Titlebook: Excitonic Processes in Solids; Masayasu Ueta,Hiroshi Kanzaki,Eiichi Hanamura Textbook 1986 Springer-Verlag Berlin Heidelberg 1986 Absorpti

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CHIDE

L. Rodríguez-Hahn,B. Esquivel,J. Cárdenasin solids and when excitons are created at such a high density that they enter each other’s range of interaction before their decay, they condense into the more stable states of elementary excitations, i.e., excitonic molecules (EM) or electron-hole (e-h) metallic droplets. The type of condensation

Veneer

M. Petitou,C. A. A. van Boeckelions. The CuCl crystal is the first case where the excitonic molecule (EM) has been found to be created through exciton-exciton collisions. The EM is annihilated radiatively leaving an exciton behind. It can also be created directly through two-photon excitation with giant oscillator strength. Raman

Lacunar-Stroke

路標(biāo)

https://doi.org/10.1007/978-3-7091-6227-9orough investigations can be made both experimentally and theoretically. Furthermore, there are specific features in the properties of condensed rare gases. First, the rare-gas atoms have closed electron shells and do not form stable diatomic molecules, so consequently only a small cohesive energy d

破譯密碼

https://doi.org/10.1007/978-3-7091-6351-1lides are clearly different from those of alkali halides, e.g., a small band gap energy with a large dielectric constant, and excellent photoconductivity as well as ionic conductivity. Furthermore, it is accepted that these features are closely related to the application of silver halides in photogr

破譯密碼

積習(xí)已深

The Naturally Occurring Coumarins,, it does not carry charges as an electric current in an externally applied electric field. If the energy of the incident light is higher than the ionization threshold energy of the exciton, equal numbers of free electrons and holes can be formed as a result of the ionization of excitons. The excite

協(xié)迫

鈍劍

Springer Series in Solid-State Scienceshttp://image.papertrans.cn/e/image/318410.jpg