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Reusable Propulsion Architecture for Sustainable Low-Cost Access to Space

机译：可持续低成本空间通道的可重复使用推进架构

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Two transportation architecture changes are presented at either end of a conventional two-stage rocket flight: 1) Air launch using a large, conventional, pod hauler design (i.e., Crossbow)ans 2) Momentum exchange tether (i.e., an in-space asset like MXER). Air launch has ana analytically justified cost reduction of approx. 10%, but its intangible benefits suggest real-world operations cost reductions much higher: 1) Inherent launch safety; 2) Mission Risk Reduction; 3) Favorable payload/rocket limitations; and 4) Leveraging the aircraft for other uses (military transport, commercial cargo, public outreach activities, etc.)

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Bonometti, Joseph; Frame, Kyle L.; Dankanich, John W.;
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年度 2005
页码 1-20
总页数 20
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Reusable rocket engines; Space transportation; Cost reduction; Payloads; Low cost; Air launching; Tethering; Risk; Safety; Pods(External stores); Momentum;

机译：可重复使用的火箭发动机;航天运输;降低成本;有效载荷;低成本;空中发射;拴系;风险;安全;吊舱（外部商店）;动量;

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专利

1. Reusability: The Death Knell Of Low-Cost, Responsive Access to Space? [J] . JAMES R. WERTZ Space news . 2004,第12期

机译：可重用性：低成本，响应式访问太空的丧钟？
2. Space technology: Hybrid propulsion enables low-cost space travel [J] . Kevin Jost Aerospace Engineering . 2004,第10期

机译：太空技术：混合动力推进实现低成本太空旅行
3. Three-Dimensional Printing of ‘Green’ Fuels for Low-Cost Small Spacecraft Propulsion Systems [J] . Whitmore Stephen A. Journal of Spacecraft and Rockets . 2018,第1期

机译：低成本小型航天器推进系统的“绿色”燃料的三维打印
4. Quicksat: A Two Stage to Orbit Reusable Launch Vehicle Utilizing Air Breathing Propulsion for Responsive Space Access [C] . D. Eklund Space 2004 Conference and Exhibit . 2004

机译：Quicksat：利用空气呼吸推进器进行响应空间访问的两阶段轨道可重复使用运载火箭
5. Infected Houses & Sanitized Spaces: Architecture, Adaptive Reuse, & Tourism of the Early 20th Century Tubercular Era. [D] . Stout, Jenna D. 2017

机译：受感染的房屋和卫生空间：20世纪初结核时代的建筑，适应性再利用和旅游业。
6. In Situ Representations and Access Consciousness in Neural Blackboard or Workspace Architectures [O] . Frank van der Velde 2018

机译：原位表示和神经黑板或工作区架构的访问意识
7. Structural integrity and durability for Space Shuttle main engine and future reusable space propulsion systems [O] . Gawrylowicz H. T., Marsik S. J. 1986

机译：航天飞机主机和未来可重复使用的空间推进系统的结构完整性和耐用性
8. REUSABLE PROPULSION ARCHITECTURE FOR SUSTAINABLE LOW-COST ACCESS TO SPACE [R] . Bonometti, J. A., Dankanich, J. W., Frame, K. L. 2005

机译：可重复使用的推进架构，可持续低成本获取空间

Reusable Propulsion Architecture for Sustainable Low-Cost Access to Space

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