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- rare gas laser 稀有气体激光器
- In most cases, rare gas seldom reacts with other matter. 一般情况下,稀有气体很难与普通物质发生反应。
- These gas lasers give off a continuous beam. 这种气体激光器产生连续不断光束。
- Neon, a rare gas in the air, takes only fractional percentage point of the volume. 氖是空气中的稀有气体,只占空气体积的千分之几。
- Abstract: Direct simulation Monte Carlo method has been successfully applied into simulation of rare gas. 文摘:直接模拟蒙特卡罗法在稀薄气体模拟中获得了成功的应用。
- Direct simulation Monte Carlo method has been successfully applied into simulation of rare gas. 直接模拟蒙特卡罗法在稀薄气体模拟中获得了成功的应用。
- Arc Discharge Influence on Output Characteristic of Gas Laser Resonator for Multi-pair Electrodes. 弧光放电对多电极对气体激光器输出特性的影响
- One is the van der Waals interaction between rare gas and small molecules, the other is the studies on the bond interaction of rare gas atoms. 本文主要概述了稀有气体化学研究的两个方面:一是对稀有气体和一些分子之间范德华作用的研究,二是对稀有气体原子成键作用的研究。
- The most common method to "pump" a gas laser--that is, to invert the population in the states that give rise to light amplification--is to use a gas discharge. “发射”气体激光(也就是反转能产生光放大的那些状态的粒子数)的最普通方法是运用气体放电。
- Abstract: In the experiment of gas laser pumped by electron beam, large area uniform electron beam is important to generate high efficiency laser output. 摘 要: 在电子束泵浦气体激光实验中,大面积均匀电子束是获得高效能激光输出的必要条件。
- This paper analyses the coupling wastage in columniform wave guide gas laser, and gives the function between the coupling wastage of laser guide modulo EH11 and the position and radius of reflector. 摘要分析了圆柱形波导气体激光器中的耦合损耗,给出了最低阶波导模EH11的耦合损耗与反射镜位置、曲率半径的函数关系。
- Argon is also widely used in the lighting industry for filling bulbs and in combination with other rare gases for special color effects. 氩还在照明工业得到了广泛应用,填充灯泡,以及同其它稀有气体一起用于获得特殊的颜色效果。
- We have calculated interatomic charge density overlap integrals of all homogeneons rare gases in this paper. 本文对相同稀有气体原子间电荷密度的重叠积分进行了全面计算。
- The small aperture effect and the lens-Jike effect formed by model HAW aerodynamic laser window are analysed and studied experimentally, and the advantages making use of the aerodynamic laser window in high power gas laser are described. 本文分析和实验研究了haw型气动激光窗口所形成的小孔光阑效应和类透镜效应对光束传输的影响,阐明了在高功率气体激光器中使用气动激光窗口的优越性。
- It is the most plentiful of the rare gases making up approximately 1% of the earth's atmosphere. It is monatomic and extremely inert, forming no known chemical compounds. 它是最丰富的稀有气体,占地球空气的约1%25。它是单原子,极不活泼,没有已知的化合物。
- Two types of lasers are now in common use: solid lasers, which are capable only of providing short Bursts of power, and gas lasers, which produce a continuous laser beam. 通常使用的激光器有两种:只能发出短促脉冲的固体激光器和能发出不间断激光束的气体激光器。
- The later contains not only conventional non-hydrocarbon gases like carbon dioxide, hydrogen, nitrogen, and etc, but also rare gases, such as helium, argon, and even neon. 在非烃气中有二氧化碳、氢气、氮气等常规非烃气体,也有号称惰性气体的稀有气体。
- Gas lasers look something like a combination of a neon tube and a fluouescent lamp. 气体激光器看来有点像氖管和营光灯的组合。
- It was in the days when motorcars were rare. 那是在汽车还罕见的时代。
- Because gas lasers were often used as the light source, their beam had to be coupled into the thin-film wave guides. 由于气体激光器常用作光源,故必须将其光束耦合到薄膜波导中去。