针对目前的接地电阻测量方法的缺点，提出了以计算机辅助分析为基础的短电流极引线测量方法，并对电流引线长度的选取作了分析。
With a view to the deficiency of grounding resistance measurement at present, a new method with short current-electrode wire based on computer auxiliary analysis is presented.
从接地电阻的测量原理出发，讨论了采用短电流极引线测量地网接地电阻的可行性。
With the principle of measuring resistance, the paper carries through the theory analysis about possibility of measurement method with short electrode wire.
甚至地球的比较弱的磁场也能够在摇动的引线中产生纳伏级的电压，所以必须使引线尽可能的短并且捆扎坚固。
Even the earth's relatively weak magnetic field can generate nanovolts in dangling leads, so leads must be kept short and rigidly tied down.
布局不是很关键，但高频引线应尽量短，如果可能的话，尽量减少损失。
Layout is not critical, but high-frequency leads should be kept short, if at all possible, to minimize losses.
我们可以插一短截镁条于引火剂中作引线。
We can insert a short length of magnesium ribbon into the ignition charge to act as a fuse.
我们可以插一短截镁条于引火剂中作引线。
We can insert a short length of magnesium ribbon into the ignition charge to act as a fuse.
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