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HAT-South: A Global Network of Southern Hemisphere Automated Telescopes to Detect Transiting Exoplanets

机译:Hat-South:南半球自动望远镜的全球网络,用于检测过渡的外产

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HAT-South is a network of six identical, fully automated wide field telescopes, to be located at three sites (Chile: Las Campanas, Australia: Siding Springs, and Namibia: HESS site) in the Southern hemisphere. The primary purpose of the network is to detect and characterize a large number of extra-solar planets transiting nearby bright stars, and to explore their di-versity. Operation of HAT-South is a collaboration among the Harvard-Smithsonian Center for Astrophysics (CfA), Max Planck Institute for Astronomy (MPIA) and the Australian National University (ANU). The network is expected to be ready for initial science operations in 2009. The three sites will permit near round-the-clock monitoring of selected fields, and the continuous data-stream will greatly enhance recovery of transits. HAT-South will be sensitive to planetary transits down to R= 14 across a 128 square-degrees combined field of view, thereby targeting a large number of dwarfs with feasible confirmation-mode follow-up. We anticipate a yearly detection rate of approximately 25 planets transiting bright stars.
机译:帽子是一个六个相同,全自动宽阔的望远镜的网络,位于三个地点(智利:Las Campanas,澳大利亚:Sing Springs和Namibia:Hess Site)在南半球。网络的主要目的是检测和表征大量过度的太阳能行星过渡附近的明亮恒星,并探索其Di-Versity。帽子的运作是哈佛 - 史密森县天体物理学中心(CFA),Max Planck天文学研究所(MPIA)和澳大利亚国立大学(ANU)之间的合作。预计该网络将在2009年准备好初始科学业务。三个站点将允许接近选定字段的圆形时钟监测,并且连续数据流将大大提高运输恢复。帽子南方将对行星速度敏感到128平方度的综合视野上的行星速率降至r = 14,从而瞄准具有可行性确认模式的大量矮种。我们预计每年检测率大约25个行星过度的恒星。

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