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首页> 外文会议>2014 International Conference on Advances in Energy Conversion Technologies : Intelligent Energy Management: Technologies and Challenges >Assesment of electrical and mechanical properties of carbon nanomaterial doped polymer composites
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Assesment of electrical and mechanical properties of carbon nanomaterial doped polymer composites

机译：碳纳米材料掺杂聚合物复合材料的电气和机械性能评估

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Investigation regarding the multifunctionality caused by CNTs/CNFs, electrical property such as conductivity and mechanical properties such as flexural modulus &hardness of various epoxy nanocomposites were determined. These results were supplemented and complimented by microscopic studies. All nanocomposites were showing electrical percolation that occurs due to network formation of nanoparticle inside the matrix. Also light has been thrown to conductivity of different directions of a particular sample. Both mechanical and microscopic observation indicated that aligned CNT and functionalized CNT composites show a significant reinforcement in the epoxy matrix. Lower electrical and mechanical results were obtained in CNF composites that attributes to breaking of nanofibers after mechanical test.
机译：确定了有关由CNTs / CNFs引起的多功能性，各种电性能（如电导率）和机械性能（如各种环氧纳米复合材料的挠曲模量和硬度）的研究。这些结果通过显微镜研究得到补充和补充。所有纳米复合材料均显示出由于基质内部纳米颗粒的网络形成而发生电渗透。同样，光已经投射到特定样品不同方向的电导率上。机械和显微镜观察均表明，对齐的CNT和功能化的CNT复合材料在环氧基质中显示出明显的增强作用。在CNF复合材料中获得较低的电气和机械结果，这归因于机械测试后纳米纤维的断裂。

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