Results 231 to 240 of about 87,791 (267)

Electronic structure of layered compounds

JETP Letters, 2006
The electronic structure of the intercalated graphite compounds XC6 (X = Ca, Sr, Ba, Yb, and La) has been studied using the linearized augmented plane-wave method. It has been found that the electronic structure of the carbon layers in these compounds is qualitatively different from a two-dimensional graphite structure. A lower critical superconducting-
Yu. B. Kudasov, A. S. Korshunov
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Shielding by an electron surface layer

Physical Review B, 1978
We seek to determine whether the shielding observed in the electron free-fall experiment could be performed by electrons in a surface layer. An idealized model is used to estimate the shielding of the uniform electric field produced by the gravitational compression of the ionic lattice. We allow for the possibility that the charges in the surface layer
Richard Squier Hanni, John M. J. Madey
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Hot electrons in layered semiconductors

Physics Today, 1980
As electronic systems—and especially computers—are used more and more widely in almost all areas of endeavor and daily life, the semiconductor technology on which they are based is being pushed to ever larger-scale integration and ever greater miniaturization.
Karl Hess, Nick Holonyak
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Electron locking in layered structures

Physica B: Condensed Matter, 2000
Abstract We describe a novel state of electrons and phonons arising in layered structures, like cuprates (HTSC) and semiconductor superlattices (SSL) due to electron–phonon interactions (which can be strongly enhanced by a strong magnetic field). These states are characterized by a localization of phonons and a self-trapping [1] , [2] , [3] , [4] ,
F.V Kusmartsev, H.S Dhillon
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Stability of laminar electron layers

The Physics of Fluids, 1984
The stability of a finite thickness, laminar cylindrical shell of electrons rotating azimuthally and enclosed in a coaxial waveguide is considered. The equilibrium rotation of the electrons is supported either by a radial electric field, an axial magnetic field, or a combination of both.
Chernin, D., Lau, Y. Y.
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Electron focusing in layered conductors

Physica B: Condensed Matter, 1996
Abstract The electron focusing effect in layered metals is investigated theoretically. The singularities of the dependence of the signal at the measuring contact on the magnetic field, which do not occur in isotropic conductors, are predicted.
Yu.A. Kolesnichenko, Tesgera Bedassa
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ELECTRONIC STRUCTURE OF STRAINED SILICON LAYERS

2014
Recent research on thin silicon layers, flanked with crystalline silicon oxide, reviled that certain interfaces cause strain in the silicon layer. That strain can be reduced by deformations in the silicon layer. Here we report the influence of deformations of the thin silicon layer on its electronic structure.
Pivac, Branko, Kovačević, Goran
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Electron scattering by a crystal layer

Theoretical and Mathematical Physics, 2013
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Tinyukova, T. S., Chuburin, Yu. P.
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Stability of Thin Electron Layers

The Physics of Fluids, 1962
An instability that consists of a bunching transverse to the directed motion of an infinitely thin layer of electrons is investigated theoretically. The initial model is a plane sheet, infinite in extent, and neutralized by positive ions. This configuration is found to be unstable if all electrons travel with the same relativistic velocity.
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Electron correlations in inversion layers

Journal of Physics C: Solid State Physics, 1976
The two-dimensional electron gas (2DEG) is a widely used model for the electrons in the inversion layer of certain MOSFET devices. The sensitivity of a number of physical quantities of the 2DEG to a proper treatment of many-body effects has been examined.
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