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Study on Dynamic Alignment Technology of COIL Resonator

机译:线圈谐振器动态对准技术研究

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The performance of great power chemical oxygen-iodine laser (COIL) beam is decided mostly by resonator mirror maladjustment and environment vibration. To improve the performance of light beam, an autoalignment device is used in COIL resonator, the device can keep COIL resonator collimating by adjusting the optical components of resonator. So the coupling model of COIL resonator is present. The multivariable self study fuzzy uncoupling arithmetic and six-dimensional micro drive technology are used to design a six-input-three-output uncoupling controller, resulting in the realization of the high precision dynamic alignment. The experiments indicate that the collimating range of this system is 8 mrad, precision is 5 urad and frequency response is 20Hz, which meet the demand of resonator alignment system.
机译:大功率化学氧 - 碘激光(线圈)梁的性能主要由谐振器镜像镜镜和环境振动决定。为了提高光束的性能,在线圈谐振器中使用自动化装置,通过调节谐振器的光学组件,该装置可以保持线圈谐振器准直。因此存在线圈谐振器的耦合模型。多变量自学习模糊剥离算术和六维微型驱动技术用于设计六输入三输出的解耦控制器,从而实现了高精度动态对准的实现。实验表明,该系统的准直范围为8 mrad,精度为5 URAD和频率响应是20Hz,这满足了谐振器对准系统的需求。

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