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学激光器
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  iodine lasers
     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
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  “学激光器”译为未确定词的双语例句
     Theoretical Analysis and Calculation of the Measurement and Calibration of High energy COIL Laser
     氧碘化学激光器高能强激光测量与校准问题的理论分析与计算
短句来源
     CuCl_2-THE RED EMITTER IN THE CAVITY OF COIL
     氧碘化学激光器的红光发射体CuCl_2
短句来源
     STUDY OF BEAM QUALITY IN A SUPERSONIC COIL WITH UR 90 CAVITY
     氧碘化学激光器UR-90腔光束质量研究
短句来源
     The results of 1.2~1.6 diffraction limits in a supersonic COIL with UR 90 cavity and the errors are discuss are given.
     给出了电子测试仪的测试原理,由所测光斑直径计算了氧碘化学激光器UR-90腔的光束质量指标—衍射极限倍数,达到了1.2~1.6倍衍射极限,最后进行了误差讨论
短句来源
     EXPERIMENTAL STUDY OF A CW CHEMICAL OXYGEN - IODINE LASER
     连续波氧碘化学激光器的实验研究
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  相似匹配句对
     Calculation for output power of chemical oxygen iodine laser
     氧碘化激光器输出功率的估算
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     NEW PROGERSS OF CW CHEMICAL OXYGEN-IODING LASER
     连续波氧碘化激光器的新进展
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     Blue dye laser
     蓝色染料激光器
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     The basic rules of laser including:
     所以,从激光器
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     To learn English
     英语
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  iodine lasers
Recent advances in chemical oxygen-iodine lasers (COIL) are reviewed.
      
The small size and the simple structure of the laser system and its stable operation for long times make it a convenient tool for studying parameters important for high-power supersonic iodine lasers and for comparison to model calculations.
      
Numerical study on the performance of nozzle flow for supersonic chemical oxygen-iodine lasers
      
Singlet delta oxygen generation for Chemical Oxygen-Iodine Lasers
      
The development of Chemical Oxygen-Iodine Lasers is based on the generation of singlet delta oxygen.
      
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We describe the modelling of a pulsed iodine laser that operates by first producing iodine atoms from photodissociation of El, followed by energy transfer with electronically excited oxygen Oy (1). 35 rate processes are considered. By using Bunge-Kutta-Gill integral method in computing, the performances of such oxygen-iodine pulsed lasers are obtamed under a series of operating conditions. The results show that this type of pulsed oxygen-iodine chemical lasers prossesses high chemical efficiency. Increasing...

We describe the modelling of a pulsed iodine laser that operates by first producing iodine atoms from photodissociation of El, followed by energy transfer with electronically excited oxygen Oy (1). 35 rate processes are considered. By using Bunge-Kutta-Gill integral method in computing, the performances of such oxygen-iodine pulsed lasers are obtamed under a series of operating conditions. The results show that this type of pulsed oxygen-iodine chemical lasers prossesses high chemical efficiency. Increasing the partial pressure of O2(1) is shown to be the major path to improve the performances.

采用闪光灯光解RI得到碘原子,再与电子激发态氧O_2(~⊿)传能产生脉冲碘激光的模型。此模型包括35个化学动力学过程。采用Runge-Kutta-Gill积分法求解,得到的结果表明脉冲氧碘化学激光器具有高的效率,提高激光器性能的关键在提高O_2(~1⊿)的分压。

A two-dimensional theoretical model for predicting the diffusional CW oxygen-iodine laser performances is presetted. The parallel mixing at constant lateral pressure between a pair of primary and secondary streams is assumed. A set of parabolic partial differential equations are solved using the finite-difference techniques. The change of specific power with flow direction and the effect of the concentration of O2(1) on specific power are studied.

采用二维理论模型研究连续波扩散型氧-碘化学激光器的性能。假设主、副气流间在侧向压力不变的情况下进行混合和反应,采用有限差分技术来求解偏微分方程组,考察了比功率沿气流方向的变化以及O_2(~1⊿)浓度对比功率的影响。

This paper demonstrates for the first time the feasibility of an electrically initiated pulsed oxygen-iodine laser which can be initiated efficiently by low energy electrons. An O2(1)-CH3I-N2 mixture has been made to lase by electrical initiation with an output energy of 130mJ. The electrical efficiency is 350 times higher than that obtained with photo-initiation.

报道首次利用放电引发方法实现脉冲氧碘化学激光器的研究结果.证实低能电子也能很有效地引发氧碘激光反应.在O_2(~1(?))-CH_3I-N_2体系下激光能量输出达130mJ,电效率比光解方法高350倍.

 
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