In this article, the method of computer-aided alignment of unstable resonator is presented.
本文针对这一问题，对非稳腔的计算机辅助装调方法进行了研究。
A positive-branch unstable resonator with a step reflectivity mirror used in high power CO_2 laser is presented.
本文提出了在高功率CO_2激光器上应用阶梯反射输出的虚共焦非稳腔。
It is proven that an effective output of green laser can be achieved with unstable resonator and side pump module.
研究表明利用非稳腔腔型，在侧面抽运的模块中，可以实现高效的大功率绿光输出。
The method of computer-aided alignment of unstable resonator is presented and its numerical simulation results are given.
针对这一问题，对非稳腔的计算机辅助装调方法进行了研究，并对该过程进行了数值模拟。
In the experiment we used convex-plane unstable resonator, and analysis the convex mirrors and gain medium thermal lens as a telescope system.
实验采用凸平直线非稳腔，将凸面镜和增益介质热透镜效应等效为望远镜系统进行分析。
The differences of the passive mode-locking by the SESAM in the plane-concave stable resonator and the plane-convex unstable resonator lasers were experimentally compared and reasonably explained.
实验比较了SESAM器件在平凹稳定腔和平凸非稳腔激光器中实现被动锁模的差异，并给出理论解释。
The experimental results showed that good beam quality was obtained with a hybrid unstable resonator in which useful output energy was obtained by transmission through a partially transparent mirror.
实验结果表明对于高增益的准分子激光，采用部份透射镜作耦合输出的混合型非稳腔可以使准分子激光的发散角减小到毫弧度量级。
The experimental results showed that good beam quality was obtained with a hybrid unstable resonator in which useful output energy was obtained by transmission through a partially transparent mirror.
实验结果表明对于高增益的准分子激光，采用部份透射镜作耦合输出的混合型非稳腔可以使准分子激光的发散角减小到毫弧度量级。
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