分析了控制强湍动现象的查哈罗夫方程。
Analytic treatments of Zakharov equations to control strong turbulent phenomena are mentioned.
该文对等离子体天体物理中的强湍动进行了评述并强调了等离子体的基本相互作用。
In this paper, strong turbulence in plasma astrophysics is reviewed with emphasis on fundamental plasma interactions.
这些研究为激光等离子体中强湍动提供了更为清晰的物理图象，以便更加深刻地理解等离激元坍塌过程。
These researches provide a clearer physical understanding for the strong turbulence in laser plasma by numerical simulation, and make the plasmon collapse process more comprehending.
荷电粒子会因为与强朗缪尔湍动的相互作用而得到加速，经过理论推导发现电子和质子能否得到加速与朗缪尔湍动强度有关。
After analyzing the interaction between charge particles and strong Langmuir turbulence we find whether the protons and electron can be accelerated is relevant to the intensity of Langmuir turbulence.
分析可知，强朗缪尔激元的湍动加速机制解释激光等离子体中的离子或电子的加速问题是非常有效地。
Through the analysis, the strong Langmuir plasmon acceleration mechanism is effective in explaining the particles acceleration in laser-plasma interaction.
分析可知，强朗缪尔激元的湍动加速机制解释激光等离子体中的离子或电子的加速问题是非常有效地。
Through the analysis, the strong Langmuir plasmon acceleration mechanism is effective in explaining the particles acceleration in laser-plasma interaction.
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