Abstract

The radiation emitted from a neodymium laser, which was Q-switched by a Kerr cell, was locked by the narrow-band radiation emitted from a neodymium laser operating under free-oscillation conditions. The frequency-locking band was measured. The width of the line emitted by the Q-switched laser was reduced by a factor of 5?103. The system employed made it possible to tune the frequency within the locking band (~40 cm?1).

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