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.
如果温度稳定性优于0.1K，那么在温度依存性测量或光电导率测量期间，可以维持这个测量能力。
This measurement capability can be maintained during temperature dependent or photoconductivity measurements if the temperature stability is better than 0.1k.
同时对在PET基板上的膜做弯曲测量，发现膜的电导率并不随着弯曲次数的变化而变化，这就为聚苯胺作为光电子器件奠定了很好的基础。
At the same time in the PET substrate film, bent the films for 200 times, and we found than the conductivity of polyaniline not to change, this laid a good foundation for optoelectronic devices.
同时对在PET基板上的膜做弯曲测量，发现膜的电导率并不随着弯曲次数的变化而变化，这就为聚苯胺作为光电子器件奠定了很好的基础。
At the same time in the PET substrate film, bent the films for 200 times, and we found than the conductivity of polyaniline not to change, this laid a good foundation for optoelectronic devices.
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