Spectroscopic mode identification techiques, which monitor intensity variations across an absorption line, provide the possibility of determining the quantum numbers l and m, the inclination and the intrinsic pulsation amplitude of a star. Of course, the uncertainties of the mode identification are dependent on the quality of the observations and the identification method applied. We have focused on the Pixel-by-pixel method/Direct line profile fitting (Mantegazza 2000) and the Moment method (Balona 1987, Briquet & Aerts 2003) for pinpointing mode parameters and tested the impact of various observational effects and stellar properties on the identification
We present an improved version of the method of photometric mode identification of Heynderickx et al...
Gravity modes present in gamma Doradus stars probe the deep stellar interiors and are thus of partic...
We present the results of the mode identification for a sample of 7 bright southern slowly pulsating...
Aims. We present the Fourier parameter fit method, a new method for spectroscopically identifying st...
peer reviewedWe have carried out a Hare-and-Hound test to determine the reliability of the Moment Me...
Aims.We present the Fourier parameter fit method, a new method for spectroscopically identifying ste...
We present the results of the mode identification for a sample of 7 bright southern slowly pulsating...
We review methodologies currently available to interprete time series of high-resolution high-S/N sp...
The moment method is a well known mode identification technique in asteroseismology (where `mode' is...
We tested a stepwise approach to combine photometry and spectroscopy for mode identificaiton where w...
We present a mode identification based on new high-resolution time-series spectra of the non-radiall...
The moment method is a well-known astronomical mode identification technique in asteroseismology whi...
This thesis has analysed spectroscopic data for three stars in detail, the β Cephei star V2052 Ophiu...
We have used time-resolved spectroscopy to measure the colour dependence of pulsation amplitudes in ...
WOS: 000318232000057We report on a multisite photometric campaign on the high-amplitude delta Scuti ...
We present an improved version of the method of photometric mode identification of Heynderickx et al...
Gravity modes present in gamma Doradus stars probe the deep stellar interiors and are thus of partic...
We present the results of the mode identification for a sample of 7 bright southern slowly pulsating...
Aims. We present the Fourier parameter fit method, a new method for spectroscopically identifying st...
peer reviewedWe have carried out a Hare-and-Hound test to determine the reliability of the Moment Me...
Aims.We present the Fourier parameter fit method, a new method for spectroscopically identifying ste...
We present the results of the mode identification for a sample of 7 bright southern slowly pulsating...
We review methodologies currently available to interprete time series of high-resolution high-S/N sp...
The moment method is a well known mode identification technique in asteroseismology (where `mode' is...
We tested a stepwise approach to combine photometry and spectroscopy for mode identificaiton where w...
We present a mode identification based on new high-resolution time-series spectra of the non-radiall...
The moment method is a well-known astronomical mode identification technique in asteroseismology whi...
This thesis has analysed spectroscopic data for three stars in detail, the β Cephei star V2052 Ophiu...
We have used time-resolved spectroscopy to measure the colour dependence of pulsation amplitudes in ...
WOS: 000318232000057We report on a multisite photometric campaign on the high-amplitude delta Scuti ...
We present an improved version of the method of photometric mode identification of Heynderickx et al...
Gravity modes present in gamma Doradus stars probe the deep stellar interiors and are thus of partic...
We present the results of the mode identification for a sample of 7 bright southern slowly pulsating...