摘要
针对传统开尔文滴水器存在储电效果一般的问题,设计了一种水电分离型的滴水起电装置.在传统开尔文滴水器的基础上增加储电环,用于分离滴下的水滴的电荷,解决了由于需要储存带电水滴而带来的容积限制问题,提高了发电规模和效率.
To solve the problems of the structural defects and unstable charge storage of the traditional Kelvin drop device,a device with separated water drop and charge was designed.On the basis of traditional Kelvin water dropper,a new module,storage ring,was introduced for separating charge from water droplets,which did not require the flume for charged water storage.This design greatly reduced the volume of the device,so that the accumulation of charge was no longer limited by the volume,thereby the power generation efficiency was greatly improved.
出处
《物理实验》
2015年第12期33-35,共3页
Physics Experimentation
基金
广东省绿色能源技术重点实验室资助项目(No.2008A06031002)
关键词
开尔文滴水器
储电环
电荷
Kelvin drop device
storage ring
charge
