摘要
氧碘激光是由激发态O2(1D)与基态碘原子近共振传能来实现的。传统的氧碘化学激光器(COIL)采用气液化学反应来产生O2(1D)。一种全气相、更安全易行的基于电激励O2(1D)发生器的氧碘激光器是当前国际上的研究热点。通过对最新文献的综述分析,归纳整理了电激励氧碘激光器(EOIL)研究中的关键问题所在,并对未来发展趋势及需要解决的问题等进行了分析总结。
Oxygen-iodine laser is produced by near resonant energy transfer with the singlet oxygen metastable O2（^1△）. The conventional chemical oxygen-iodine laser（COIL） requires a chemical two-phase process to produce the 02 （^1△） from aqueous basic hydrogen peroxide and Cl2 gas. The development of the electric singlet-delta oxygen generators with all gas phase, more safer and easy operation has been the hotspot. We describe the recent development of electric oxygen-iodine laser （EOIL）, summary the keys to realize the lasing of EOIL, and in the end gives discussion and the trend analysis.
出处
《激光与光电子学进展》
CSCD
北大核心
2008年第11期15-21,共7页
Laser & Optoelectronics Progress
关键词
化学氧碘激光器
单重态氧
电激励氧碘激光器
放电单重氧发生器
chemical oxygen-iodine laser
singlet delta oxygen
electric Oxygen-iodine laser
discharge singletoxygen generation
