The Kasha-Vavilov Rule states that the quantum yield of this process is independent of wavelength, and Kasha's Rule states it will only be observed in one state. It is explained by Birks scheme in excimers, and Stokes law of this phenomenon states th
The Kasha-Vavilov Rule states that the quantum yield of this process is independent of wavelength, and Kasha's Rule states it will only be observed in one state. It is explained by Birks scheme in excimers, and Stokes law of this phenomenon states that wavelength absorbed will be shorter than that emitted. The yield of this process can be defined as the probability that it occurs rather than the Auger Effect, another method of liberating energy. Occurring when a molecule returns from an excited singlet state to its ground state, FTP, name this optical phenomenon which is briefer and more common than phosphorescence, seen in certain light bulbs.
The Kasha-Vavilov Rule states that the quantum yield of this process is independent of wavelength, and Kasha's Rule states it will only be observed in one state.
{fluorescence} (accept photon emission before Birks, prompt after)