We will consider Stark broadening of non hydrogenic spectral lines in the impact approximation in compact stars: pre-white dwarf and white dwarf atmospheres. In order to show an example, Stark broadening parameters have been calculated, using the impact semiclassical perturbation approach for four Xe VI spectral lines. Obtained results have been used to demonstrate the influence of Stark broadening in DA and DB white dwarf atmospheres
International audienceStark broadening parameters, widths, and shifts for 33 Cd I singlets and 37 tr...
International audienceIn the deeper layers of hot stellar photospheres the Stark widths of spectral ...
International audienceStark broadening parameters, widths, and shifts for 33 Cd I singlets and 37 tr...
We will consider Stark broadening of non hydrogenic spectral lines in the impact approximation in co...
International audienceWe will consider Stark broadening of non hydrogenic spectral lines in the impa...
International audienceWe will consider Stark broadening of non hydrogenic spectral lines in the impa...
International audienceRecently, Stark broadening parameters have been calculated for a large number ...
International audienceRecently, Stark broadening parameters have been calculated for a large number ...
International audienceRecently, Stark broadening parameters have been calculated for a large number ...
International audienceRecently, Stark broadening parameters have been calculated for a large number ...
International audienceStark widths and shifts have been calculated for 17 ultraviolet lines of Fe V ...
International audienceStark widths and shifts have been calculated for 17 ultraviolet lines of Fe V ...
International audienceStark widths and shifts have been calculated for 17 ultraviolet lines of Fe V ...
International audienceIn the deeper layers of hot stellar photospheres the Stark widths of spectral ...
International audienceStark broadening parameters, widths, and shifts for 33 Cd I singlets and 37 tr...
International audienceStark broadening parameters, widths, and shifts for 33 Cd I singlets and 37 tr...
International audienceIn the deeper layers of hot stellar photospheres the Stark widths of spectral ...
International audienceStark broadening parameters, widths, and shifts for 33 Cd I singlets and 37 tr...
We will consider Stark broadening of non hydrogenic spectral lines in the impact approximation in co...
International audienceWe will consider Stark broadening of non hydrogenic spectral lines in the impa...
International audienceWe will consider Stark broadening of non hydrogenic spectral lines in the impa...
International audienceRecently, Stark broadening parameters have been calculated for a large number ...
International audienceRecently, Stark broadening parameters have been calculated for a large number ...
International audienceRecently, Stark broadening parameters have been calculated for a large number ...
International audienceRecently, Stark broadening parameters have been calculated for a large number ...
International audienceStark widths and shifts have been calculated for 17 ultraviolet lines of Fe V ...
International audienceStark widths and shifts have been calculated for 17 ultraviolet lines of Fe V ...
International audienceStark widths and shifts have been calculated for 17 ultraviolet lines of Fe V ...
International audienceIn the deeper layers of hot stellar photospheres the Stark widths of spectral ...
International audienceStark broadening parameters, widths, and shifts for 33 Cd I singlets and 37 tr...
International audienceStark broadening parameters, widths, and shifts for 33 Cd I singlets and 37 tr...
International audienceIn the deeper layers of hot stellar photospheres the Stark widths of spectral ...
International audienceStark broadening parameters, widths, and shifts for 33 Cd I singlets and 37 tr...