International audienceAbstract We present an analysis of hydrogen Balmer line shapes observed in two white dwarf spectra. One spectrum presents singlet lines while the second one presents lines with a triplet structure. The latter is a feature of the presence of a strong magnetic field. Using both Stark and Zeeman effects, we infer the density and the magnetic field. Our line shape calculations employ a computer simulation technique. The radiative transfer is accounted for through a onedimensional slab model
International audienceContext. Line shapes of the magnesium resonance lines in white dwarf spectra a...
The atmospheres of magnetic white dwarfs behave as theoretical analogues to neutron stars. The magne...
International audienceStark widths and shifts have been calculated for 17 ultraviolet lines of Fe V ...
We present an analysis of hydrogen Balmer line shapes observed in a white dwarf spectrum taken from ...
International audienceWhite dwarfs with magnetic field strengths larger than 10 T are understood to ...
The shape of atomic spectral lines in plasmas contains information on the plasma parameters, and can...
International audienceWe report on hydrogen line shape calculations in the presence of an external m...
Our ongoing spectroscopic survey of high proper motion stars is a rich source of new magnetic white ...
Arguably, the best method for determining the effective temperature (T[subscript: eff]) and surface ...
White dwarf atmospheres are subjected to gravitational potentials around $10^5$ times larger than oc...
White dwarfs are excellent research laboratories as they reach temperatures, pressures, and magnetic...
International audienceA very fast method for calculating line shapes in the presence of an external ...
The purpose of the present work is to make an exhaustive study of the line shape of the triplet 3p-4...
International audienceMissing Stark widths for 37 spectral lines of strontium ions (17 Sr V lines an...
International audienceContext. Line shapes of the magnesium resonance lines in white dwarf spectra a...
The atmospheres of magnetic white dwarfs behave as theoretical analogues to neutron stars. The magne...
International audienceStark widths and shifts have been calculated for 17 ultraviolet lines of Fe V ...
We present an analysis of hydrogen Balmer line shapes observed in a white dwarf spectrum taken from ...
International audienceWhite dwarfs with magnetic field strengths larger than 10 T are understood to ...
The shape of atomic spectral lines in plasmas contains information on the plasma parameters, and can...
International audienceWe report on hydrogen line shape calculations in the presence of an external m...
Our ongoing spectroscopic survey of high proper motion stars is a rich source of new magnetic white ...
Arguably, the best method for determining the effective temperature (T[subscript: eff]) and surface ...
White dwarf atmospheres are subjected to gravitational potentials around $10^5$ times larger than oc...
White dwarfs are excellent research laboratories as they reach temperatures, pressures, and magnetic...
International audienceA very fast method for calculating line shapes in the presence of an external ...
The purpose of the present work is to make an exhaustive study of the line shape of the triplet 3p-4...
International audienceMissing Stark widths for 37 spectral lines of strontium ions (17 Sr V lines an...
International audienceContext. Line shapes of the magnesium resonance lines in white dwarf spectra a...
The atmospheres of magnetic white dwarfs behave as theoretical analogues to neutron stars. The magne...
International audienceStark widths and shifts have been calculated for 17 ultraviolet lines of Fe V ...