New tables of Stark broadened hydrogen Lyman, Balmer and Paschen lines are presented for a wide range of plasma conditions, allowing the complete spectrum of these series to be modelled up to the Inglis Teller limit. The formalism, based on the Model Microfield Method (MMM) for both the electronic and ionic broadenings, gives an accurate description of the line profile from the centre to the wings
The general profiles entering the polarised radiation transfer matrix for the hydrogen Lyα line in d...
Modeling the Stark broadening of spectral lines in plasmas is a complex problem. The problem has a l...
We present new calculations of unified line profiles for hydrogen perturbed by collisions with proto...
Hydrogen line shapes broadened by Stark effects are calculated for a dense hydrogen plasma created b...
International audienceWe report on hydrogen line shape calculations in the presence of an external m...
A theoretical approach to spectral line shapes of hydrogen-like emitters in plasmas has been develop...
Context. We studied the Stark broadening of the He I 492.2 nm line, which is sometimes use...
Context. Stark broadening of the 447.1 line of neutral helium in a weakly coupled plasma has been st...
This paper shows the results of calculations, obtained by computer simulation, of the Stark broaden...
A microfield simulation including the effect of ion dynamics is applied to the calculation of hydrog...
International audienceA very fast method to account for charged particle dynamics effects in calcula...
19th International Conference on Atomic Processes in Plasmas (APiP), Campus Les Cordeliers, Paris, F...
Experimental profiles of the hydrogen Paschen-beta line have been measured in a helium plasma with 0...
Stark broadening measurements and calculations of the Paschen γ spectral line of hydrogen ($\lambda...
The joint distribution of the electric microfield and its longitudinal derivative is required for th...
The general profiles entering the polarised radiation transfer matrix for the hydrogen Lyα line in d...
Modeling the Stark broadening of spectral lines in plasmas is a complex problem. The problem has a l...
We present new calculations of unified line profiles for hydrogen perturbed by collisions with proto...
Hydrogen line shapes broadened by Stark effects are calculated for a dense hydrogen plasma created b...
International audienceWe report on hydrogen line shape calculations in the presence of an external m...
A theoretical approach to spectral line shapes of hydrogen-like emitters in plasmas has been develop...
Context. We studied the Stark broadening of the He I 492.2 nm line, which is sometimes use...
Context. Stark broadening of the 447.1 line of neutral helium in a weakly coupled plasma has been st...
This paper shows the results of calculations, obtained by computer simulation, of the Stark broaden...
A microfield simulation including the effect of ion dynamics is applied to the calculation of hydrog...
International audienceA very fast method to account for charged particle dynamics effects in calcula...
19th International Conference on Atomic Processes in Plasmas (APiP), Campus Les Cordeliers, Paris, F...
Experimental profiles of the hydrogen Paschen-beta line have been measured in a helium plasma with 0...
Stark broadening measurements and calculations of the Paschen γ spectral line of hydrogen ($\lambda...
The joint distribution of the electric microfield and its longitudinal derivative is required for th...
The general profiles entering the polarised radiation transfer matrix for the hydrogen Lyα line in d...
Modeling the Stark broadening of spectral lines in plasmas is a complex problem. The problem has a l...
We present new calculations of unified line profiles for hydrogen perturbed by collisions with proto...
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