Abstract

We describe a high-efficiency double-phase-conjugate mirror in a Ce-doped strontium barium niobate crystal by using a low-power He–Ne laser at a 633-nm wavelength. A phase-conjugate transmissivity of as high as 30% was observed. The dependence of the transmissivity on the incident angle was measured. It was also observed that the phase-conjugate signal varied with time pseudoperiodically with a period of approximately 35 min. This variation is due to the competition between the double phase conjugation and beam-fanning effects.

© 1993 Optical Society of America

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