为消除望远镜的光学系统及支架受重力和温度等因素影响引起的变形而采用的一种波面校正技术
The LAMOST is the first telescope using active optics on a thin segmented in China and actually in the world. However,the current design of the telescope is still for confocal imaging and does not involve the coplanar technology.
LAMOST是我国也是世界上唯一的同时应用薄镜面主动光学和拼接镜面主动光学的望远镜,但望远镜目前的设计要求还只是共焦,还没有很好地开展共面技术的研究和应用。
参考来源 - 基于Keck方法的大型拼接镜面共面方法的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
对主动光学技术在现代天文光学望远镜中的作用和工作原理作了较全面的介绍和评论。
The general theory and the principal function of the active optics applied in the modern astronomical optical telescopes are described and reviewed in this paper.
国际主动光学技术权威雷·威尔逊评价：“中国的新设备是主动光学技术最先进和雄心勃勃的应用。”
The international active optical technology authority Ray Wilson commented: "China's new equipment is the most advanced and ambitious application of the active optical technology."
而傅里叶变换轮廓术作为一种主动光学三维形貌测量技术，因其只需要一幅变形光栅图样来做全场分析的优点，而受到人们广泛关注。
The Fourier transform profilometry as an active optical 3d shape measurement technology has been widely concerned because it need only one deformed grating image to make full-field analysis.
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