COLLISION-INDUCED ENHANCEMENT EFFECT OF THE INTENSITIES OF 23∏g—13∑u+ DIFFUSE SPECTRUM FOR K2 DIMER | Zendy

Limin Zhang | Zendy; LOU LI-REN | Zendy; Changxin Guo | Zendy; MA XING-XIAO | Zendy; XIA YU-XING | Zendy

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COLLISION-INDUCED ENHANCEMENT EFFECT OF THE INTENSITIES OF 23∏g—13∑u+ DIFFUSE SPECTRUM FOR K2 DIMER

Author(s) -

Limin Zhang,

LOU LI-REN,

Changxin Guo,

MA XING-XIAO,

XIA YU-XING

Publication year - 1990

Publication title -

acta physica sinica

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.199

H-Index - 47

ISSN - 1000-3290

DOI - 10.7498/aps.39.518

Subject(s) - collision , dimer , atomic physics , excited state , physics , line (geometry) , fluorescence , energy transfer , materials science , molecular physics , nuclear magnetic resonance , optics , geometry , computer security , mathematics , computer science

The 23Πg-13∑u+ diffuse fluorescence spectrum around 5730? for K2 dimer excited by 4415.6? CW Isser line was obtained. The collision-induced enhancement effect of the maximum intensities Idiff of the diffuse spectrum versus the pressure P ot buffer gas Ar was studied experimentally. The energy transfer processes of C1Πu-23Πg was showed by stable collision model. The Idiff-P relation was deduced and a satisfactory fitting for the experimental data was obtained by use of this model. This fitting showed that the energy crossing rate and collision-induced transfer rate could be obtained by this model with some alternations of the experimental setup.

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