Spectral line shifts of alkali atoms in liquid helium: a relativistic density functional approach
Author:
Publisher
IOP Publishing
Subject
Condensed Matter Physics,Atomic and Molecular Physics, and Optics
Reference20 articles.
1. Optical studies of atoms and ions in superfluid helium using a ccd-camera system
2. Laser spectroscopy and optical pumping of alkali atoms in superfluid helium
3. Spectroscopy and dynamics of neutral atoms in superfluid helium
4. Implantation of atoms into liquid helium for the purpose of impurity spectroscopy
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1. A CASPT2 study of the spectral shift of the resonance emission lines of Rb and Cs embedded in liquid He;Chemical Physics Letters;2016-07
2. A simple model for a theoretical study of the spectral line shifts of alkali atoms attached to helium nanodroplets;Chemical Physics Letters;2016-01
3. Theoretical study of the spectral shift of the absorption line of Rb and Cs in liquid helium;Chemical Physics Letters;2015-07
4. Spectroscopy of alkali-metal atoms in dense supercritical4He at low temperatures;Physical Review A;2013-02-26
5. Calculations of the spectral shifts and line profiles of alkaline earth atoms in liquid helium environment;Chemical Physics Letters;2012-04
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