The product ytclds in smglct and triplet states fotmcd durmg gcmmatc rccombmation proccsjc:s m ltquld tolutton and the magnctlc field cffcct thereon depend on processes perturbing the coherent spm motion In the radxal pair. This 113s been demonstrated for the ndtcal system d~mcthylandmc cation-anthr
Ion-electron recombination in pairs: Critical appraisal of a theory
✍ Scribed by Robert Schiller
- Publisher
- Elsevier Science
- Year
- 1993
- Tongue
- English
- Weight
- 479 KB
- Volume
- 327
- Category
- Article
- ISSN
- 0168-9002
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## Abstract Different methods have been proposed in the past for calculating the atomic ion‐electron recombination coefficient of plasmas, for example collisional‐radiative models of D'ANGELO (1961) and of BATES et al. (1962); the “bottleneck” models of HINNOV and HIRSCHBERG (1962) and BYRON et al.
Free-ion yield in liquid krypton has been calculated at low LET as a function of the extemal field according to a re-encounter theory recently proposed by the author. Comparison with experimental results reveals kr/k o ~-0.22 at 120 K, where k r is the specific rate of electron-ion recombination and
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