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1·In this paper, the relation between the excitation parameters of the gas laser is discussed.

本文讨论了气体激光器激励参量之间的相互关系。

2·The optical field distribution in wide planar-waveguide CO_2 gas laser satisfies Helmholtz equation.

平板宽波导CO_2激光器波导内光场分布满足亥姆霍兹方程。

3·The long pulse electron beam system reported here was constructed for transverse pumping and e-beam sustained discharge large energy gas laser.

本文介绍的长脉冲大面积强流电子束系统是为横向泵浦和控制放电泵浦大能量气体激光而设计和研制的。

4·The region of the relative excitations has been studied, in this region the third-order theory can be applied to analysis the operation of the gas laser.

研究了相对激发度在什么范围时三阶理论可用于分析气体激光器的运转。

5·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。

6·Voltage multiplier circuit is studied experimentally in this paper, and an improved of voltage multiplier circuit parameters is given for the purpose of small-sized gas laser power.

本文对倍压电路进行了实验研究，针对气体激光器电源的小型化，提出了倍压电路参数的改进途径。

7·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.

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。

8·But the best thing is that they don't have to actually create neutron degenerate matter itself, just cool some lithium-6 gas to nearly absolute zero, grab it inside a laser trap and make it wobble.

但最好的事情莫过于他们不必真的制造出中子简并物质本身，只要把一些锂- 6气体冷却到接近绝对零度，然后把它们抓到激光阱并使之振动即可。

9·They say that their backward laser would, for example, make it much easier to scan the atmosphere for signs of methane in the case of a ruptured gas pipe.

他们说他们的后向激光可以，例如，在气体输运管道破裂的情况下使探测大气中的甲烷信号变得更容易。

10·When the laser trap was turned off and back on again, the ultra-cooled gas oscillated like a jelly sphere.

当激光阱被不断地关闭开启时，超冷气体像一个疲软的球体一样振动起来。