Research on collisionrate of finite inertial particle with preferential concentration is one of hotspots in gas-particle flow mechanism and aerosol dynamics.
研究具有有限惯性、并有局部富集条件下颗粒的碰撞率是目前两相流体力学和气溶胶动力学的研究热点之一。
2
Furthermore, the influences of the elastic collisionrate on the temperature increase of the atom cloud in the process of parametric excitation are also addressed.
此外，还研究了弹性碰撞速率对参变激发过程中原子温度上升的影响。
3
The results show that the magnetic field affects the electron transport parameters obviously through changing the collisionrate between the electrons and neutral particles.