International audienceWe calculate in this work quantum Stark broadening, radiative atomic data (energy levels, radiative decay rates, line strengths, oscillator strengths) and collisional parameters (collision strengths and effective collision strengths) for the two ions Ar X and Ar XIII. The convergence of collision strengths with partial waves of the incident electron has been also studied. We choose 18 Ar X and 18 Ar XIII lines to calculate their widths. Atomic data have been calculated using the University College London codes: SUPERSTRUCTURE, DISTORTED WAVE and JAJOM and have been compared with other results. Good agreement has been found between our radiative atomic and collisional results and other theoretical and experimental ones....
Using a semiclassical approach, we have calculated electron−, proton−, and He III−impact line wid...
Aims. We present results of the electron-impact broadening parameters (i.e., widths and shifts) of s...
International audienceUsing semiclassical perturbation approach in impact approximation, Stark shift...
International audienceWe calculate in this work quantum Stark broadening, radiative atomic data (ene...
International audienceWe present in this work Stark broadening calculations for 12 Ar XII and 12 Ar ...
International audienceStark broadening and atomic data calculations have been developed for the rece...
We present in this paper the results of a theoretical study of electron impact broadening for severa...
International audienceIn order to complete data on Stark broadening parameters for Ar I line in the ...
In order to complete data on Stark broadening parameters for Ar I line in the visible spectrum, we d...
Stark broadening parameters, full width at half maximum of spectral line and shift, have been calcul...
Using the semi-classical perturbation approach in the impact approximation, full width at half maxim...
International audienceIn this paper, we present new Stark electron impact widths of the 2s-2p resona...
International audienceStark broadening parameters (width and shift) of six Ar I spectral lines: 522....
Using a semiclassical approach, we have calculated electron−, proton−, and He III−impact line wid...
Aims. We present results of the electron-impact broadening parameters (i.e., widths and shifts) of s...
International audienceUsing semiclassical perturbation approach in impact approximation, Stark shift...
International audienceWe calculate in this work quantum Stark broadening, radiative atomic data (ene...
International audienceWe present in this work Stark broadening calculations for 12 Ar XII and 12 Ar ...
International audienceStark broadening and atomic data calculations have been developed for the rece...
We present in this paper the results of a theoretical study of electron impact broadening for severa...
International audienceIn order to complete data on Stark broadening parameters for Ar I line in the ...
In order to complete data on Stark broadening parameters for Ar I line in the visible spectrum, we d...
Stark broadening parameters, full width at half maximum of spectral line and shift, have been calcul...
Using the semi-classical perturbation approach in the impact approximation, full width at half maxim...
International audienceIn this paper, we present new Stark electron impact widths of the 2s-2p resona...
International audienceStark broadening parameters (width and shift) of six Ar I spectral lines: 522....
Using a semiclassical approach, we have calculated electron−, proton−, and He III−impact line wid...
Aims. We present results of the electron-impact broadening parameters (i.e., widths and shifts) of s...
International audienceUsing semiclassical perturbation approach in impact approximation, Stark shift...