首页> 外文会议>Proceedings of the Twenty-Sixth Conference of the North American Thermal Analysis Society September 13-15, 1998 Cleveland, Ohio >Application of a new theoretical equation describing thermal conductivity of two phase materials
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Application of a new theoretical equation describing thermal conductivity of two phase materials

机译:描述两相材料导热系数的新理论方程式的应用

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A new theoretical equation that exactly describes the thermal conductivity of two phase materials over the wide range of the contents is proposed. This new equation has been obtained by introducing a new parameter named P_(d max) into Cheng and Vachon's equation. This parameter permits the new equation to predict the thermal conductivity of composite materials no matter what shapes the fillers have and no matter how the fillers are dispersed in the composites. Furthermore, this new equation would make it possible for the measurement of the thermal conductivity of composite materials to determine the dispersion state of the filler in the composite materials. The new equation would be applied to semicrystalline polymers, which are two phase materials consisting of crystalline and amorphous phases. The application of this new equation to many kinds of materials will be discussed.
机译:提出了一个新的理论方程,该方程精确描述了两相材料在大范围内的导热系数。通过将一个名为P_(d max)的新参数引入Cheng和Vachon方程,可以得到这个新方程。该参数使新方程式能够预测复合材料的导热系数,无论填料的形状如何,以及填料如何分散在复合材料中。此外,该新方程式使得测量复合材料的热导率可以确定填料在复合材料中的分散状态。新的方程式将应用于半结晶聚合物,该半结晶聚合物是由结晶相和非晶相组成的两相材料。将讨论该新方程在多种材料中的应用。

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