Thermal conductivities are important thermal physical properties of material, and inverse problems of estimating thermal conductivities have important academic significance in the field of engineering application and scientific research.
导热系数是材料的重要热物理性质,待定导热系数类型的反问题在工程应用和科学研究中有重要的学术意义。
参考来源 - 基于热传导反问题的材料热物性预测方法研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The thermal conduction of a composite medium with variable thermal conductivities is discussed.
讨论了可变导热系数的复合介质的导热性。
The thermal conductivities change with different Si and Ge atoms percent because of the effect of interface scatterings;
并且受边界散射效应的影响，热导率值随硅锗原子百分比的不同发生变化；
The experimental results show that the effective thermal conductivities of basalt beds increase linearly as temperature increases.
实验和计算结果显示，玄武岩颗粒料床的导热系数随温度线性的增加。
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