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Latest Progress in Research on the SpaceLiner High-Speed Passenger Transportation Concept

机译:SpaceLiner高速客运概念研究的最新进展

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A vision aimed at revolutionizing ultra-long distance travel between different points on earth could be realized by a high-speed intercontinental passenger transport using rocket based, suborbital launchers. The paper gives an overview on the latest progress in conceptual design of the DLR SpaceLiner presenting geometrical size and mass data and describing results of trajectory simulations. The rockets are based on an advanced but technically conservative approach not relying on exotic technologies. The two-stage, fully reusable vehicle is designed as an "exceedingly reliable" system to overcome the safety deficits of current state-of-the-art launchers. The paper further outlines the latest technical lay-out and flight performance. The question on how to flexibly adjust diverse passenger volume and range distances for different interesting destinations is discussed. The paper also briefly describes innovative active cooling technologies investigated in DLR's arc-heated facility including most recent efficiency data and presents first assessments on system performance.
机译:通过使用基于火箭的亚轨道发射器进行高速洲际客运,可以实现旨在彻底改变地球上不同点之间的超长距离旅行的愿景。本文概述了DLR SpaceLiner概念设计的最新进展,提出了几何尺寸和质量数据并描述了轨迹模拟的结果。火箭基于先进但技术保守的方法,不依赖外来技术。两阶段,完全可重复使用的运载工具被设计为“超可靠”系统,以克服当前最先进的发射器的安全缺陷。本文进一步概述了最新的技术布局和飞行性能。讨论了如何灵活地为不同的有趣目的地调整不同的乘客量和距离的问题。本文还简要介绍了在DLR电弧加热设施中研究的创新型主动冷却技术,包括最新的效率数据,并对系统性能进行了首次评估。

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