Sang Fengting, Gu Chengzhou, Zhuang Qi, et al. MIXING PROCESSES BEHIND THE NOZZLE BANK EXIT OF A SUPERSONIC CW HF/DF LASERJ. High Power Laser and Partical Beams, 1991, 03(03): 323-330.
Citation:
Sang Fengting, Gu Chengzhou, Zhuang Qi, et al. MIXING PROCESSES BEHIND THE NOZZLE BANK EXIT OF A SUPERSONIC CW HF/DF LASERJ. High Power Laser and Partical Beams, 1991, 03(03): 323-330.
Sang Fengting, Gu Chengzhou, Zhuang Qi, et al. MIXING PROCESSES BEHIND THE NOZZLE BANK EXIT OF A SUPERSONIC CW HF/DF LASERJ. High Power Laser and Partical Beams, 1991, 03(03): 323-330.
Citation:
Sang Fengting, Gu Chengzhou, Zhuang Qi, et al. MIXING PROCESSES BEHIND THE NOZZLE BANK EXIT OF A SUPERSONIC CW HF/DF LASERJ. High Power Laser and Partical Beams, 1991, 03(03): 323-330.
MIXING PROCESSES BEHIND THE NOZZLE BANK EXIT OF A SUPERSONIC CW HF/DF LASER
The influence of the design parameters, the structure of the nozzle array as well as the mode of H2 addition on the output power are discussed. A specific power of 130J/g has been obtained with a mixing distance of 1.75mm between the primary and secondary nozzles.
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