如果是一个电导体的一端被加热而另一端仍然是冷的，一个微小的电压就会在二者之间产生。
If one end of an electrical conductor is heated while the other is kept cool, a small voltage is created between the two.
由数值计算结果，讨论了油藏电导率对温度分布的影响，以及加热功率和加热方式对原油累积产量的影响。
Based on the numerical results, the effects of formation conductivity on the oil sand temperature and the effects of electrical power on the cumulative oil production are also discussed.
系统加热可能带来电流的增加，这与光电导率测量非常相似。
System heating can cause a rise in cur-rent, much as it does in photoconductivity measurements.
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