Abstract

The mechanisms of electrification of various solids in contact or friction, as well as in the interaction of liquid media with conductive and dielectric materials, are described and analyzed. The output characteristics of nanogenerators based on the phenomenon of electrification of solids and liquids are considered. The design and the study results of an electrostatic nanogenerator based on the electrification of a glass porous structure when a dielectric fluid passes through it are presented.

中文翻译：

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基于流经玻璃过滤器的电介质液体带电的高压纳米发电机

摘要

描述和分析了接触或摩擦的各种固体的带电机制，以及液体介质与导电和介电材料的相互作用。考虑了基于固体和液体带电现象的纳米发电机的输出特性。介绍了一种静电纳米发电机的设计和研究结果，该发电机基于介电流体通过时玻璃多孔结构的带电。