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Feasibility Study for Using Cygnus as a Habitat in Deep Space Exploration

机译:在深空探测中使用天鹅座作为栖息地的可行性研究

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Orbital ATK is the primary developer of the Cygnus spacecraft, which is the company's flagship vehicle for logistics support for the International Space Station (ISS) under NASA's Cargo Resupply Service (CRS) contracts. Cygnus had five successful resupply missions to the ISS, with six additional missions scheduled under CRS1 and a minimum of six missions under CRS2. Orbital ATK is taking the experience learned from the Cygnus missions and applying them to their NextSTEP (Next Space Technologies for Exploration Partners) contract, which is looking at adapting a Cygnus vehicle into a habitat for deep space exploration. This paper will discuss the various attributes and benefits of including a Cygnus derived habitat in NASA's Journey to Mars exploration architecture. It will look at the three areas NASA has defined in their road map to Mars; Earth Reliant, Proving Ground, and Earth Independent and evaluate how a Cygnus derived vehicle can support the goal for deep space exploration.
机译:Orbital ATK是Cygnus航天器的主要开发商,后者是该公司根据NASA的货物补给服务(CRS)合同为国际空间站(ISS)提供后勤支持的旗舰工具。天鹅座成功完成了5次对ISS的补给任务,其中CRS1安排了另外6次任务,CRS2安排了至少6次任务。轨道ATK正在汲取从天鹅座飞行任务中学到的经验,并将其应用到他们的NextSTEP(探索伙伴的下一代空间技术)合同中,该合同正在寻求将天鹅座飞行器改装到深空探索的栖息地中。本文将讨论在美国国家航空航天局的“火星之旅”探索架构中包括天鹅绒般的栖息地的各种属性和好处。它将考察NASA在其通往火星的路线图中定义的三个区域;依靠地球,试验场和地球独立,并评估源自天鹅座的飞行器如何支持深空探索的目标。

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