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Adaptive optics at the Big Bear Solar Observatory: Instrument description and first observations

机译:大熊太阳天文台的自适应光学系统:仪器描述和初步观察

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摘要

In 2004 January, the Big Bear Solar Observatory (BBSO) was equipped with a high-order adaptive optics (AO) system built in collaboration with the National Solar Observatory (NSO) at Sacramento Peak. The hardware is almost identical to the AO system operated at the NSO Dunn Solar Tower (DST), incorporating a 97 actuator deformable mirror, a Shack-Hartmann wave-front sensor with 76 subapertures, and an off-the-shelf digital signal processor system. However, the BBSO optical design is quite different. It had to be adapted to the 65 cm vacuum reflector and the downstream postfocus instrumentation. In this paper, we describe the optical design, demonstrate the AO performance, and use image restoration techniques to illustrate the image quality that can be achieved with the new AO system.
机译:2004年1月,大熊太阳能天文台(BBSO)配备了与萨克拉曼多峰国家太阳能天文台(NSO)合作建造的高阶自适应光学(AO)系统。硬件几乎与在NSO邓恩太阳能塔(DST)上运行的AO系统相同,包括一个97个执行器可变形镜,一个具有76个子孔径的Shack-Hartmann波前传感器和一个现成的数字信号处理器系统。但是,BBSO的光学设计完全不同。它必须适合65厘米的真空反射镜和下游的后聚焦仪器。在本文中,我们描述了光学设计,演示了AO性能,并使用图像恢复技术来说明使用新AO系统可以实现的图像质量。

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