Critical anomaly and finite size scaling of the self-diffusion coefficient for Lennard - Jones fluids by non-equilibrium molecular dynamic simulation
2016年12月22日 19:17 点击:[]
论文名称: Critical anomaly and finite size scaling of the self-diffusion coefficient for Lennard - Jones fluids by non-equilibrium molecular dynamic simulation
作者: Asad, Ahmed1 , Wu, Jiang-Tao1
来源出版物: Chinese Physics B
年卷期页: 2011,20(10):doi:10.1088/1674-1056/20/10/106601
收录类型: SCI:834NR;WOS:000295969000056和EI
论文简介: We use non-equilibrium molecular dynamics simulations to calculate the self-diffusion coefficient, D, of a Lennard-Jones fluid over a wide density and temperature range. The change in self-diffusion coefficient with temperature decreases by increasing den
原文链接: Critical anomaly and finite size scaling of the self-diffusion coefficient for Lennard - Jones fluids by non-equilibrium molecular dynamic simulation
上一条:锅炉管内腐蚀结垢过程的实验研究
下一条:CPR1000全厂断电事故瞬态特性分析
【关闭】