Lin Dewen, Xie Lijuan, Xie Shumao, et al. THERMAL BLOOMING AND ITS COMPENSATION IN, ATMOSPHERIC TRANSMISSION OF HIGH POWER LASER BEAMSJ. High Power Laser and Partical Beams, 1993, 05(02): 253-262.
Citation:
Lin Dewen, Xie Lijuan, Xie Shumao, et al. THERMAL BLOOMING AND ITS COMPENSATION IN, ATMOSPHERIC TRANSMISSION OF HIGH POWER LASER BEAMSJ. High Power Laser and Partical Beams, 1993, 05(02): 253-262.
Lin Dewen, Xie Lijuan, Xie Shumao, et al. THERMAL BLOOMING AND ITS COMPENSATION IN, ATMOSPHERIC TRANSMISSION OF HIGH POWER LASER BEAMSJ. High Power Laser and Partical Beams, 1993, 05(02): 253-262.
Citation:
Lin Dewen, Xie Lijuan, Xie Shumao, et al. THERMAL BLOOMING AND ITS COMPENSATION IN, ATMOSPHERIC TRANSMISSION OF HIGH POWER LASER BEAMSJ. High Power Laser and Partical Beams, 1993, 05(02): 253-262.
THERMAL BLOOMING AND ITS COMPENSATION IN, ATMOSPHERIC TRANSMISSION OF HIGH POWER LASER BEAMS
In this paper, we present the numerical results of thermal blooming calculation with the 4 -D code. We have carried out the numerical simulation of phase compensation and field compensation used the 4 -D code which includes the beacon. The calculation results shows that phase only compensation is instable (PC I), but field compensation is completely effective.
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