本文论述了应用多源排列电阻率测深法及坑道-地面电阻率法在北京中国新闻学院及八王坟地铁站所取得的良好成果。
This paper deals with the effectiveness of applying multi-source sounding array and tunnel-ground resistivity method in ChinaNews institute and Bawangfen subway station.
碳纳米管排列有高电流容量，并能使高功率获得低电阻。
Carbon nanotube arrays have high current capacities and enable high power gain at low impedances.
测量电阻率的四探针法公式中，要求是点接触而且探针的排列有一定的形状。
The equation of four probes method for resistivity measurement requires point contacts and a definite configuration of probes array.
本文考虑到接触面积大小的影响，并让四根探针排列成任意形状，导出了测量电阻率和薄层电阻的关系式。
In this article, we drive the equations of measuring resistivity and surface sheet resistance, taking into account the contact dimension and putting the location of the four probes arbitrary.
它可以通过单一增益设置电阻进行编程，并遵照8引脚工业标准引脚排列配置，赋予用户出众的灵活性。
The AD623 offers superior user flexibility by allowing single gain set resistor programming and by conforming to the 8-lead industry standard pinout configuration.
它可以通过单一增益设置电阻进行编程，并遵照8引脚工业标准引脚排列配置，赋予用户出众的灵活性。
The AD623 offers superior user flexibility by allowing single gain set resistor programming and by conforming to the 8-lead industry standard pinout configuration.
应用推荐