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THERMAL PROPERTIES OF PARTICULATE EPOXY COMPOSITES

机译:颗粒状环氧树脂复合材料的热学性质

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The combination of a filler with a polymer results in a new material with changed properties. Some of these changes are advantageous while others are less favorable. Polymeric dispersions of nanometer-sized metal particles offer the possibility of functionalizing the polymer by properties coming from the large number of surface atoms and the quantum-size effects. Nanosized metals show properties that differ significantly from that of bulk metals, which makes these nano-composite systems intriguing for scientific study and potentially useful for a number of technological applications. This study is about changing the epoxy properties using appropriate fillers.
机译:填料与聚合物的组合会产生具有变化特性的新材料。这些更改中的某些是有利的,而其他更改则较差。纳米级金属颗粒的聚合物分散体提供了通过大量表面原子和量子尺寸效应带来的性能使聚合物官能化的可能性。纳米金属的性能与散装金属的性能显着不同,这使这些纳米复合材料系统吸引了科学研究,并可能在许多技术应用中有用。这项研究是关于使用适当的填料来改变环氧性能。

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