© 2022 Elsevier LtdThe spectra emitted by a thulium hollow-cathode discharge lamp with argon or neon as inert gases have been recorded with a Bruker IFS 125 HR fourier transform spectrometer in the visible wavelength region from 400 to 700 nm. The paper presents the investigation of the hyperfine-structure splitting of 50 spectral lines of neutral thulium. As a result, the magnetic dipole hyperfine structure constant A for 20 fine structure levels of Tm I have been determined for the first time
Optogalvanic laser spectroscopy has been applied to measure the hyperfine structure of 12 spectral l...
International audienceWe recorded spectra of Ho ii emitted by hollow-cathode lamps, using the ultrav...
Optogalvanic laser spectroscopy has been applied to measure the hyperfine structure of 13 spectral l...
The spectra emitted by a thulium hollow-cathode discharge lamp with argon or neon as inert gases hav...
The hyperfine structure of 40 levels of neutral manganese has been studied by means of Fourier trans...
Using a Hypeac spectrometer, hyperfine structures of 70 lines of the Tm I spectrum have been measure...
The hyperfine structure of 40 levels of neutral manganese has been studied by means of Fourier trans...
Aims. We report on experimental studies of hyperfine structure splitting of neutral niobium. ...
The emission spectrum of thulium produced by a vacuum spark source was observed in the wavelength r...
International audienceThe emission spectrum of thulium produced by a vacuum spark source was observe...
The hyperfine structure of 40 levels of neutral manganese has been studied by means of Fourier trans...
peer reviewedWe have recorded hollow-cathode spectra of neutral vanadium by Fourier transform spectr...
The hyperfine structure of neutral holmium was studied using a hollow cathode discharge lamp and las...
Spectra of a holmium hollow cathode discharge lamp measured with a Fourier Transform spectrometer in...
The hyperfine structure of eight spectral lines of neutral vanadium is investigated by Doppler-reduc...
Optogalvanic laser spectroscopy has been applied to measure the hyperfine structure of 12 spectral l...
International audienceWe recorded spectra of Ho ii emitted by hollow-cathode lamps, using the ultrav...
Optogalvanic laser spectroscopy has been applied to measure the hyperfine structure of 13 spectral l...
The spectra emitted by a thulium hollow-cathode discharge lamp with argon or neon as inert gases hav...
The hyperfine structure of 40 levels of neutral manganese has been studied by means of Fourier trans...
Using a Hypeac spectrometer, hyperfine structures of 70 lines of the Tm I spectrum have been measure...
The hyperfine structure of 40 levels of neutral manganese has been studied by means of Fourier trans...
Aims. We report on experimental studies of hyperfine structure splitting of neutral niobium. ...
The emission spectrum of thulium produced by a vacuum spark source was observed in the wavelength r...
International audienceThe emission spectrum of thulium produced by a vacuum spark source was observe...
The hyperfine structure of 40 levels of neutral manganese has been studied by means of Fourier trans...
peer reviewedWe have recorded hollow-cathode spectra of neutral vanadium by Fourier transform spectr...
The hyperfine structure of neutral holmium was studied using a hollow cathode discharge lamp and las...
Spectra of a holmium hollow cathode discharge lamp measured with a Fourier Transform spectrometer in...
The hyperfine structure of eight spectral lines of neutral vanadium is investigated by Doppler-reduc...
Optogalvanic laser spectroscopy has been applied to measure the hyperfine structure of 12 spectral l...
International audienceWe recorded spectra of Ho ii emitted by hollow-cathode lamps, using the ultrav...
Optogalvanic laser spectroscopy has been applied to measure the hyperfine structure of 13 spectral l...