The influence of electron heating in the high-frequency surface polariton (SP) field on the dispersion properties of the SPs considered is investigated. High frequency SPs propagate at the interface between an n-type semiconductor with finite electron pressure, and a metal. The nonlinear dispersion relation for the SPs is derived and investigated
New results are reported on investigation of dispersion curves for surface plasmon polaritons (SPPs)...
We provide an analysis of surface-wave propagation at a boundary between a semiconductor and a multi...
A negative dielectric function of e.g. a metal allows to excite surface plasmons (SP) along the inte...
The influence of electron heating in the high-frequency surface polariton (SP) field on the dispersi...
The results of a study on the influence of the nonparabolicity of the free carriers dispersion law o...
The non-linear self-interaction of the potential surface polaritons (SP) which is due to the free ca...
In approximation of weak heating influence of electron heating in the high-frequency surface wave fi...
The influence of electron heating in the high-frequency surface magnetoplasma wave(SM) field on disp...
The influence of electrons heating in the high‐frequency potential surface wave (SW) field on disper...
The nonlinear self-interaction of the potential surface magnetoplasmons, propagating across the exte...
The nonlinear self-interaction of surface magnetoplasmons (SM) propagating across an external magnet...
Surface Plasmon Polaritons (SPPs) are the excitation of the electromagnetic field at the interface b...
The excitation of surface plasmon-polariton waves propagating across an external magnetic field (Voi...
The interface between two polar semiconductors can support three types of phonon-plasmon-polariton m...
We investigate the carrier plasmon-polar phonon coupling at semiconductor surfaces by taking account...
New results are reported on investigation of dispersion curves for surface plasmon polaritons (SPPs)...
We provide an analysis of surface-wave propagation at a boundary between a semiconductor and a multi...
A negative dielectric function of e.g. a metal allows to excite surface plasmons (SP) along the inte...
The influence of electron heating in the high-frequency surface polariton (SP) field on the dispersi...
The results of a study on the influence of the nonparabolicity of the free carriers dispersion law o...
The non-linear self-interaction of the potential surface polaritons (SP) which is due to the free ca...
In approximation of weak heating influence of electron heating in the high-frequency surface wave fi...
The influence of electron heating in the high-frequency surface magnetoplasma wave(SM) field on disp...
The influence of electrons heating in the high‐frequency potential surface wave (SW) field on disper...
The nonlinear self-interaction of the potential surface magnetoplasmons, propagating across the exte...
The nonlinear self-interaction of surface magnetoplasmons (SM) propagating across an external magnet...
Surface Plasmon Polaritons (SPPs) are the excitation of the electromagnetic field at the interface b...
The excitation of surface plasmon-polariton waves propagating across an external magnetic field (Voi...
The interface between two polar semiconductors can support three types of phonon-plasmon-polariton m...
We investigate the carrier plasmon-polar phonon coupling at semiconductor surfaces by taking account...
New results are reported on investigation of dispersion curves for surface plasmon polaritons (SPPs)...
We provide an analysis of surface-wave propagation at a boundary between a semiconductor and a multi...
A negative dielectric function of e.g. a metal allows to excite surface plasmons (SP) along the inte...
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