当温度上升时它们的Ids下降。这使得它们有固有的温度稳定性而几乎不会损坏，它们用于音频是首选。
Their Ids goes down as temperature goes up. this makes they inherently stable thermally and practically impossible to destroy. they are preferred for audio applications.
同样在自1946年以来出现的日本最热的夏天里，当位于他房间的计算机的温度上升到40度时，近藤先生强行拆除了机箱并用电风扇向计算机吹冷风降温。
Mr Kondo was also forced to remove casings from the computer and blow cool air onto the machine with fans as the temperature in his home rose to 40 degrees in the hottest Japanese summer since 1946.
当燃料棒温度上升时，它们表面的锆会破裂开来，在内部释放出气态的放射性碘，也许甚至会导致铀熔化并释放出更多的放射性物质。
As the rods heat up, their zirconium cladding can rupture, which releases gaseous radioactive iodine inside, and may even cause the uranium to melt and release much more radioactive material.
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