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Implementation of MACAO for SINFONI at the Cassegrain focus of VLT, in NGS and LGS modes

机译:在NGS和LGS模式下,在VLT CasseGrain焦点的澳门实施澳门的Sinfoni

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The European Southern Observatory (ESO) and the Max Planck Institut fur extraterrestrische Physik (MPE) are jointly developing SINFONI, an Adaptive Optics (AO) assisted Near Infrared Integral Field Spectrometer, which will be installed in the first quarter of 2004 at the Cassegrain focus of YEPUN (VLT UT4). The Adaptive Optics Module, a clone of MACAO, designed and built by ESO, is based on a 60 elements curvature system. It feeds the 3D spectrograph, SPIFFI, designed and built by MPE, with higher than 50% K band Strehl for bright (V<12) on-axis Natural Guide Stars (NGS) and less than 35 mas/hour image motion. The AO-Module will be the first curvature AO system operated in Laser Guide Star (LGS) mode, using a STRAP system for the tip/tilt sensing. The Strehl performance in the LGS mode is expected to be better than 30% in K band.
机译:欧洲南部天文台(ESO)和Max Planck Institut毛皮外壳(MPE)共同开发Sinfoni,一种自适应光学(AO)辅助近红外整体场光谱仪,将于2004年第一季度在CasseGrain焦点安装YEPUN(VLT UT4)。自适应光学模块,由ESO设计和构建的澳门的克隆基于60元素曲率系统。它馈送3D光谱仪,Spiffi,由MPE设计和构建,具有高于50%K带施工,用于亮(V <12)轴上的天然导向恒星(NG),小于35 MAS /小时图像运动。 AO模块将是在激光导航星(LGS)模式下操作的第一曲率AO系统,使用带系统用于尖端/倾斜感测。 LGS模式中的刻度性能预计在K频段中将优于30%。

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