Stark broadening parameters have been calculated for 60 spectral lines of Xe VIII, for broadening by electron, proton, and He III impacts. For calculations, the semiclassical perturbation approach in the impact approximation has been used. The widths and shifts are provided for temperatures from 20 000 K to 500 000 K and for an electron density of 10(17) cm(-3). Obtained results have been used to study the influence of Stark broadening on spectral lines in DO white dwarf atmospheres and it has been found that exist broad layers where this broadening mechanism is dominant in comparison with thermal Doppler broadening
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 ...
Stark broadening parameters have been calculated for 60 spectral lines of Xe VIII, for broadening by...
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 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...
Using the semi-classical perturbation approach in the impact approximation, full width at half maxim...
Using the semi-classical perturbation approach in the impact approximation, full width at half maxim...
In order to complete Stark broadening data for Ne II, and O III lines, needed for analysis of stella...
Stark broadening theory is currently operated for calculating widths and shifts of spectral lines th...
White dwarf and pre-white dwarf atmospheres are one of the best examples for the application of Star...
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 ...
Stark broadening parameters have been calculated for 60 spectral lines of Xe VIII, for broadening by...
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 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...
Using the semi-classical perturbation approach in the impact approximation, full width at half maxim...
Using the semi-classical perturbation approach in the impact approximation, full width at half maxim...
In order to complete Stark broadening data for Ne II, and O III lines, needed for analysis of stella...
Stark broadening theory is currently operated for calculating widths and shifts of spectral lines th...
White dwarf and pre-white dwarf atmospheres are one of the best examples for the application of Star...
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 ...