Coupling coefficient for TEA CO2 laser propulsion with variable pulse repetition rate-中国期刊网

摘要 Becausepulserepetitionrateaffecteddirectlythemomentumcouplingcoefficientoftransverselyexcitedatmospheric(TEA)CO2laserpropulsion,adoublepulsetrigger,controllinghighvoltageswitchoflaserexcitationcircuit,wasdesigned.Thepulseintervalrangedbetween5and100ms.Themomentumcouplingcoefficientforair-breathingmodelaserpropulsionwasstudiedexperimentally.Itwasfoundthatthemomentumcouplingcoefficientdecreasedwiththepulserepetitionrateincreasing.

1ZHENG Zhi-yuan;ZHANG Jie;HAO Hui-ying;ZHAO Chang-chun;LU Xin;LI Yu-tong. Coupling coefficient enhanced by prepulse in laser plasma propulsion.物理电子学,2006-06.
2胡连海;黄坚;李铸国;吴毅雄. Multipass welding of thick section steels using autogenous CO2 laser welding and CO2 laser-MIG hybrid welding.焊接,2012-04.
3. THE SUPPORTED GOLD CATALYSTS FOR CLOSED CYCLE CO2 LASER.化学,1995-05.
4. Targets for high repetition rate laser facilities： needs, challenges and perspectives.物理,2017-03.
5郭为席;胡乾午;王泽敏;曾晓雁. 高功率脉冲TEA CO2激光除漆的研究.光学工程,2006-03.
6罗义鸣;贾威;宋有建;刘博文;胡明烈;柴路;王清月. High-repetition-rate femtosecond laser micromachining of poly（methyl methacrylate）.光学工程,2015-07.
7D. B. Schaeffer;L. R. Hofer;E. N. Knall;E V. Heuer;C. G. Constantin;C. Niemann. A platform for high-repetition-rate laser experiments on the Large Plasma Device.物理,2018-02.
8I.V.Aleksandrova;E.R.Koresheva. Review on high repetition rate and mass production of the cryogenic targets for laser IFE.物理,2017-02.
9Xiaowei Dong;Mengzhen Xu;Qiangqiang Zhang. Optical pulse repetition rate multiplication based on series-coupled double-ring resonator.物理,2016-02.
10MENG Liu;RUI TANG;AI-PING Luo;WEN-CHENG Xu;ZHI-CHAO LUO. Graphene-decorated microfiber knot as a broadband resonator for ultrahigh-repetition-rate pulse fiber lasers.物理,2018-10.

Coupling coefficient for TEA CO2 laser propulsion with variable pulse repetition rate

来源期刊

相关推荐

同分类资源更多

相关关键词

Coupling coefficient for TEA CO2 laser propulsion with variable pulse repetition rate

来源期刊

相关推荐

同分类资源 更多

相关关键词

同分类资源更多