Stark-broadening regularities of lithium-like and sodium-like isoelectronic sequences

Stark Parameter Regularities of Multiply Charged Ion Spectral Lines Originating from the Same Transition Array

“…Equation (1) can be used (1) in the case of the lines originating from the same type of transition (e.g., resonances or off-resonances; Purić et al 1985), and in transition arrays within one stage of ionization (Z c ¼ const), or within several stages of ionization (Z c 6 ¼ const; Purić et al 1991Purić et al , 1993Purić & Šćepanović 1999;Šćepanović & Purić 2003); (2) within particular isoelectronic sequences (see, e.g., Purić et al 1988); and (3) within a given isonuclear sequence (see, e.g., Purić et al 1988). …”

“…In the case of a particular transition within a given homologous group of atoms or ions, it is more convenient to use the slightly different relations as the function of the nuclear charge number of the emitter Z ( Purić et al 1988). …”

Stark width regularities within magnesium spectral series

“…resonances or off‐resonances: Purić, Ćuk & Lakićević 1985); multiplets, supermultiplets, spectral series and transition within one stage of ionization ( Z c = const) or within several stages of ionization ( Z c ≠ const) (Purić et al 1991, 1993; Purić & Šćepanović 1999; Purić et al 2008); within particular isoelectronic sequences (see e.g. Purić et al 1988) and within a given isonuclear sequence (see e.g. Purić et al 1988).…”

Stark Width Regularities within Beryllium Spectral Series

“…Equation 1 can be used: (i) in the case of the lines originating from the same type of transitions (e.g. resonances or off-resonances; Puric, Cuk & Lakicevic 1985); multiplets, supermultiplets, spectral series and transition array within one stage of ionization (Z c 5 constant), or within several stages of ionization (Z c 6 ¼ const; Puric et al 1991;Puric et al 1993;Puric & Š cepanovic 1999;Puric et al 2008); (ii) within particular isoelectronic sequences (Puric et al 1988a); and (iii) within a given isonuclear sequence (Puric et al 1988b). In the case of a particular transition within a given homologous group of atoms or ions, it is more convenient to use a slightly different relation as the function of the nuclear charge number Z of the emitter (Puric et al 1987).…”