The relationship between the ion energy flux colliding on the material surface and the plasma density is investigated.
研究了射频鞘层中离子轰击材料表面的能量通量与等离子体浓度之间的关系。
Based on the radio frequency sheath model, the equations for ion velocity, density, and energy flux colliding on the material surface are derived.
在射频鞘层模型基础上，推出了离子轰击材料表面的速度、浓度及能量通量的表达式。
Simultaneous, two-dimensional simulation of breaking up process of two colliding oil drops in water under surface tension was also simulated.
最后，基于本文方法模拟了二维水溶液中两个油滴的碰撞破碎过程。
These small ice crystals in the colliding, ice surface will increase heat and some melt and touch each other together again frozen.
这些小冰晶在相互碰撞时，冰晶表面会增热而有些融化，并且会互相沾合又重新冻结起来。
These small ice crystals in the colliding, ice surface will increase heat and some melt and touch each other together again frozen.
这些小冰晶在相互碰撞时，冰晶表面会增热而有些融化，并且会互相沾合又重新冻结起来。
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