Abstract

We have constructed an optical power limiter based on nonlinear induced scattering in a cell containing crushed glass and a mixture of acetone and carbon disulfide. For 30-ps-long laser pulses the transmitted energy saturates at a value of 6 μJ. We also present the results of a theoretical modeling study that shows how the operating characteristics of such a device can be optimized.

© 1996 Optical Society of America

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