Franck–Condon Principle governs relative intensities of the vibrational bands in an electronic transition The Franck-Condon principle is based on sudden promotion of one e− , so fast that nuclei respond …

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called the Franck-Condon principle. The principle is more gener l than just for optical transitions. It is everywhere in physical chemistry from excitation energy tr nsfer(EET) to electron transfer In an …

Jan 17, 2023 · The Franck−Condon principle is used to explain the intensity of the absorption lines that arise from the vibronic transitions that accompany electronic excitations and/or ionizations.

In each case the Franck-Condon factors calculated from RKR potentials (Table XI) differ from those found from Morse potentials (Reference %) in the direction Tyte indicated.

The Franck-Hertz tube, a triode, has three plane-parallel electrodes which provide a uniform electric field to accelerate the electrons. The electrodes are the cathode (K), anode (A) and collector (M).