Experimental investigation of the efficiency of phase conjugation of an XeCl laser beam by stimulated Brillouin scattering

Abstract

An alternative approach to the Jaynes-Cummings model (JCM) with dissipation at a Unite environmental temperature is presented in terms of a new master equation under Born-Markovian approximation. An analytic solution of the dissipation JCM is obtained. A variety of physical quantities of interest are calculated analytically. Dynamical properties of the atom and the held are investigated in some detail. It is shown that both cavity damping and environmental temperature strongly affect nonclassical effects in JCM, such as collapse and revivals of the atomic inversion, oscillations of the photon-number distribution, quadrature squeezing of the Held and sub-Poissonian photon statistics.

High-Power Laser Systems of UV and Visible Spectral Ranges

“…In the case of injection locking, the parameters of the output beam are E = 100 mJ, Δν = 0.01 cm −1 , and τ = 100 ns, while more than 50% of the radiation energy is concentrated inside the diffraction angle [31]. In the case of double-pass lasing with the phase conjugation, the parameters are E = 50 mJ, Δν = 0.01-0.4 cm −1 , and τ = 30 ns, and the divergence is close to the diffractionlimited Q d [32]. When the pulse is compressed to a pulse duration of 1-2 ns upon stimulated Brillouin scattering, the parameters are E = 10 mJ, Δν = 0.01 cm −1 , and Q d [33].…”