The researchers now plan to optimize their set-up to see how much higher than can raise the gain of their backward laser.
研究者们现在正着手着让他们设备达到最优化，来看看他们的后向激光的强度还能提高多少。
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。
As such, this "backward laser" could potentially provide measurements of pollutants and other molecules in environments that would be hard or impossible to study with conventional laser systems.
就这样，这种“后向激光”有可能提供一种对污染物质以及环境中其它分子的测量，而这种测量很难或不可能用通常的激光系统进行和研究。
A scheme is suggested in this paper, by which squeezed state light can be radiated from lasers directly via non-degenerate backward four wave mixing in laser cavities.
本文研究通过在激光腔内进行后向非简并四波混频，直接产生压缩态光输出的方案。
In this paper, high efficient backward stimulated Raman compression is obtained pumped by high power KrF laser using focused beam geometry.
利用聚焦的后向拉曼过程实现高功率准分子激光的高效脉冲压缩。
The forward LDV has wider applications than the backward LDV, be-cause of its lower requirements of the laser power.
前向式LDV由于对激光器的功率要求低，所以较后向式LDV造价低使用面广。
Solutions to the resonator parameters and pump parameters of Q-switched end-pumped DPL according to the given laser outputs are termed as backward design of lasers.
已知调Q二极管端面泵浦的固体激光器的输出参数而要求所对应的激光器的谐振腔参数和泵浦参数，被称为调Q二极管端面泵浦的固体激光器的反向设计。
Solutions to the resonator parameters and pump parameters of Q-switched end-pumped DPL according to the given laser outputs are termed as backward design of lasers.
已知调Q二极管端面泵浦的固体激光器的输出参数而要求所对应的激光器的谐振腔参数和泵浦参数，被称为调Q二极管端面泵浦的固体激光器的反向设计。
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