使用非补偿性温度传导率读数测量水的温度与电导率。
Determine the temperature of the water and the conductivity of the water using a nontemperature-compensated conductivity reading.
但是，半导体的传导率和漂移特性是很容易被温度影响的。
But the conductance and excursion trait of semiconductor are affected easily by the temperature.
通过引入等效热传导率对光子晶体光纤结构进行简化，建立了光子晶体光纤激光器的三维温度场模型。
Equivalent thermal conductivity was introduced to simplify the structure of photonic crystal fiber, and then three dimensional temperature field model of photonic crystal fiber laser was established.
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