The new modified Debye-Htckel electron shielding potential, which has been used in the study of fusion cross sections in plasma, is adopted in the atomic structure calculation under plasma environment. By variation of the Tsallis entropic parameter q, the average effect of plasma environment fluctuation is considered in atomic structure of plasma. A calculation using such modified Debye-Htckel potential of the He-like A1 shows that the free electron distribution is different between the modified Debye-Hückel model and the linear Debye-Hückel model. This statistic method by considering the plasma fluctuation can also be extended to other plasma screening model, such as the self-consistent ion sphere model.%本文将等离子体核聚变反应截面研究中利用等离子体环境涨落进行修正了的Debye-Hückel屏蔽势推广到计算等离子体中辐射离子束缚态的能级结构.通过Tsallis参数q的变化,在等离子体辐射离子束缚态能级结构的计算中加入等离子体参数涨落的平均效应,即,等离子体动力学.具体给出了利用修正的Debye-Hückel屏蔽势对类氦铝束缚态能级结构的计算结果.结果表明基于这种修正的屏蔽势,自由电子的极化分布具有和线性DebyeHückel屏蔽势不同的结构.这种通过等离子体涨落分布对屏蔽势函数进行平均方法同样可以推广到除Debye屏蔽模型以外的其他等离子体原子结构的计算模型中.
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