冲击载荷下TATB晶体滑移和各向异性的分子动力学研究

周婷婷,宋华杰,黄风雷

The Slip and Anisotropy of TATB Crystal under Shock Loading via Molecular Dynamics Simulation

Ting-Ting ZHOU,Hua-Jie SONG,Feng-Lei HUANG

图4 沿着垂直于(101)、(111)、(011)、(110)、(010)、(100)和(001)晶面的七个冲击方向下7组最易被激发的滑移系在剪切过程中的应力、能量、温度以及化学反应随时间的变化

Fig 4 Time evolutions of shear stress, potential energy, temperature, and the ratio of undecomposed TATB for the seven most favorable slip systems along the shock directions normal to (101), (111), (011), (110), (010), (100), and (001) planes during shear process color online