Transmission of pulsed laser beams through ‘‘opaque’’ liquids by a cavitation effect
1987
Stationary cavities were formed in liquids by trains of laser pulses having the following characteristics: high absorption, high repetition rate, and high energy per pulse. Under these conditions laser pulses may be transmitted through several millimeters of ‘‘opaque’’ liquids by a cavitation effect. This facilitates material cutting and laser surgical operation under blood or under water by CO2 or excimer lasers. A simple model is presented to explain the cavitation effect.
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