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The RbCs X1Σ+ Ground Electronic State: New Spectroscopic Study
In this paper a new spectroscopic investigation on the X(1)Sigma(+) electronic ground state of the RbCs molecule is reported. This study is conducted by using laser-induced fluorescence combined with
Energy levels and isotope shifts for singly ionized uranium (U II)
New uranium hollow-cathode Fourier-transform spectra have been recorded between 1800 and 42 000 cm−1. Combined with earlier visible and ultraviolet spectra, these have led to 354 odd levels and 809
The magnetic dipole a1Δg → X3Σg− transition in the oxygen afterglow
The magnetic dipole a1Δ →X3Σg− transition has been observed for the first time during the recombination of 16O atoms in an afterglow. The spectrum of the 0–0 band has been recorded with a high
Preliminary Investigations About the Cs
The possible photoreactions leading to the formation of “laser snow” in cell experiment by laser irradiation of Cesium atoms to the (7p) level will be analyzed through crossed beam experiment. A
Direct potential fit analysis of the X 1Σg+ state of Rb2: Nothing else will do!
High resolution A-X emission data involving vibrational levels of the ground X 1Σg+ electronic state up to v″=113, spanning 99.8% of the potential well, have been acquired for three isotopomers of
Infrared Emission Spectrum of Lutecium and Extended Analysis of Lu I
155 emission lines of lutecium have been recorded by means of Fourier Transform Spectrometry in the spectral range 2692-10 082 cm-1. The magnetic A and electric B hyperfine constants of the combining
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