由此可以较好地解释高温超导氧化物材料的超导转变温度随空穴浓度的变化行为。
We can explain that the transfer temperature of high temperature superconductive oxides change along with the concentration of holes.
由于沥青混凝土材料强度的温度依赖性，弯沉以至路面结构承载能力都随温度而变化。
Since asphaltic concrete materials are temperature dependent in nature, measured deflections and hence the structural capacity of pavement vary with temperature.
通过实验的方法测定耐火保温材料的导热系数，测算出耐火保温材料的导热系数随温度的变化规律。
We have done experiment to measure the thermal conductivity of insulation material KT-TC, and found out the relation between thermal conductivity and temperature.
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