Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Jablonski diagrams for an organic molecule

Figure 3.2 Jablonski diagram for an organic molecule, illustrating excited-state photophysical processes... Figure 3.2 Jablonski diagram for an organic molecule, illustrating excited-state photophysical processes...
An overview of the energetics and possible depletion mechanisms of excited electronic states is named a Jablonski diagram. Herein, singlet states are symbolized by So, Si, S2, and so on, and triplets by T0, Ti, T2, and so on, where the index labels their energetic order and should not be confused with tensor components. A typical Jablonski diagram for an organic molecule is shown in Figure 19. [Pg.178]

Fig. 6.4 Modified Jablonski diagram for an organic molecule showing ground and excited states and intramolecular photophysical processes from excited states. Radiative ntK esses—fluorescence (hvf) and phosphorescence (hvp) are shown in straight lines, radiationless processes— internal conversion (1C), inter system crossing (ISC), and vibrational cascade (vc) are shown in wavy lines. Adapted with permission fiom (Smith MB, March J 2006 March s Advanced Organic Chemistry Reactions, Mechanisms and Stiucmres, 6th Ed., John Wiley, New York). Copyright (2007) John Wiley Sons... Fig. 6.4 Modified Jablonski diagram for an organic molecule showing ground and excited states and intramolecular photophysical processes from excited states. Radiative ntK esses—fluorescence (hvf) and phosphorescence (hvp) are shown in straight lines, radiationless processes— internal conversion (1C), inter system crossing (ISC), and vibrational cascade (vc) are shown in wavy lines. Adapted with permission fiom (Smith MB, March J 2006 March s Advanced Organic Chemistry Reactions, Mechanisms and Stiucmres, 6th Ed., John Wiley, New York). Copyright (2007) John Wiley Sons...

See also in sourсe #XX -- [ Pg.49 ]




SEARCH



Jablonski

Jablonski diagram

Molecules organization

© 2024 chempedia.info