摘要
We numerically study thermally induced birfringence and distortion in plasma electrode Pockelscell based on KD^＊P as the electro-optic material. This device can repetitively operate underthe heat capacity mode.Simulation results indicate that the excellent switching performancesand low wave-front distortion are achieved within several tens seconds working time at averagepower in excess of 1 kW.
We numerically study thermally induced birfringence and distortion in plasma electrode Pockelscell based on KD^＊P as the electro-optic material. This device can repetitively operate underthe heat capacity mode.Simulation results indicate that the excellent switching performancesand low wave-front distortion are achieved within several tens seconds working time at averagepower in excess of 1 kW.
基金
This work was supported by the National Natural Science Associated Foundation (No. 10576038)
the Science & Technology Foundation of CAEP (No. 20050436).
