Photoabsorption of Kr+2 in the ultraviolet: Revisited
Author:
Publisher
AIP Publishing
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy
Link
http://aip.scitation.org/doi/pdf/10.1063/1.469481
Reference13 articles.
1. Quenching of Afterglow in Gaseous Discharge Plasmas by Low Power Microwaves
2. The electronic states of Ne2+, Ar2+, Kr2+, and Xe2+. II. Absorption cross sections for the 1(1/2)u→1(3/2)g, 1(1/2)g, 2(1/2)g transitions
3. The electronic states of Ne2+, Ar2+, Kr2+, and Xe2+. II. Absorption cross sections for the 1(1/2)u→1(3/2)g, 1(1/2)g, 2(1/2)g transitions
4. Photodissociation cross sections for Ar2+, Kr2+, and Xe2+ at 3.0 and 3.5 eV
5. Photodissociation cross sections ofNe2+,Ar2+,Kr2+, andXe2+from 3500 to 5400 Å
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1. Molecular constants of Kr2+ A 2Σ+1/2,u or I(1/2u) dikrypton (1+) ion;Landolt-Börnstein - Group II Molecules and Radicals;2021
2. Absorption spectra of e-beam-excited Ne, Ar, and Kr, pure and in binary mixtures;The Journal of Chemical Physics;2010-10-21
3. Potential energy curves of diatomic molecular ions from high-resolution photoelectron spectroscopy. I. The first six electronic states of Ar2+;The Journal of Chemical Physics;2004-01-08
4. Probing Electronic States ofNe2 +andAr2 +by Measuring Kinetic-Energy-Release Distributions;Physical Review Letters;2003-09-26
5. Host–guest charge transfer states: CN doped Kr and Xe;The Journal of Chemical Physics;2002-11-15
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