The equation for the evolution of the pulse width is obtained, which is analogues to the "energy conservation equation" for a classical particle moving in a potential well.
给出了脉宽演化的方程，它类似于在势阱中运动的经典粒子的能量守恒方程；估算了脉宽压缩对应的等离子体波振幅阈值。
The model involved in particle charging equation, electric field and charge conservation equation, gas conservation equations of mass and momentum, particle mass and momentum equation.
模型涉及的方程包括：颗粒荷电方程、电场与电荷守恒方程、气体质量与动量守恒方程、颗粒质量与动量方程等。
Equation 1. 1-11 is thus a statement of the conservation of particle probability.
因此等式(1.1- 11)可以作为粒子几率守恒的表达式。
Equation 1. 1-11 is thus a statement of the conservation of particle probability.
因此等式(1.1- 11)可以作为粒子几率守恒的表达式。
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