摘要
为有效减小静电放电对飞行器的影响，设计蒙皮材料静电起电地面模拟实验平台．利用该平台对某型蒙皮材料进行静电起电实验研究，得到材料摩擦起电电位随时间的变化规律，并研究接触面积、相对速度、环境温度和相对湿度对材料静电起电电位最大值的影响，通过拟合曲线得到：相对湿度对静电起电电位的影响最大，相对速度次之，接触面积和环境温度对起电电位的影响相对较小．
In order to decrease the impaction of electrostatic discharge to aerial vehicle, aerial vehicle surface material precipitation static experimental platform has been designed. A certain type of aerial vehicle surface material is adopted to carry out the experiment. The rule of electro- static potential changes to different deposition time, contact area, relative velocity and relative hu- midity is proved in the experiment. The results show that the relative humidity is the most impor- tant factor, the second factor is friction speed, followed by contact area and ambient temperature.
出处
《军械工程学院学报》
2012年第6期19-22,共4页
Journal of Ordnance Engineering College
基金
国家自然科学基金项目（10927506）
关键词
静电起电
绝缘电阻
相对速度
环境温度
相对湿度
electrostatic
insulation resistance
relative speed
environment temperature
relative humidity
