Calculation of the internal conversion rate of porphinе electronic excitation in the first electron-excited state
K.N. Dvoretskiy (Saratov State Medical University), K.V. Berezin (Saratov State University)
Abstract
The porphine cycle is a basic structure of a number of natural compounds involved in photosynthesis energy conversion. To better understand the processes of storing and transmitting electronic excitation energy, it is necessary to know the internal conversion rates. Calculation of the porphine internal conversion rate from the lower electronic state, taking into account the Herzberg-Teller contributions to the probability of a non-radiative transition has been carried out.
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V. V. Nechaev
Yuri Gagarin State Technical University of Saratov
Russia
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