Conradson carbon residue test【化工】;Conradson carbon test【化工】
碳纳米管
carbon nano-tubes
Study on Relationship of Mechanical Properties with Microstructure of PA6/Carbon Nano-tube Composites
PA6/碳纳米管复合材料的力学性能与结构
MD(molecular dynamics) method was used to simulate the tension and compression of one carbon nano-peapod,made up of one(10,10) carbon nano-tube and one 4C_(60) fullerene-chain,and,its tensile and compressive properties were analyzed by comparison with those of one(10,10) carbon-tube and one 4C_(60) fullerene-chain.
采用Tersoff势与L-J势的分子动力学(MD)方法,模拟了4C60富勒烯链/(10,10)碳管纳米豆荚(nanopeapod)的拉伸与压缩过程,并将其与(10,10)碳纳米管以及4C60富勒烯链的拉伸与压缩力学特性进行了比较。
The electromagnetic parameters and the electro-magnetic wave absorption property of carbon nano-tube (CNT) composites were studied in this paper by means of experiment and simulation.
本文研究了以碳纳米管为主要吸波剂的材料的电磁参数及其吸波性能。 通过研究碳纳米管复合物的电磁参数,采用计算模拟与实验结合的方法,研究了碳纳米管复合材料的吸波性能。
PA6/碳纳米管复合材料的力学性能与结构
MD(molecular dynamics) method was used to simulate the tension and compression of one carbon nano-peapod,made up of one(10,10) carbon nano-tube and one 4C_(60) fullerene-chain,and,its tensile and compressive properties were analyzed by comparison with those of one(10,10) carbon-tube and one 4C_(60) fullerene-chain.
采用Tersoff势与L-J势的分子动力学(MD)方法,模拟了4C60富勒烯链/(10,10)碳管纳米豆荚(nanopeapod)的拉伸与压缩过程,并将其与(10,10)碳纳米管以及4C60富勒烯链的拉伸与压缩力学特性进行了比较。
The electromagnetic parameters and the electro-magnetic wave absorption property of carbon nano-tube (CNT) composites were studied in this paper by means of experiment and simulation.
本文研究了以碳纳米管为主要吸波剂的材料的电磁参数及其吸波性能。 通过研究碳纳米管复合物的电磁参数,采用计算模拟与实验结合的方法,研究了碳纳米管复合材料的吸波性能。
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