Kinematic Collisionless Relaxation of Ions in Supercritical Shocks
Kinematic Collisionless Relaxation of Ions in Supercritical Shocks
复制标题
超临界冲击中离子的运动无碰撞弛豫
作者：
M. Gedalin
结果表明，在存在离子反射的超临界激波中，宏观电场和磁场中的运动学无碰撞弛豫对下游离子分布的形成起主要作用。它是通过将理论预测的磁廓线与MMS观测到的激波的磁廓线进行比较来完成的。结果表明，压力平衡仍然是冲击稳定性的主要制约因素。
We show that kinematic collisionless relaxation in the macroscopic electric and magnetic fields plays the main role in the formation of the downstream ion distributions in a super-critical shock with ion reflection present. It is done by comparison of a theoretically predicted magnetic profile with the magnetic profile of a shocks observed by MMS mission. It is shown that pressure balance remains the main constraint for the shock stability.
影响因子：
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作者：
L. Ofman;M. Balikhin;C. Russell;M. Gedalin
通讯作者：
L. Ofman;M. Balikhin;C. Russell;M. Gedalin