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Calculation of ion energy distributions of argon excimer ions generated in helicon plasma

机译:螺旋等离子体中产生的氩准分子离子的能量分布计算

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摘要

A program is developed to calculate the ion energy distributions (IEDs) of Ar_2~+ making use of a simplified kinetic model with a combination of Monte Carlo method. Several coefficients are used to realize good match between the calculated and measured results. Some important assumptions are confirmed: argon excimer ions have short lifetime, hence they are formed in a short range before the collecting electrode. The excimer ions that encounter collisions will be discarded because they turn to other ion species after they collide with argon atoms. Prom the calculated results some plasma parameters such as the cross section or neutral density in discharge could be evaluated.
机译:利用简化的动力学模型,结合蒙特卡罗方法,开发了一个计算Ar_2〜+离子能量分布(IEDs)的程序。使用多个系数来实现计算结果和测量结果之间的良好匹配。确认了一些重要的假设:氩准分子离子的寿命很短,因此它们在收集电极之前的很短范围内形成。遇到碰撞的准分子离子将被丢弃,因为它们在与氩原子碰撞后会变成其他离子物种。证明计算结果可以评估某些等离子体参数,例如横截面或放电中性密度。

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