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Numerical study of laser-induced inelastic collisions in Cs-Sr

Numerical study of laser-induced inelastic collisions in Cs-Sr
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摘要 Two LICET transitions in Cs-Sr systems are suggested and the results of numerical calculations of the transition probability and collisional crosssection are obtained respectively from our four-level model and the conventional three-level model. Comparisons of these results prove the theoretical prediction that if the frequency difference ω21, is comparable to ω43, the three-level theory has great error in describing the LICET transition, while the four-level theory can describe all cases of LICET process perfectly. Two LICET transitions in Cs-Sr systems are suggested and the results of numerical calcu-lations of the transition probability and collisional crosssection are obtained respectively from our four-level model and the conventional three-level model. Comparisons of these results prove the theoretical prediction that if the freguency difference 1 ω21 is comparable to ω43, the three-level theory has great error in describing the LICET transition, while the four-level theory can describe ali cases of LICET process perfectly.
出处 《Science China Mathematics》 SCIE 2000年第6期638-646,共9页 中国科学:数学(英文版)
关键词 ATOM LASER-INDUCED COLLISIONAL energy TRANSFER (LICET) COLLISIONAL crosssection. atom laser-induced collisional energy transfer (LICET) collisional crosssection
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参考文献3

  • 1Debarre,A.High-resolution study of ligh-indued collisional energy transfer in Na-Ca mixture, J[].Physica B Condensed Matter.1983
  • 2Agresti,A.Analysis of the far-wing behavior in the spectrum of the light-induced collisional-energy-transfer process, Phys[].Rev A.1988
  • 3Chen Deying,Wang Qi,Ma Zuguang.Numerical calculation of laser-induced collisional energy transfer in Eu-Sr, Science in China (in Chinese), Ser[].B.1997

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