Titlebook: Elementary Excitations in Solids, Molecules, and Atom; Part B J. T. Devreese,A. B. Kunz,T. C. Collins Book 1974 Springer Science+Business M

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Phonon Calculations in Metals and Insulatorsle field of inorganic, and organic crystals. In practice the situation is exactly the reverse because calculations have, in fact, been restricted only to simple metals, i.e. metals without partly filled . shells, except for few cases which shall be discussed either briefly here or in L.J. Sham’s lec

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Electron Interaction with Surface Modes a surface mode counterpart. Thus there are suface plasmons, surface phonons, and maybe surface excitons and surface magnons. Certain of these modes are electrostatic in origin, and their properties may be derived by a classical analysis using Maxwell’s equations. It is these modes which are the sub

不來

The Self-Energy Problem in Quantum Dielectrics) sidebands in excitation spectra, associated with the final-state emission of quanta of the dielectric polarization field. Thus we will be concerned with (the real and imaginary parts of) the self-energy of an electron in a quantum dielectric. Our study will be based on simple models which illustra

變形

Electrons and Phonons in Narrow Gap Semiconductorsdge by reasons of symmetry and the other in which a cross over point between the conduction and valence bands exists for a given composition due to shifts of energy levels corresponding to spin-orbit and relativistic corrections.

變形

Resonant Raman Scattering in Semiconductorse surprising in view of the large amount of basic research in semiconductors since the discovery of the transistor, it is due to the fact that the usual semiconductors (Ge, Si, GaAs, etc.) are opaque to the standard radiation sources. Thus, the scattering volume in which the interaction of the radia

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Two-Phonon Deformation Potentials, Second Order Raman Scattering, and Superconductivity in Degeneratnon-polar optical (NPO) or TO phonons was observed in InSb. Magneto-optical resonant carrier-phonon(s) coupling effects in the two optical phonon energy region bear clear evidence that 2NP0 phonon interaction occurs with significant strength in InSb. In this work, several other examples are given th

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Peierls-Frohlich Instability and Superconductivity in Linear Chain Crystalsilt of 3 orthogonal linear chains [.]. These crystals possess the highest known ..: ~20°K. The other kind are organic salts like the TTF-TCNQ which has recently shown a high conductivity peak at 60°K [.]. Also the compound K.Pt(CN).Br..3H.O is built from linear chains [.].

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