Abstract
The technique of energy selection utilizing direct T 1←S 0 excitation was used to obtain highly resolved phosphorescence spectra of benzo[a]phenazine in glassy matrices at 2–4K. In a heavy atom solvent a specific enhancement of the totally symmetric vibrational bands was found. For the first time highly resolved spectra of the degree of phosphorescence polarization were obtained, using a combination of the energy selection and the photoselection techniques.
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