We present 39 odd and 15 even parity newly discovered fine structure levels of Pr I with low angular momentum: J = 1/2, 3/2 and 5/2. Spectral lines in the range 4200 Å to 7500 Å were experimentally investigated using laser induced fluorescence spectroscopy in a hollow cathode discharge lamp. The levels were discovered by analysis of the recorded hyperfine patterns of the investigated transitions. With the help of these levels, 119 spectral lines were classified directly by laser excitation and 127 lines were classified as fluorescence lines
In a molecular beam, laser-induced fluorescence experiment, rotational spectra of the A**3 PI , v eq...
High-resolution Doppler limited hyperfine structure investigations done by laser spectroscopy techn...
The A 4Π-X 4Σ - (0,0) band of MoN between 5990 and 6350 Å has been studied using laser induced fluor...
We present 66 even and 58 odd parity newly discovered fine structure levels of Pr I with high angula...
We present 39 even and 60 odd parity newly discovered fine structure levels of Pr I with a...
Results of systematic studies of the hyperfine structure of singly ionized praseodymium are presente...
This study is focused on the search for new energy levels and the classification of weak spectral li...
After the excitation of the La-Ar plasma in a hollow cathode lamp we observed in optogalvanic spectr...
Narrowing of the 6 011 Å and 8 062 Å fluorescence lines of praseodymium IV in lanthanum chloride hos...
Doppler-reduced saturation absorption spectroscopy is applied to study the hyperfine structure of ex...
The hyperfine structure of short-lived trapped Ra-211,209(+) ions was investigated by means of laser...
International audienceThe hyperfine structure of higher rovibrational levels in the iodine B state h...
Results of spectroscopic measurements of YPO/sub 4/:Pr/sup 3+/ are reported. Based on these results,...
The hyperfine structure of eight spectral lines of neutral vanadium is investigated by Doppler-reduc...
$^{1}$ Work supported by NSF.Author Institution: Texas Instrument; Department of Chemistry, Universi...
In a molecular beam, laser-induced fluorescence experiment, rotational spectra of the A**3 PI , v eq...
High-resolution Doppler limited hyperfine structure investigations done by laser spectroscopy techn...
The A 4Π-X 4Σ - (0,0) band of MoN between 5990 and 6350 Å has been studied using laser induced fluor...
We present 66 even and 58 odd parity newly discovered fine structure levels of Pr I with high angula...
We present 39 even and 60 odd parity newly discovered fine structure levels of Pr I with a...
Results of systematic studies of the hyperfine structure of singly ionized praseodymium are presente...
This study is focused on the search for new energy levels and the classification of weak spectral li...
After the excitation of the La-Ar plasma in a hollow cathode lamp we observed in optogalvanic spectr...
Narrowing of the 6 011 Å and 8 062 Å fluorescence lines of praseodymium IV in lanthanum chloride hos...
Doppler-reduced saturation absorption spectroscopy is applied to study the hyperfine structure of ex...
The hyperfine structure of short-lived trapped Ra-211,209(+) ions was investigated by means of laser...
International audienceThe hyperfine structure of higher rovibrational levels in the iodine B state h...
Results of spectroscopic measurements of YPO/sub 4/:Pr/sup 3+/ are reported. Based on these results,...
The hyperfine structure of eight spectral lines of neutral vanadium is investigated by Doppler-reduc...
$^{1}$ Work supported by NSF.Author Institution: Texas Instrument; Department of Chemistry, Universi...
In a molecular beam, laser-induced fluorescence experiment, rotational spectra of the A**3 PI , v eq...
High-resolution Doppler limited hyperfine structure investigations done by laser spectroscopy techn...
The A 4Π-X 4Σ - (0,0) band of MoN between 5990 and 6350 Å has been studied using laser induced fluor...