Generation of charged sub-micron solid particles and their application for visualizing microscopic charge distribution

Y. Murata, S. Tsukamoto
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Abstract

A new method for generating ultra-fine charged solid particles were investigated. The particles were generated from liquid ink droplets. The diameter and the charge of obtained particles are 0.14 to 0.89 /spl mu/m and 9 /spl times/ 10/sup -18/ to 8 /spl times/ 10/sup -16/ C respectively. Using the particles, charge distributions of fine electret fibers were visualized.
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带电亚微米固体粒子的产生及其在微观电荷分布可视化中的应用
研究了一种生成超细带电固体粒子的新方法。这些颗粒是由液体墨滴产生的。所得颗粒直径为0.14 ~ 0.89 /spl μ m,电荷量为9 /spl倍/ 10/sup -18倍/ 8/ spl倍/ 10/sup -16倍/ C。利用这些粒子,可视化了细驻极体纤维的电荷分布。
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