Vptp to 2kVptp range to a series of encased parallel electrodes with a cen- ter-to-center pitch length of 400pm, particles on a thin protecting and insulating film become charged and are conveyed by the created traveling field. Devices with various novel transportation and ma- nipulation features, utilizing multi-phase AC electric fields that instantly generate particle driving forces, have been designed and produced. Their features include newly developed methods for particle con- veyance smoothing, grouping, and sorting, as well as two-dimensional handling. Particle conveyance char- aderistics have been studied under the influence of three different voltage profiles and in diverse envi- ronments. Various particle materials with a 5pm to 400pm diameter range have been examined in ex- periments; Fe, AZ, glass, and plastic spheres showed the best performances.
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