化学激光器的特点是以释能化学反应提供能源。
Chemical laser is characteristically energized by an exoergic chemical reaction.
增益发生器是化学激光器的关键部件之一。
Gain generator is one of the key part of the chemical laser.
压力恢复系统是高能化学激光器的关键技术之一。
Pressure recovery system is one of the key techniques for the high energy chemical lasers .
压力恢复系统是氧碘化学激光器的重要组成部分。
The pressure recovery system is an important part of Chemical Oxygen-Iodine Laser(COIL).
本文对脉冲氧碘化学激光器的增益性能进行了理论估算。
The gain characteristics of a pulsed oxygen-iodine chemical laser has been studied theoretically.
介绍一个计算连续波hf化学激光器浓度场的简化模型。
A simplified model for calculating concentration field of diffusion-type CW HP chemical lasers is presented.
压力恢复系统（PRS）是高能化学激光器的关键技术之一。
Pressure recovery system(PRS) is one of the key techniques for the high energy chemical lasers(HECL).
描述了测量连续波hf化学激光器小信号增益空间分布的装置。
An apparatus for measuring the spatially resolved small-signal gain of CW HF chemical lasers is described.
燃烧驱动DF/HF化学激光器在军事和工业领域有着比较广泛的应用。
The continuous wave DF/HF chemical laser is widely used in the field of industry and military affairs.
由于它相对于氟气更容易使用，NF 3在高能化学激光器中用作氟源。
NF3 is also used as a fluorine source in high energy chemical lasers, owing to its ease of use relative to fluorine gas.
对同轴闪光灯泵浦的化学激光器及其激光信号的探测系统做了较为详细的描述。
The construction of the chemical laser with its concentric flash lamp and the laser signal detection system are described in more detail.
化学激光器是以释能化学反应提供能源，并且以化学反应产生粒子数反转为基础的。
Chemical laser is characteristically energized by an exoergic chemical reaction which produces the necessary population inversion of lasing species.
利用数值模拟方法对采用高超音速低温喷管（HYLTE）线性阵列DF化学激光器进行了研究。
The DF chemical laser, adopting the Hypersonic-Low Temperature(HYLTE) nozzle in linear array form, was numerically studied.
为了评价化学激光器增益发生器模块的性能，采用变耦合率法对化学激光器的小信号增益系数进行了研究。
In order to evaluate the performance of the gain generator in a chemical laser, the small signal gain has been measured using the variable output coupling method.
利用可调谐二极管激光器为探测光源，直接测量了氧碘化学激光器的增益谱线的精细结构及其各谱线所占比例。
We firstly measured gain spectra of chemical oxygen-iodine laser by a tunable diode laser driven by a signal generator and got relative percentages of gain spectra.
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。
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.
介绍了利用自发喇曼散射光谱测量氧碘化学激光器单态氧发生器氯气利用率的原理及实验装置，并给出了在以氮气作为稀释气的0。
The principle and experimental setup that can measure the chlorine utilization in singlet oxygen generator (SOG) for COIL have been introduced, and the results from the tests that contacted on a 0.
测试首先将水或其他惰性物质通过激光以验证其完整性，随后激光器的化学流通过激光以确保序列和控制。
The tests first flow water or other inert substances through the laser to verify its integrity. Next, the laser\'s chemicals flow through the laser to confirm sequencing and control.
这些激光器一般利用化学燃料，通过各种单向反应直接驱动激射过程。
These lasers usually employ chemical combustion to energize directly the lasing process by various one-way reactions.
简要概述了脉冲激光蒸发淀积(PLED)和激光诱导化学气相淀积(LCVD)的基本原理、淀积系统和激光器。
The basic principles, deposition systems and laser sources of pulsed laser evaporation deposition (PLED) and laser-induced chemical vapor deposition (LCVD) are simply introduce.
本文报导了我们在混合型轴流一氧化碳激光器选频的研究成果，以及作者在适宜于光化学反应的轴流一氧化碳激光器主副腔方面的理论研究进展。
This paper will report the new achievements in our research on frequency tuning means of mix-structure co axial flow laser, especially on composite cavities of co laser suit for photochemistry.
由于化学储能的巨大，这类器件目前输出的连续波功率已达兆瓦级，大大高于所有其他激光器。
Based on the enormous chemical energy deposit, several kinds of chemical laser now deliver the cw power outputs of megawatt magnitude, far higher than any other lasers.
我们的产品用于许多行业，包括：实验室、激光器、制药、塑料行业、化学和医疗。
Our products are used in a multitude of industries, including: laboratory, lasers, pharmaceutical, plastics, chemical, and medical.
利用可调谐二极管激光器做探测光源，测量了超音速氧碘化学激光的增益谱线和增益线型。根据多普勒展宽，间接得到了超音速氧碘激光器的腔内温度。
A tunable diode laser was used to probe the gain spectra and profile of a supersonic COIL. The cavity temperature was obtained based on Doppler broadening.
介绍了国外固体激光器在靶场测量、成像、制导、火控、化学战剂监测、风场测量、光电对抗、激光通信等方面的军事应用现状。
The state of art of the military applications of solid state laser in range fields measure, imaging, guidance, fire c...
激光染料的光化学稳定性是染料激光器的重要技术指标。
The photochemical stability of the dye is one of important technical indicators of the lasers.
激光染料的光化学稳定性是染料激光器的重要技术指标。
The photochemical stability of the dye is one of important technical indicators of the lasers.
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