Thermally conductive mechanism and models that can predict the thermal conductivity of filled polymer composites are introduced.
分析了填充型高分子复合材料的导热机理，并预测复合材料导热系数的数学模型。
The representative Heat-conduction theories at home and abroad to predict the thermal conductivity of power-filled polymer composites are summarized in this paper.
本文综述了国内外比较有代表性的预测粉体填充聚合物材料的热传导理论，简要介绍了这些热传导理论的特点及其对实验值的偏差。
It studied the influences of alloy elements, processing temperature, contents of metal and additives on the fracture section morphology of low-melting alloy filled polymer.
研究了合金元素、加工温度、金属含量、第三组分对低熔点金属填充聚合物材料断口形貌的影响。
The result showed that proper vibration force field could reduce the extrusion pressure and the extrusion power, and could effectively improve the mixing degree of filled polymer system.
结果表明，在一定的振动条件下，振动力场的作用使挤出压力减小，挤出功率降低，混合分散效果明显提高。
A tensile facture fractal model of grain filled polymer composites on the base of the fractal theory was established, and an equitation of the tensile fracture fractal dimension was proposed.
基于分形理论构建了颗粒填充高分子复合材料拉伸断口的分形模型，进而提出了分形维数计算公式。
A tensile facture fractal model of grain filled polymer composites on the base of the fractal theory was established, and an equitation of the tensile fracture fractal dimension was proposed.
基于分形理论构建了颗粒填充高分子复合材料拉伸断口的分形模型，进而提出了分形维数计算公式。
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