We have performed an optimization study on a train of laser pulses in a Nd:YLF master-oscillator power amplifier chain. Instead of using a flat train of input pulses and proper timing of the input pulses with respect to the pump pulse to Beep the output pulse flat, we used a pulse-shaping technique. Then the maximum gain could be used, resulting in a 70% increase in output pulse energy. We constructed a special feed-forward loop to control the temporal shape of the train. We compare the results with a computational model based on the rate equations in the Nd:YLF amplifiers. (C) 1997 Optical Society of America.

Optimization of the power and control of the shape of amplified trains of laser pulses

BISERO, Diego;
1997

Abstract

We have performed an optimization study on a train of laser pulses in a Nd:YLF master-oscillator power amplifier chain. Instead of using a flat train of input pulses and proper timing of the input pulses with respect to the pump pulse to Beep the output pulse flat, we used a pulse-shaping technique. Then the maximum gain could be used, resulting in a 70% increase in output pulse energy. We constructed a special feed-forward loop to control the temporal shape of the train. We compare the results with a computational model based on the rate equations in the Nd:YLF amplifiers. (C) 1997 Optical Society of America.
1997
B. M., Vanoerle; Bisero, Diego; G. J., Ernst; J. W. J., Verschuur; W. J., Witteman
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11392/1677324
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