物理
霓虹灯
原子物理学
电离
等离子体
离子
辐射传输
镁
核物理学
氩
化学
光学
量子力学
有机化学
作者
Verne L. Jacobs,J. C. Davis,J. E. Rogerson,Milan Bláha
摘要
Results of detailed and systematic calculations are presented for the total dielectronic recombination rate coefficients for the ions of Ne, Mg, and S in a low-density predominantly hydrogen plasma. The new recombination rates are used to calculate solar corona ionization-equilibrium distributions of the ions. The most important effect of dielectronic recombination for ions in corona equilibrium is found to be a shift in the maximum-abundance temperatures toward higher temperatures, which are in some cases reduced from those predicted on the basis of the simple Burgess formula.
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