将本课题研究的紫外光检测法应用到特高压验电器的研发中，成功研发出第三代基于紫外脉冲检测法的非接触式特高压验电器。
With the combination of voltage testing and UV-light detecting system, the non-contact UHV electroscope III was successfully developed.
她的验电器是一个金属盒子，旁边有两个小孔。
Her electroscope was a metal case with two holes in its side.
由于已经有预充电适用于验电器，额外收取很少引起的反应。
As there was already pre-charge applied to the electroscope, an additional little charge caused reaction.
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