We present an analysis of hydrogen Balmer line shapes observed in a white dwarf spectrum taken from the SDSS database. The spectrum presents lines with a triplet structure, featuring the presence of a strong magnetic field. Using a spectrum fitting model, we estimate the effective temperature of the star and we estimate the magnetic field present in the atmosphere. We also estimate the electron density from Stark broadening calculations
To obtain better statistics on the occurrence of magnetism among white dwarfs, we searched the spect...
International audienceMissing Stark widths for 37 spectral lines of strontium ions (17 Sr V lines an...
The influence of strong, large-scale magnetic fields on the structure and temperature distribution i...
International audienceAbstract We present an analysis of hydrogen Balmer line shapes observed in two...
White dwarfs with magnetic field strengths larger than 10 T are understood to represent more than 10...
Arguably, the best method for determining the effective temperature (T[subscript: eff]) and surface ...
White dwarfs are excellent research laboratories as they reach temperatures, pressures, and magnetic...
An analysis of Hα and Hβ spectra in a sample of 30 cool dwarf and subgiant stars is presented using ...
Our ongoing spectroscopic survey of high proper motion stars is a rich source of new magnetic white ...
Context. A large number of magnetic white dwarfs discovered in the SDSS have so far only been analyz...
The atmospheres of magnetic white dwarfs behave as theoretical analogues to neutron stars. The magne...
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...
This work communicates a review on Balmer series hydrogen beta line measurements and applications fo...
To obtain better statistics on the occurrence of magnetism among white dwarfs, we searched the spect...
International audienceMissing Stark widths for 37 spectral lines of strontium ions (17 Sr V lines an...
The influence of strong, large-scale magnetic fields on the structure and temperature distribution i...
International audienceAbstract We present an analysis of hydrogen Balmer line shapes observed in two...
White dwarfs with magnetic field strengths larger than 10 T are understood to represent more than 10...
Arguably, the best method for determining the effective temperature (T[subscript: eff]) and surface ...
White dwarfs are excellent research laboratories as they reach temperatures, pressures, and magnetic...
An analysis of Hα and Hβ spectra in a sample of 30 cool dwarf and subgiant stars is presented using ...
Our ongoing spectroscopic survey of high proper motion stars is a rich source of new magnetic white ...
Context. A large number of magnetic white dwarfs discovered in the SDSS have so far only been analyz...
The atmospheres of magnetic white dwarfs behave as theoretical analogues to neutron stars. The magne...
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...
This work communicates a review on Balmer series hydrogen beta line measurements and applications fo...
To obtain better statistics on the occurrence of magnetism among white dwarfs, we searched the spect...
International audienceMissing Stark widths for 37 spectral lines of strontium ions (17 Sr V lines an...
The influence of strong, large-scale magnetic fields on the structure and temperature distribution i...