论文标题
Robo-Ao M矮人多重性调查：目录
Robo-AO M Dwarf Multiplicity Survey: Catalog
论文作者
论文摘要
我们分析了在210万基特峰望远镜上进行的Robo-Ao田间M矮人调查的观察结果，并与Gaia Dr2进行了多重比较。通过其激光引导的自动化系统，Robo-AO仪器迄今为止产生了最大的自适应光学器件。在开发一个界面以在视觉上识别和定位恒星伴侣之后，我们选择了11个Lowsimentimence Robo-AO检测，以便使用NIRC2在Keck II望远镜上进行后续访问。在机器人AO调查中，我们在4英寸大约534颗恒星中发现了553个候选同伴，在5566个独特的目标中，大多数目标是新发现。在所有目标上使用与DR2的位置交叉匹配，我们评估了Gaia DR2的二进制可回收性，并比较了其他属性由Robo-ao和Gaia的属性分辨出来的属性。观察这些星星，例如NASA苔丝任务。
We analyze observations from Robo-AO's field M dwarf survey taken on the 2.1m Kitt Peak telescope and perform a multiplicity comparison with Gaia DR2. Through its laser-guided, automated system, the Robo-AO instrument has yielded the largest adaptive optics M dwarf multiplicity survey to date. After developing an interface to visually identify and locate stellar companions, we selected eleven lowsignificance Robo-AO detections for follow-up on the Keck II telescope using NIRC2. In the Robo-AO survey we find 553 candidate companions within 4" around 534 stars out of 5566 unique targets, most of which are new discoveries. Using a position cross match with DR2 on all targets, we assess the binary recoverability of Gaia DR2 and compare the properties of multiples resolved by both Robo-AO and Gaia. The catalog of nearby M dwarf systems and their basic properties presented here can assist other surveys which observe these stars, such as the NASA TESS mission.
