Collisional energy transfer between Ca(4p 1P1−4p 3PJ) and quenching of Ca(4p 3PJ) and Ca(4p 1D2) induced by xenon
Author:
Publisher
Elsevier BV
Subject
Physical and Theoretical Chemistry,General Physics and Astronomy
Reference13 articles.
1. Individual cross sections for1D2sublevels (ML=0, ±1, ±2) in the alignment‐dependent process: Ca(4p21D2)+Rg→Ca(3d4p1F3)+Rg as a function of rare gas
2. Energy pooling from Ca[4s4p(3 P J )] and Ca[4s3d(1 D 2)] studied by time-resolved atomic emission following pulsed dye-laser excitation
3. 1P1→3P1 excitation transfer for Ca and Sr with the noble gases
4. J.A. Gelbwachs and Y.C. Chan, Opt. Letters, submitted for publication.
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2. Collisional intersystem crossing of N2(a′ 1Σu−) to produce triplet-state molecular nitrogen;The Journal of Chemical Physics;2003-06-08
3. Ar-supported atomic population transfer from the 3d4p 1D2 to nearby states of Ca;Chemical Physics Letters;1997-01
4. Role of metastable states in circumventing laser pulse jitters in multi-step laser excitation experiments;Optics & Laser Technology;1995-12
5. Time-resolved investigation of radiation trapping for the transition Sr[5s5p(3P1)] → Sr[5s2(1S0)] + hν (λ = 689.3 nm) following the generation of Sr[5s5p(3PJ)] by pulsed dye-laser excitation at elevated temperatures;Journal of Photochemistry and Photobiology A: Chemistry;1995-03
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