Titlebook: Relaxation Processes in Molecular Excited States; J. Fünfschilling Book 1989 Kluwer Academic Publishers 1989 chemical reaction.crystal.mol

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Spin-Lattice and Spin-Spin Relaxation in Photo-Excited Triplet States in Molecular Crystals,in such systems is through the thermal modulation of the crystalline electric field. This affects the electron spin via the spin-orbit coupling and induces transitions between the electron spin levels.

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Spectral Hole-Burning in Crystalline and Amorphous Organic Solids. Optical Relaxation Processes at e solid due to mutual interaction or energy transfer between different guests. Whereas both processes lead to broadening and shift of the optical linewidth, the second process is revealed by an additional time evolution of the spectral profile.

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0924-459X ven the pathways of ordinary chemical reactions. However, for a long time the main research in electronic relaxation processes was concerned with anorganic solids, in part because of their great technological importance (photography, semiconductors ... ) in part also because these compounds were the

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The Dynamics of One-Dimensional Triplet Excitons in Molecular Crystals,ical means but also by magnetic resonance methods. The latter technique will play an important role in our study. In addition to TCB we will also discuss results obtained on the related one-dimensional system paradichlorobenzene (DCB), which confirm a number of our conclusions concerning the properties of one-dimensional triplet excitons.

贊美者

Introduction,thways of ordinary chemical reactions. However, for a long time the main research in electronic relaxation processes was concerned with anorganic solids, in part because of their great technological importance (photography, semiconductors…) in part also because these compounds were the “workhorses”

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Spin-Lattice and Spin-Spin Relaxation in Photo-Excited Triplet States in Molecular Crystals,siderable literature has been published (for a review see for instance the books of Gorter [1], Manenkov and Orbach [2], and Abragam and Bleaney [3]). The classic papers of Waller [4], Heitler and Teller [5], van Vleck [6], Kronig [7] and others have shown that the dominant spin-lattice interaction

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The Dynamics of One-Dimensional Triplet Excitons in Molecular Crystals,ion mainly on the system 1,2,4,5-tetrachlorobenzene (TCB). This molecular crystal has several important features which makes it a prototype for investigating the properties of tightly bound excitons with well-defined intermolecular interactions. First of all the intermolecular interaction, in good a

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