Corpus ID: 210966103

Impact of chlorine on the internal transition rates and excited states of the thermally delayed activated fluorescence molecule 3CzClIPN

@inproceedings{Streiter2020ImpactOC,
  title={Impact of chlorine on the internal transition rates and excited states of the thermally delayed activated fluorescence molecule 3CzClIPN},
  author={Martin Streiter and Tillmann G Fischer and Christian Wiebeler and Sebastian Reichert and Jorn Langenickel and Kirsten Zeitler and Carsten Deibel},
  year={2020}
}
  • Martin Streiter, Tillmann G Fischer, +4 authors Carsten Deibel
  • Published 2020
  • Physics, Chemistry
  • We analyze internal transition rates and the singlet-triplet energy gap of the thermally activated delayed fluorescence (TADF) molecule 3CzClIPN, which recently was introduced as an efficient photocatalyst. Distribution and origin of the non-monoexponential decays, which are commonly observed in TADF films, are revealed by analysis of transient fluorescence with an inverse Laplace transform. A numerically robust global rate fit routine, which extracts all relevant TADF parameters by modeling… CONTINUE READING

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