Curve crossing induced dissociation : An analytically solvable model

Details Curve crossing induced dissociation : An analytically solvable model Curve crossing induced dissociation : An analytically solvable model

2011-07-14

arxiv.org/abs/1107.2742v1

Physics

Quantum Physics

arXiv admin note: repeats content from arXiv:quant-ph/0409041 and arXiv:1101.3183

Scientific paper

In our earlier papers we have proposed an analytically solvable model for the two state curve crossing problem which assumes the coupling to be a Dirac delta function. It is used to calculate the effect of curve crossing on electronic absorption spectrum and Resonance Raman excitation profile for the case of harmonic potentials. In this paper we have extended our model to deal with the curve crossing induced dissociation cases. Our method is used in this paper to calculate the effect of curve crossing induced dissociation on electronic absorption spectrum and Resonance Raman excitation profile. In this paper, a model consisting of a Harmonic oscillator and a Morse oscillator, coupled by Dirac delta function, is solved.

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