摘要
采用高压电场电晕放电的方式使微小颗粒荷电,并将带电颗粒导入法拉第杯中,通过运放电路测量出法拉第杯中带电微粒的总电量,同时测算出杯中颗粒总数,即可求得微小颗粒的带电量,最终结果由单片机输出。
This article discusses using the corona discharge of high voltage electric field to charge the particle, and then importing the charged particles to the Faraday-Cup. The total amount of the charged particles in the Faraday cup can be measured by the operational amplification circuit, and divided by the cup total amount of particles to obtain each small particle with electricity. The final result will be output by the microcontroller.
出处
《实验技术与管理》
CAS
北大核心
2013年第4期55-57,共3页
Experimental Technology and Management
关键词
微小颗粒电荷量
法拉第杯
电晕放电
electric charge of small particle
Faraday-Cup
corona discharge
