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首页> 外文期刊>Journal of the British Interplanetary Society >PROJECT ICARUS: ASTRONOMICAL CONSIDERATIONS RELATING TO THE CHOICE OF TARGET STAR
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PROJECT ICARUS: ASTRONOMICAL CONSIDERATIONS RELATING TO THE CHOICE OF TARGET STAR

机译:项目伊卡洛斯:与目标星选择有关的天文注意事项

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In this paper we outline the considerations required in order to select a target star system for the Icarus interstellar mission. It is considered that the maximum likely range for the Icarus vehicle will be 15 light-years, and a list is provided of all known stars within this distance range. As the scientific objectives of Icarus are weighted towards planetary science and astrobiology, a final choice of target star(s) cannot be made until we have a clearer understanding of the prevalence of planetary systems within 15 light-years of the Sun, and we summarise what is currently known regarding planetary systems within this volume. We stress that by the time an interstellar mission such as Icarus is actually undertaken, astronomical observations from the solar system will have provided this information. Finally, given the high proportion of multiple star systems within 15 light-years (including the closest of all stars to the Sun in the a Centauri system), we stress that a flexible mission architecture, able to visit stars and accompanying planets within multiple systems, is desirable. This paper is a submission of the Project Icarus Study Group.
机译:在本文中,我们概述了为伊卡洛斯星际任务选择目标恒星系统所需的注意事项。据认为,伊卡洛斯飞船的最大可能射程为15光年,并提供了该距离范围内所有已知恒星的列表。由于伊卡洛斯(Icarus)的科学目标偏重于行星科学和天体生物学,因此,除非我们对太阳15光年内行星系统的普遍性有更清晰的了解,否则无法最终选择目标恒星。关于该体积内行星系统的当前已知信息。我们强调,到实际执行伊卡洛斯(Icarus)等星际飞行任务时,来自太阳系的天文观测将提供这一信息。最后,鉴于15光年内多星系统的比例很高(包括半人马座系统中所有恒星最接近太阳的位置),我们强调一种灵活的任务架构,能够访问多个系统中的恒星和伴随行星,是可取的。本文是伊卡洛斯计划研究小组的论文。

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