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Single unidirectional photorefractive ring resonator (SUPRR) and coupled unidirectional photorefractive ring resonator (CUPRR) were considered with BaTiO and LiNbO crystals as inter-cavity photorefractive media. The relative oscillation intensity and oscillation frequency shift of two SUPRRs with BaTiO and LiNbO crystals in their cavities, and four CUPRRs with BaTiO-BaTiO, LiNbO-LiNbO, BaTiO-LiNbO and LiNbO-BaTiO combinations were analysed relative to cavity detuning parameters and compared the oscillation performance of SUPRR with that of CUPRR. In SUPRR, maximum value of relative oscillation intensity is found for BaTiO as compared to that of LiNbO for zero cavity detuning. In CUPRR, the oscillation intensity in secondary cavity increases with increasing cavities detuning whereas in primary cavity it decreases with increasing cavities detuning. Major finding of this study is that the BaTiO-LiNbO combination of the coupled system provides the highest relative oscillation intensity.


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