Titlebook: Laser Optics of Condensed Matter; Joseph L. Birman,Herman Z. Cummins,A. A. Kaplyansk Book 1988 Plenum Press, New York 1988 condensed matte

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Gain Saturation and Features in the Threshold Behavior of AIIIBV Heterostructure Lasersntum well (QW) active regions. The research in this field now is in progress. Recently. it has been established that in distinction to conventional DH lasers the threshold current densities (I.) of QW DH lasers with active region thicknesses d. smaller than 200? start to increase sharply with decrea

micturition

Single-Frequency Diode Laser with a High Temperature Stability of the Emission Lineptics. Here we report on the fabrication and investigation of a monolithic-hybrid DBR laser — heterostructure laser with DBR on sputtered dielectric waveguide..In the monolithically-integrated hybrid (MIH) DBR diode laser, the five-layer Ga(Al)As heterostructure waveguide of the gain region was mono

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Optical Interactions at Rough Surfacesperiodic surface; and (c) a randomly rough surface. The scattering of p-polarized light from an isolated ridge or groove on an otherwise planar metal surface is studied, and the efficiency of exciting surface polaritons in this fashion is estimated. A strong enhancement of the electric field within

LAVA

Intractable

Bistability on a Surface in Nonlinear Diffractionness d (d 〈〈 ., where . is the vacuum wavelength of the SP) is applied on a metal surface. The frequency of the excitations in the film is assumed to be in the frequency range of the SP. The theory of SP diffraction by an impedance step has been developed in(l) for the case when the optical nonlinea

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