Titlebook: Excitation Energy Transfer Processes in Condensed Matter; Theory and Applicati Jai Singh Book 1994 Springer Science+Business Media New York

collagenase

修改

Formal Models of Discourse AnalysisIt is difficult to cover the subject in any single volume, but in order to study the transport of excitation energy in such solids, it is important to study two particular quantities: (1) the line shape, and (2) the Stokes shift in the luminescence spectra.

Intersect

現(xiàn)任者

Self-Trapping,d that it will vanish beyond a certain finite length from the center. In other words, the electron becomes localized. Subsequently Rashba. and Toyozawa. advanced the theory of self-trapping of electrons and excitons in crystalline solids significantly.

貝雷帽

https://doi.org/10.1007/978-3-642-21904-7mines its internal structure. Because of the attractive Coulomb interaction between the electron and the hole in an exciton, the internal exciton states are analogous to those of a hydrogen atom, and some of the lower energy states lie below the conduction band by an energy equivalent to the exciton binding energy in that state.

heart-murmur

小木槌

confide

Theory of Excitons,mines its internal structure. Because of the attractive Coulomb interaction between the electron and the hole in an exciton, the internal exciton states are analogous to those of a hydrogen atom, and some of the lower energy states lie below the conduction band by an energy equivalent to the exciton binding energy in that state.

Firefly

Exciton-Phonon Interactions,al books. and articles. available on phonons and so we will present here only a brief comparative study of the interaction energy operator of Wannier excitons and phonons and Frenkel excitons and phonons derived from various types of electron-phonon interactions.

rods366

Exciton-Related Phenomena,dicals are ejected from the surface.. The process of ejection of neutral atoms from semiconducting surfaces is called atomic desorption, and that of fragmentation of polymers due to irradiation is called polymer ablation. It is well-established that the origin of both processes is athermal..