Abstract
The interaction of two antiparallel light waves on a reflecting grating is analyzed theoretically in arbitrarily oriented optically active cubic crystals of point group 23. The effect of nonunidirectional energy transfer on the interaction efficiency is investigated in the undepleted-pump-power approximation in (100)-, (111)-, and $$(11\bar 2)$$ -cut Bi12TiO20 crystals.
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