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- The key test of the airborne laser, megawatt- class chemical oxygen iodine laser and the flight testing of BC/ FC system are introduced. 介绍了机载兆瓦级化学氧碘激光器的关键试验和束控-火控系统的飞行试验。
- The key test of the airborne laser, megawatt -class chemical oxygen iodine laser and the flight testing of BC/FC system are introduced. 介绍了机载兆瓦级化学氧碘激光器的关键试验和束控-火控系统的飞行试验。
- COIL( chemical oxygen iodine laser) 氧碘化学激光器
- COIL(chemical oxygen iodine laser) 氧碘化学激光器
- Calculation for output power of chemical oxygen iodine laser 氧碘化学激光器输出功率的估算
- CW CHEMICAL OXYGEN IODINE LASER USING EXTRACAVITY POWER OUTPUT 外腔输出的连续波化学氧碘激光器
- INVESTIGATION OF UR90 WITH APERTURE OUTPUT BEAM FOR A CHEMICAL OXYGEN IODINE LASER 氧碘化学激光器束转动90度环形非稳腔空心光束输出研究
- Measurements of the Important Parameters of Singlet Oxygen Generator for Chemical Oxygen Iodine Laser 氧碘化学激光器氧发生器的主要参数测试
- Keywords chemical oxygen iodine laser,singlet oxygen generator,parameter,measurement; 氧碘化学激光器;氧发生器;参数;
- Research of Polarization Control in High Power Chemical Oxygen Iodine Laser Resonator and High Reflection Phase Retardance Mirror 高功率化学氧碘激光器腔内偏振态控制与高反射位相延迟镜的研究
- Chemical Oxygen Iodine Laser 化学氧气碘激光器
- NUMERICAL MODELLING CALCULATION AND ANALYSIS OF GAIN COEFFICIENT FOR CW CHEMICAL OXYGEN IODINE LASERS 连续波氧碘化学激光器增益特性的模拟计算与分析
- EXPERIMENTAL STUDY OF A CW CHEMICAL OXYGEN - IODINE LASER 连续波氧碘化学激光器的实验研究
- Water quality - Determination of chemical oxygen demand (COD). 水质。氧的化学消耗量的测定(重铬酸钾法)
- Abstract: A DC discharge method is introduced to improve the production of F atom for all gas-phase iodine laser(AGIL). 摘 要： 为了提高化学激光体系(AGIL)中F原子的产率，采用直流放电引发方式，对棒式电极的放电特性进行了研究。
- Combustor parameter of all gas-phase iodine laser is studied using the power of HF fundamental laser as a test criterion. 以HF基频激光功率大小作为判断依据, 对燃烧驱动全气相碘激光的燃烧室参数进行了考察。
- Data collected in the survey was used to review the generic chemical oxygen demand (COD) values of trades subject to the Trade Effluent Surcharge (TES) scheme. 所收集的数据用于检讨计划下适用于各行业的基本化学需氧量。
- Real-time monitoring of chemical oxygen demand in water and EW-2100 UV absorption water quality automatic on-line monitor. 水体化学需氧量实时在线监测与EW-2100紫外吸收水质自动在线监测仪
- The chemical oxygen demand(COD)and thebiochemical oxygen demand in 5 days(BOD5)of prime sewage were more than paddy field wa-ter in SIA. 原污水的化学需氧量（COD）和5日生化需氧量（BOD5）高于污灌区稻田水；
- The results showed that the removal efficiency of chemical oxygen demand (COD) and decoloration efficiency were above 95%. 结果表明，经过该法处理后，废水中的化学需氧量（Chemical Oxygen Demand ，COD） 和色度的去除率都在95 %25 以上。
