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- The typical theory model and heat conduction mechanism of thermal conductive polymer material are summarized. 摘要总述了导热高分子材料的典型理论模型和导热机理;
- This article reviews new progress of A1N in the field of thermal conduction mechanism,and preparation of the A1N powder and A1N film. 本文综述了近年来A1N在导热机理、粉末其及薄膜制备等领域的研究进展,展望了A1N未来的发展趋势。
- Thermal conducting mechanism and the preparation methods of thermally conductive and dielectric polymer composites were introduced. 摘要介绍了导热绝缘高分子复合材料的导热机理及制备方法。
- Thermal conductivity varies for different gases. 热传导率因不同气体而异。
- Low thermal conductivity,low thermal capacity. 低导热率,低热容量。
- Density of products, and low thermal conductivity. 产品密实性好,导热系数低。
- The thermal conductivity of the wood is poor. 木头的导热性很差。
- thermal conductivity mechanism 导热机理
- The results are 1) thermal expansion, and 2) thermal conductivity. 结果导致:1)热膨胀,和(2)热导率。
- Study on thermal conductivity of the YAG and GGG laser crystal[J]. 引用该论文 王保松;江海河;贾先德;张庆礼;孙敦陆;殷绍唐.
- The technician plotted the thermal conductivity versus mean temperature. 技术人员勾绘出导热率对应平均温度的曲线。
- Keywords room temperature vulcanized silicone rubber;thermal conductive filler;thermal conductive mechanism;review; 关键词室温硫化硅橡胶;导热填料;导热机理;综述;
- The Influence of Chemical Compositions on Thermal Conductivity of cast Irons. 铸铁的热导率与化学成分。
- The conductivity mechanism of positive temperature coefficient(PTC) effect of CB/PP/LDPE composites,along with the preferential location of C. 对复合材料PTC效应的分析以及对材料的热性能测试结果表明碳黑在共混体系中的分布。
- The conductivity mechanism of positive temperature coefficient(PTC) effect of CB/PP/LDPE composites,along with the preferential location of C... 同时探讨了体系碳黑含量的变化对PTC效应的影响。
- Thermal conductivity increased with higher density of the foams or hig... 随着泡沫材料密度增大或测试温度升高,聚酰亚胺泡沫的导热系数增大。
- Low thermal conductivity, low heat stor-age and excellent heat insulation. 导热系数低,蓄热小,良好的隔热性能。
- On the basis of the piezo effect and conductivity mechanism, a new damping composite of CPE/DZ/VGCF had been developed, the damping property was tested and analyzed in this paper. 根据压电、导电原理,研制了CPE/DZ/VGCF新型减振复合材料,对其减振性能进行了测试、分析,取得了较好的效果。
- The synthesis mechanism and conducting mechanism of polypyrrole are reviewed. 论文讨论了聚吡咯的合成机制及导电机理。