The power supply should ideally have zero internal impedance. 电源最好内阻为零。
In this paper, laboratory measurements of several commonly used forms microampere resistance methods analyzed. 为了保证测量数据的精确，对微安表内阻进行测量，就有极其重要的意义。
Insufficient water lowers the conductivity of the membrane and causes high internal resistance whereas excess water leads to flooding of the electrode and decreases reaction area. 含水量不足将降低膜的传导性，并造成高内电阻，而过多的水将导致电极的淹水，使反应面积减小。
All inner resistance is experienced as negativity in one form or another. 一切内部抵抗都会带上某个形式后成为一种消极体验。
