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Piezoelectric deformable mirror technologies for astronomy at IOE, CAS

机译:CAS,CAS的天文学压电可变形镜技术

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Institute of Optics & Electronics (IOE), Chinese Academy of Sciences (CAS) has more than 30 years experience on piezoelectric deformable mirror(DM) technologies research and developing since early 1980s. Several DMs of IOE have been used in many different application systems. A brief history of piezoelectric DMs development in IOE and several recently achievements, and the main characters, performance and test results of the DMs for astronomy will be presented in this paper. 1) High-order DM. DM prototype with 913-element for 4m telescope has been fabricated and tested in laboratory. 2) Adaptive Secondary Mirror (ASM). A 73-element ASM prototype with 12 microns stroke for 1.8m telescope has been fabricated. It will be installed onto the 1.8m telescope with a compact adaptive optics (AO) system. 3) Small spacing DM. A 6mm spacing 127-element DM based on the same construction with the High-order DM has been used in AO system of 1m New Vacuum Solar Telescope (NVST) in Yunnan Observatories. Higher density(3mm spacing) DM based on a novel construction has being developed. In 2012, the novel DM prototype with 100-element was fabricated and tested carefully in laboratory. Beside, a 6mm spacing 151-element DM based on the novel construction has being fabricated for the solar AO system.
机译:中国科学院(CAS)中国科学院光学和电子学院(IOE)在20世纪80年代初以来,拥有30多年的压电可变形镜(DM)技术研究和开发。许多不同的应用系统中使用了几个IOE的DMS。本文介绍了IOE中压电DMS开发的简要历史,以及天文学DMS的主要特征,性能和测试结果。 1)高阶DM。 DM原型为4M望远镜的913元件,并在实验室进行了制造和测试。 2)自适应二手镜(ASM)。制造了具有12微米行程的73元件ASM原型,已制造1.8M望远镜。它将安装在1.8M望远镜上,采用紧凑的自适应光学(AO)系统。 3)小间距DM。基于相同结构的6mm间距127元件DM,在云南观测区的1M新真空太阳能望远镜(NVST)的AO系统中使用了AO系统。开发了基于新建建筑的较高密度(3mm间距)DM。 2012年,在实验室中仔细制造和测试具有100元元素的新型DM原型。此外,基于新型建筑的6mm间距为151元件DM为太阳能AO系统制造。

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