Thiobases are studied by transient absorption spectroscopy employing sub-20 fs UV-pulses combined with hybrid QM(CASPT2)/MM(AMBER) computations (static and dynamic) evidencing that intersystem crossing originates from a dark intermediate state along the photoexcited relaxation pathway.
Teles-Ferreira D.C., Borrego-Varillas R., Conti I., Nenov A., Ganzer L., Manzoni C., et al. (2019). Sub-20 fs UV spectroscopy to track primary photoinduced processes in Thiobases. Institute of Electrical and Electronics Engineers Inc. [10.1109/SBFoton-IOPC.2019.8910201].
Sub-20 fs UV spectroscopy to track primary photoinduced processes in Thiobases
Conti I.;Nenov A.;Garavelli M.;
2019
Abstract
Thiobases are studied by transient absorption spectroscopy employing sub-20 fs UV-pulses combined with hybrid QM(CASPT2)/MM(AMBER) computations (static and dynamic) evidencing that intersystem crossing originates from a dark intermediate state along the photoexcited relaxation pathway.File in questo prodotto:
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