Titlebook: Energy Transfer Processes in Condensed Matter; Baldassare Bartolo Book 1984 Plenum Press, New York 1984 Potential.band structure.condensed

创造性

https://doi.org/10.1057/9780230590601 the specific mechanism of resonant energy transfer (1). By comparison of the manganese concentration dependence of the experimental donor quantum yield and of the emission decay curves with the theoretical calculations for dipole-dipole, dipole-quadrupole, and exchange mechanisms, the energy transf

钻孔

Making the strategy operationaldiffusion among single ions. The non radiative resonant energy transfer would be rapid inside E-sublattices made inequivalent by electric fields and slow between these E-sublattices. It is shown that earlier experimental results do not conflict with this model.

Volatile-Oils

租约

Individual

Strategic Leadership for Turbulent Timesretical approaches. Fluorescent ions concerned are divalent (Eu.) and trivalent (Eu., Gd., Tb.) rare-earth ions, Mn. transition ion and also Bi. heavy ion incorporated in some oxyde, fluoride and chloride crystals and also germanate glass.

Ligneous

https://doi.org/10.1007/978-3-319-41081-4that the migrating exciton itself is thus used as a probe to detect the excitation motion in the crystal. A direct technique using a spatially inhomogeneous, periodic, excitation of the crystal will be described and it will be shown how diffusion constants and coherence effects can be extracted from the delayed fluorescence data.

Invertebrate

Triplet Excitation Transfer Studies in Organic Condensed Matter via Cooperative Effectsthat the migrating exciton itself is thus used as a probe to detect the excitation motion in the crystal. A direct technique using a spatially inhomogeneous, periodic, excitation of the crystal will be described and it will be shown how diffusion constants and coherence effects can be extracted from the delayed fluorescence data.

有害处

MORPH

Energy Transfer and Localization in Rubyors and will be delocalized above this concentration. Whether or not this Anderson transition occurs in ruby has been hotly debated. In this article we review the experiments which have attempted to elucidate the nature of the energy transfer in ruby and to decide whether an Anderson transition occurs there.

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