本发明还提供一种制备上述热界面材料的方法。
The invention also provides a method for preparing the thermal interface material.
本发明一并提供一种包含上述填充物的热界面材料。
And the invention also provides a thermal interface material comprising the fillings.
本发明是有关于一种热界面材料与用于其中的填充物。
The invention relates to a thermal interface material and the fillings thereof.
本发明提供的热界面材料具有接触热阻小，导热率高的特点。
The thermal interface material provided by the invention has the characteristics of low thermal contact resistance and high heat-conducting efficiency.
采用偏微分数值模型，使用热解界面预估循环迭代的方法，对存在可变残留层材料的热解过程进行了详细研究。
The paper does an in-depth research on the numerical model of pyrolysis process of the materials with volatile residual layer by using pre-evaluation iteration method.
本论文提出并利用界面反应生长和铝热法制备出一系列的纳米功能材料。
This thesis brought up and utilized interfacial reaction growth (IRG) and aluminothermal reaction (ATR) approaches to fabricate a series of functional nanomaterials.
选择航天器和低温工程中常用金属材料铜、不锈钢，用激光光热法原理，研究低温接触界面层热阻。
The thermal contact resistance between copper and stainless steel was investigated at 300 K and 20 K using the photothermal method.
选择航天器和低温工程中常用金属材料铜、不锈钢，用激光光热法原理，研究低温接触界面层热阻。
The thermal contact resistance between copper and stainless steel was investigated at 300 K and 20 K using the photothermal method.
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