Energy transfer in Li(4p) + (Ar,H2,CH4) collisions

Brian C. Hattaway; Solomon Bililign; Lionel Uhl; Vincent Ledentu; Gwang-Hi Jeung

doi:10.1063/1.1634557

Energy transfer in Li(4p) + (Ar,H2,CH4) collisions

Brian C. Hattaway
, Solomon Bililign
, Lionel Uhl
, Vincent Ledentu
, Gwang-Hi Jeung

Physics

N. Carolina Agric. Tech. Stt. Univ.
The University of Connecticut
Aix Marseille Université

Research output: Contribution to journal › Article › peer-review

10 Scopus citations

Abstract

Direct collisional energy transfer processes of the excited states of Li(4p) was investigated. Nonreactive absorption profiles of the collision complex were studied as a function of laser detuning from the Li(2s-4p) resonances. Structures in the absorption spectra were studied using high level calculations. The results show that scattering state spectroscopy technique can be used to study nonradiative energy transfer processes.

Original language	English
Pages (from-to)	1739-1745
Number of pages	7
Journal	Journal of Chemical Physics
Volume	120
Issue number	4
DOIs	https://doi.org/10.1063/1.1634557
State	Published - Jan 22 2004

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10.1063/1.1634557

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abstract = "Direct collisional energy transfer processes of the excited states of Li(4p) was investigated. Nonreactive absorption profiles of the collision complex were studied as a function of laser detuning from the Li(2s-4p) resonances. Structures in the absorption spectra were studied using high level calculations. The results show that scattering state spectroscopy technique can be used to study nonradiative energy transfer processes.",

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AU - Hattaway, Brian C.

AU - Bililign, Solomon

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AU - Ledentu, Vincent

AU - Jeung, Gwang-Hi

PY - 2004/1/22

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N2 - Direct collisional energy transfer processes of the excited states of Li(4p) was investigated. Nonreactive absorption profiles of the collision complex were studied as a function of laser detuning from the Li(2s-4p) resonances. Structures in the absorption spectra were studied using high level calculations. The results show that scattering state spectroscopy technique can be used to study nonradiative energy transfer processes.

AB - Direct collisional energy transfer processes of the excited states of Li(4p) was investigated. Nonreactive absorption profiles of the collision complex were studied as a function of laser detuning from the Li(2s-4p) resonances. Structures in the absorption spectra were studied using high level calculations. The results show that scattering state spectroscopy technique can be used to study nonradiative energy transfer processes.

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Energy transfer in Li(4p) + (Ar,H2,CH4) collisions

Abstract

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