Research results of delayed fluorescence decay kinetics in solid chrysene films deposited on quartz substrates in vacuum are presented. It is found that at the temperatures which are close to the temperature of liquid nitrogen, phosphorescence and annihilation delayed fluorescence decay kinetics are described by non-exponential function. The data obtained were discussed from the point of formal kinetics and percolation T-T annihilation models.
ASJC Scopus subject areas
- Condensed Matter Physics