Quantum interference on the electronic and rotational energy transfer of AB(1∑,J)+C(S1l1i1)→AB(1∑,J')+C(S1l1j1')+C(S2l2j2')
Author(s): LI Yong-qing, YANG Wei, LI Jian, MA Feng-cai
Pages: 921-927
Year: 2007 Issue: 5
Journal: JOURNAL OF ATOMIC AND MOLECULAR PHYSICS
Keyword: electronic quantum interference; rotational energy transfer; interference angle.;
Abstract: As a further study theoretically the electronic quantum interference on the electronic and rotational energy transfer of AB(1∑,J)+C(S1l1i1)→AB(1∑,J')+C(S1l1j1')+C(S2l2j2'),a theoretically model is presented,This theoretical model is important to understand and perform the kind of experiment.based on thetime dependent first order Born approximation,taking into account the Lennard-Jones interaction potential.The interference angle,which measures the degree of the interference,is derived.The type of the complete interference is discussed.The ratio of the probability between the case of the spin-orbit changed and the case of the spin-orbit unchanged.
Pages: 921-927
Year: 2007 Issue: 5
Journal: JOURNAL OF ATOMIC AND MOLECULAR PHYSICS
Keyword: electronic quantum interference; rotational energy transfer; interference angle.;
Abstract: As a further study theoretically the electronic quantum interference on the electronic and rotational energy transfer of AB(1∑,J)+C(S1l1i1)→AB(1∑,J')+C(S1l1j1')+C(S2l2j2'),a theoretically model is presented,This theoretical model is important to understand and perform the kind of experiment.based on thetime dependent first order Born approximation,taking into account the Lennard-Jones interaction potential.The interference angle,which measures the degree of the interference,is derived.The type of the complete interference is discussed.The ratio of the probability between the case of the spin-orbit changed and the case of the spin-orbit unchanged.
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