变形：一个影像的水平空间和垂直空间里，这个光学系统呈现不同的放大倍数。
Anamorphic: an optical system having different magnifications in the horizontal and vertical dimensions of the image.
在常规的自适应光学系统中，变形镜与波前传感器满足共轭位置关系以保证最好的校正效果。
In normal adaptive optical system, the deformable mirror and the wavefront sensor are conjugated in order to achieve the best wavefront correction.
在双变形镜自适应光学系统中，实现全场补偿的关键步骤之一是使得变形镜2上主激光的振幅分布具有信标光振幅分布。
One key step for full field correction is to match the main laser amplitude distribution with beacon amplitude distribution on deformable mirror 2 in two deformable mirror adaptive optics.
基于随机并行梯度下降（SPGD）算法，32单元变形镜，CCD成像器件等建立了无波前传感自适应光学系统实验平台。
Based on stochastic parallel gradient descent (SPGD) control algorithm, an adaptive optics test-bed without a wave-front sensor was built with a 32-element deformable mirror and a CCD.
具有光学共轭关系的两个或更多的组合的变形镜可以用来提高自适应光学系统的空间校正能力。
The spatial correction capability of AO system can be improved by two or more combinational-DMs (CDMs) with conjugation relationship.
详细讨论了自适应光学系统带宽以及变形镜驱动器间距对非线性热晕效应位相补偿的影响。
The influence of the bandwidth (time delaying) and the deformable mirror interactuator spacing of the adaptive optics system on the phase compensation efficiency are discussed in detail.
大口径光学元件的重力变形对元件检测和光学系统性能影响很大。
The Gravity deformation of large aperture optical cell greatly affect the optical surface test and the optical system performance.
建立了由微机械薄膜变形镜(MMDM)构成的微小型自适应光学系统，该系统具有低成本、低能耗、体积小的特点。
A microminiature adaptive optics system with a 37-channel micromachined membrane deformable mirror (MMDM) were built, which features low cost, low power consumption, small size.
支撑结构试验样机已经加工完成，地面调试结果表明主镜的镜面变形满足整个光学系统的要求。
Therefore, the supporting system is very important to the whole telescope, and it must satisfy the need of on the ground, on the track and during the launching process.
支撑结构试验样机已经加工完成，地面调试结果表明主镜的镜面变形满足整个光学系统的要求。
Therefore, the supporting system is very important to the whole telescope, and it must satisfy the need of on the ground, on the track and during the launching process.
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