本文介绍一种用于高电压实验教学的新型仪器—雷电绕击模拟装置。
This paper presents a type of new device employed for the teaching purpose of high voltage test-imitation device for lightning strokes.
本文报导了高电压实验室产生的电离辐射情况，并对空气放电时电离辐射的实验数据进行了分析。
The ionizing radiation produced in a H. V. laboratory is reported, Ionizing radiation data colllected from the tests during air-discharge are analyzed.
实验结果表明，用这种方法所研制的电动汽车DC DC变换器输出电压精度高，抗干扰能力强，调节特性快速、平稳。
Experiments show that the designed DC DC convertor's output voltage precision is high, the antijamming ability is strong and the adjustable performance is fast and smooth.
实验结果表明：这种方式能够实现高电压、大容量电容器组的快速充电。
The experimental results show this way can be used to charge high voltage and high capacity capacitors quickly.
实验比较了高计数率下三种光电倍增管电压供给方式的增益变化和温度效应。
The gain stabilities and temperature effects were experimentally for three different bias voltage supply modes to photomultipliers at high counting rates.
通过对实验结果的处理及分析，证明了该方法测量电压的线性度好、准确度高。
By analyzing and processing the experiment data, good linearity and accuracy of this method to check voltage is proved.
对补偿法测电阻的原理进行分析，设计了电压补偿测电阻和电流补偿测电阻的实验电路。该电路测量精度高，结构简单，操作方便。
The principle of compensation method to measure resistance is analyzed, and the measuring circuit of voltage compensation and current compensation is designed.
大容量实验室短路试验测量系统是高电压测量技术的重要组成部分。
Short-circuit test measuring system in high power laboratory is a very important component of high voltage measuring technology.
实验结果表明，该开关稳压电源具有频响快、电压调整率和负载调整率高的特点，是一种性能较好的开关稳压电源。
Test results show that the designed power supply has good voltage regulation performance, with small ripple and high regulation rate of voltage and load.
实验结果表明，设计的开关变换器输出电压精度高，纹波小，效率最高达到88 %，适用于低压大电流的负载设备。
Experimental results show that the output voltage of the designed converter has high precision, small ripple and up to 88% efficiency, suitable for low-voltage high-current load devices.
实验结果表明，设计的开关变换器输出电压精度高，纹波小，效率最高达到88 %，适用于低压大电流的负载设备。
Experimental results show that the output voltage of the designed converter has high precision, small ripple and up to 88% efficiency, suitable for low-voltage high-current load devices.
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