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The Effect of AIREBO on Thermal Conductivity of EPDM Networks

机译:AIREBO对EPDM网络热导率的影响

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In this article, thermal conductivity of EPDM networks has been discussed using molecular dynamics simulations. The simulations are performed on four systems using adaptive intermolecular reactive empirical bond order (AIREBO) potential. The effect of Lennard-Jones (L-J) potential and torsion potential on thermal conductivity is discussed. The contribution of L-J potential to thermal conductivity is negative. However, contribution of torsion potential is positive. The results suggest that the randomly entanglement of molecular chains in EPDM networks is responsible for its low thermal conductivity.
机译:在本文中,已经使用分子动力学模拟讨论了EPDM网络的热导率。使用自适应分子间反应经验键(Airebo)电位的四个系统进行模拟。讨论了Lennard-Jones(L-J)电位和扭转电位对导热率的影响。 L-J电位对导热率的贡献为负。然而,扭转潜力的贡献是积极的。结果表明,EPDM网络中分子链随机缠结负责其低导热率。

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