研究了放电过程中各单元内电子、氙谐振态浓度分布和其平均浓度随时间的变化情况。
Average density and density distribution of electron and resonance Xenon are presented to study the process of discharge.
提出了一个谐振腔内微波与等离子体相互作用的简化模型。
A simplified model for microwave plasma interaction in cylindrical cavity resonator is presented.
提出了用变分有限元方法计算容器内液体晃动谐振频率的方法和步骤，这种方法可适用于各种形状复杂的容器内液体晃动问题。
Calculation of resonant frequencies of sloshing in a container have been achieved by FEM with calculus of variation, which is able to solve sloshing in variety complex containers.
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