原子能科学技术2011，Vol.45Issue(5)：624-627,4.
不同初始温度下氩等离子体演化过程研究
Evolution of Ar Plasma Under Different Initial Temperatures
摘要
Abstract
This work carried on a numerical simulation of evolution laws of the main particles in Ar plasma with time-variation under different initial temperatures. The changes of concentration of various main particles with time-variation were tracked, and the evolution laws of concentration of main charged and neutral particles in discharged Ar plasma were obtained. The results show that the time required for Ar plasma chemical reaction to reach equilibrium is reduced with the increasing of initial temperature. The concentration of active particle Ar+ increases with time, the concentration of Ar* , Ar** firstly increases and then decreases with time, and finally reaches equilibrium.关键词
氩等离子体/粒子浓度/数值模拟/演化规律Key words
Ar plasma/ particle concentration/ numerical simulation/ evolution law分类
航空航天引用本文复制引用
王峰,何立明,兰宇丹,杜宏亮,俞健..不同初始温度下氩等离子体演化过程研究[J].原子能科学技术,2011,45(5):624-627,4.基金项目
国家自然科学基金资助项目(50776100) （50776100）
国家863计划资助项目(2008AAJ125) （2008AAJ125）
