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静电实验的特点是电压高、电量小,因此,静电实验成功的关键,在于保持仪器本身的良好地绝缘性能和使用环境的选择.静电仪器的绝缘性能,主要决定于制造仪器时绝缘材料的选用.这个问题由于现代科技的发展,可供选择的良好的绝缘材料不断出现,在仪器生产过程中,已得到了较好地解决.因此静电仪器失灵,实验失败的主要原因,就决定于使用条件了.所谓使用条件,主要是指仪器绝缘部分表面的清洁程度.
Electrostatic experiments are characterized by high voltage and low power. Therefore, the key to the success of electrostatic experiments is to maintain the good insulation performance of the instrument and the choice of use environment. The insulation performance of electrostatic instruments is mainly determined by the choice of insulating materials used in the manufacture of instruments. This problem due to the development of modern science and technology, good insulation materials available for selection continue to appear in the instrument production process, has been better resolved. Therefore, static equipment failure, the main reason for the failure of the experiment, depending on the conditions of use The so-called use of conditions, mainly refers to the degree of cleanliness of the insulating surface of the instrument.