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首页> 外文会议>International Astronautical Congress >HUMAN EXPLORATION OF THE SOLAR SYSTEM SYMPOSIUM (A5) Joint session on Human and Robotic Partnerships to Realize Human Spaceflight Goals (3-B3.6):SYNERGIES OF ROBOTIC ASTEROID REDIRECTION TECHNOLOGIES AND HUMAN SPACE EXPLORATION
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HUMAN EXPLORATION OF THE SOLAR SYSTEM SYMPOSIUM (A5) Joint session on Human and Robotic Partnerships to Realize Human Spaceflight Goals (3-B3.6):SYNERGIES OF ROBOTIC ASTEROID REDIRECTION TECHNOLOGIES AND HUMAN SPACE EXPLORATION

机译：人力系统研讨会（A5）联合会议的人类和机器人伙伴关系，实现人类航天目标（3-B3.6）：机器人小行星重定向技术和人类空间探索的协同作用

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In 2011 the Keck Institute for Space Studies at the California Institute of Technology examined the feasibility of an Asteroid Retrieval Mission with the goal of rendezvousing with, capturing, and redirecting to a stable lunar orbit an entire small near-Earth asteroid [1]. This concept is now under consideration for implementation by NASA [2,3]. KISS has continued their support of this concept through the examination of mission architectures that look more broadly at how asteroid retrieval technology could be used to extend human activities beyond cislunar space. Since the development of the asteroid retrieval mission concept a number of ideas have been brought forward for applications of this capability to other important space activities including planetary defense,deep-space human space transportation, commercial exploitation, and science investigations. Consideration of these and other applications is important because the asteroid retrieval technology represents a new and exciting capability for humanity, the implications of which are only just now being developed. The asteroid retrieval mission concept is envisioned as a supporting step in the long-range human exploration program for missions beyond the Moon and eventually to Mars. Broader consideration of the technologies and opportunities inherent with asteroid retrieval would help put the first proposed asteroid retrieval mission in context as an essential step in expanding human presence beyond low Earth orbit. A KISS workshop held in April 2014 brought together experts from around the world to identify potential applications of asteroid retrieval technology. This paper describes the output from that workshop.
机译：2011年，加州理工学院的凯克空间研究所研究了小行星检索使命的可行性，以捕获，捕获和重定向到一个稳定的月球轨道整个小型近地球小行星[1]。现在正在考虑这个概念以通过NASA [2,3]实施。 Kiss继续通过考试通过考试旨在展望小行星检索技术如何用于扩展Cislunar空间之外的人类活动来展望这一概念的支持。自行列区检索任务概念的发展以来，为其他重要空间活动的应用程序提供了许多想法，以便将这种能力的应用程序的应用，包括行星防御，深空的人类空间运输，商业剥削和科学调查。考虑到这些和其他应用是重要的，因为小行星检索技术代表了人类的新的和激动人心的能力，其唯一才能刚才正在开发。设想小行星检索使命概念作为月球超出月球超越人类勘探计划的支持步骤，最终到火星。更广泛地考虑到各小行星检索固有的技术和机会将有助于将第一个提出的小行星检索使命放在背景下作为扩大人类存在超越地球轨道的重要一步。 2014年4月举办的一个亲吻研讨会汇集了来自世界各地的专家，以识别小行星检索技术的潜在应用。本文介绍了该研讨会的输出。

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