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Development, testing, and packaging of a redundant regenerable carbon dioxide removal system (RRCRS)

机译:冗余可再生二氧化碳去除系统的开发,测试和包装(RRCRS)

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Enhancements to the Regenerable Carbon Dioxide Removal System (RCRS) have undergone full-scale, pre-prototype development and testing to demonstrate a redundant system within the volume allotted for the RCRS on the Space Shuttle Orbiter. The concept for a Redundant Regenerable Carbon Dioxide Removal System (RRCRS) utilizes the existing canister of the RCRS, but partitions it into two, independent, two-bed systems. This partitioning allows for two, fully capable RCRS units to be packaged within the original volume, thus reducing stowage volume and launch weight when compared to the flight RCRS plus the backup LiOH system. This paper presents the results of development and testing of a full- scale, pre-prototype RRCRS and includes an overview of the design concept for a redundant system that can be packaged within the existing envelope.
机译:可再生二氧化碳去除系统(RCR)的增强功能经过全面,预先原型开发和测试,以证明在空间梭子轨道上分配RCR的卷内的冗余系统。冗余可再生二氧化碳去除系统(RRCLS)的概念利用现有的RCR罐,但将其分成两个,独立,两层系统。这种分区允许两个,完全有能力的RCRS单元包装在原始体积内,从而减少与飞行RCR加上备用LiOH系统相比的存放量和发射重量。本文介绍了开发和测试的开发和测试,预先原型RRCRS,并包括可以在现有信封内打包的冗余系统的设计概念概述。

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