Titlebook: Electrical and Related Properties of Organic Solids; R. W. Munn,Andrzej Miniewicz,Bogdan Kuchta Book 1997 Springer Science+Business Media

津貼

Gallium Phthalocyanine Thin Films Studied by Electroabsorption,enon called photoelectric emission. If, however, the photon energy is lower and the kinetic energy of the liberated electrons is not sufficient for the escape from the solid, the electrons remain in the solid. Photoconductivity can be observed by applying a field on such a solid. Positive holes, whi

我要威脅

Three Component Organic Semiconductors, Conductors and Superconductors,f study, and the quantitative investigation of electrical conductivity of organic compounds was started. We started to observe the electrical conduction of polycyclic aromatic compounds in 1947. At the beginning of these works, we used violanthrone, isoviolanthrone and pyranthrone as examples of tho

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encyclopedia

Electron Donor-Acceptor Interactions of C60 with Tetraphenylphosphonium and Tetraphenylarsonium Hal donor-acceptor complexes of C. is presented. The vast part of the paper is dedicated to analysis of the electronic spectra of neutral and reduced fullerene. The main part of the paper shows the spectral properties of the complexes of the general formula (Ph.X).C.Y.

Constitution

Novel Organic Crystals for Nonlinear and Electro-Optics,lar hyper-polarizabilities in the area of organic nonlinear optics in the last few years [.–.]. However, there are only few chromophores with very large molecular hyper-polarizabilities such as donor-acceptor stilbenes and tolanes that form potentially useful crystalline materials. Our interest in m

MINT

使乳化

Photorefractive Polymers for Digital Holographic Optical Storage,can be achieved by utilizing massively parallel reading and writing schemes. High storage density can be obtained by multiplexing many holograms within the same volume. Photorefractive materials are promising candidates for . holographic optical storage applications[.]. The photorefractive effect ha

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辭職

Intermediate Excited States in Photoconductivity and Luminescence of PPV:, mechanism is used for studying photoconductivity and luminescence of poly (.-phenylene vinylene) (PPV) thin films. Evidences are obtained on the role played by polaron_pairs in processes of free charge carrier generation under photoexcitation and in electroluminescence, excited by recombination of injected charge carriers.

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