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Titlebook: Radiationless Processes; Baldassare DiBartolo,Velda Goldberg Book 1980 Plenum Press, New York 1980 Albert Einstein.Atom.Potential.experime

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Phonon Coupling to Radiative, Nonradiative, and Energy-Transfer Transitionsrmulas for overlap integrals is reviewed. The model is valid for arbitrary Franck-Condon offset and temperature. For equal force constants, the results are expressible in Huang-Rhys-Pekar W. functions. The model is illustrated by Yb. in Y.O.S. The Yb. 4f states (.F.) are simultaneously common to sma
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Multiphonon Relaxation in Glassesthe decay times or quantum efficiencies of the specific levels and subtracting the radiative transition probabilities in oxide, chalcogenide and fluoride glasses. It is shown that the nonradiative transfer in all glasses depends mainly on the energy gap between the emitting and next lower level of t
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Quantum Mechanical Calculation of the Relation Between the Radiationless and Radiative Decay Rates wthe two processes, but also the electronic factors that cause these processes. This proves possible, because the operators responsible for these processes, the electric dipole moment and the non-adiabatic Born-Oppenheimer coupling, turn out to be related to each other..In the first part of the paper
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Spectroscopy and Radiationless Processes in Simple Molecules shown to provide a sensitive method for revealing such perturbations. The application of this technique to the study of singlet-triplet perturbations in the near ultraviolet spectrum of formaldehyde is discussed.
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