Photoconductive and dielectric dependence of gain and phase-shift in the coupled
unidirectional photorefractive ring resonators (UPRR) have been analyzed for the case of …

For a coupled unidirectional photorefractive ring resonator (UPRR), the oscillation
characteristics have been studied in details in terms of the photoconductive and dielectric …

Dependence of two-beam coupling gain and phase-shift of the signal beams on the
frequency detuning for a coupled unidirectional ring resonators based on non-degenerate …

Photoconductive dependence of two-beam coupling between the pump beam and the
signal beam in photorefractive materials have been analyzed in case of non-degenerate …

Dependence of the coupling strength of two-wave mixing gain in photorefractive materials
for the single unidirectional ring resonator on oscillation conditions has been analyzed in the …

Single unidirectional photorefractive ring resonator (SUPRR) and coupled unidirectional
photorefractive ring resonator (CUPRR) were considered with BaTiO 3 and LiNbO 3 crystals …

Frequency detuning dependence of four-beam coupling in a photorefractive crystal pumped
with two counter-propagating waves for a semilinear coherent optical resonator on the …

The steady-state amplification of light beam during two-wave mixing in photorefractive
materials has been analysed in the strong nonlinear regime. The oscillation conditions for …

The intensity of oscillation and the oscillation frequency shift are two most important
parameters that characterize the performance of a photorefractive ring oscillator. In this …

Oscillation conditions for unidirectional ring resonators containing cubic photorefractive
crystals are analyzed. The coupling of pump beams to intracavity modes is presumed to …