A Taskable Space Vehicle Realizing Cost Savings by Combining Orbital and Suborbital Flight

Thomas C. Co; Jonathan T. Black

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A Taskable Space Vehicle Realizing Cost Savings by Combining Orbital and Suborbital Flight

机译：通过轨道与亚轨道飞行相结合实现成本节约的任务型航天器

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The current space culture of fielding large, expensive, and capable satellite systems is not sustainable; it can neither satisfy the operational needs of US war fighters nor keep up with threats posed by other spacefaring nations. Just as conventional warfare must adapt to today's counter-insurgency demands, so must conventional space culture adapt to today's space environment. New initiatives such as ORS and the research discussed in this article seek to do just that.

机译：部署大型，昂贵和有能力的卫星系统的当前空间文化是不可持续的；它既不能满足美国战机的作战需求，也不能跟上其他航天国家带来的威胁。正如常规战争必须适应当今的平叛需求一样，常规太空文化也必须适应当今的太空环境。诸如ORS之类的新举措以及本文中讨论的研究都试图做到这一点。

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来源
《Aerospace Power Journal》 |2011年第2期|p.74-80|共7页
作者
Thomas C. Co; Jonathan T. Black;
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Air Force Institute of Technology (AFIT), Wright-Patterson AFB, Ohio;

Department of Aeronautics and Astronautics at AFIT;

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正文语种 eng
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1. Unmanned X-37B orbital test vehicle begins second flight--Crewless spacecraft could replace Space Shuttle and reduce costs [J] . High-Performance Composites . 2011,第3期

机译：无人X-37B轨道测试飞行器开始第二次飞行-无人驾驶的航天器可以取代航天飞机并降低成本
2. Virgin Galactic's VSS Enterprise makes first manned glide flight--All-composite suborbital spaceplane on track to be first space tourism vehicle [J] . High-Performance Composites . 2010,第6期

机译：维珍银河（Virgin Galactic）的VSS Enterprise进行首次载人滑行飞行-轨道上的全复合亚轨道太空飞机将成为首款太空旅游飞行器
3. Mathematical Modeling of Processes Underlying the Spacecraft Surface Glow On orbital and Suborbital Flights [J] . N. M. Kortsenstein, E. V. Samuilow, Yu. A. Plastinin Космические исследования . 2000,第3期

机译：轨道和亚轨道飞行中航天器表面辉光下的过程的数学模型
4. Suborbital Flight Tests of a Robotics-based Payload for Studying on-Orbit Identification of Spacecraft Inertia Parameters [C] . Gerardo Martinez, Ou Ma, Milton Winkles, AIAA space forum . 2016

机译：基于机器人的有效载荷的亚轨道飞行测试，用于研究航天器惯性参数的在轨识别
5. Application of reconfigurable flight control techniques to reduce life cycle costs for unmanned orbital vehicles. [D] . Gave, Robert. 1991

机译：可重构飞行控制技术的应用，以减少无人轨道飞行器的生命周期成本。
6. Cost Savings Realized by Implementation of Routine Microbiological Identification by Matrix-Assisted Laser Desorption Ionization–Time of Flight Mass Spectrometry [O] . Anthony Tran, Kevin Alby, Alan Kerr, 2015

机译：通过基质辅助激光解吸电离-飞行时间质谱仪进行常规微生物鉴定实现成本节省
7. The suborbital particle aggregation and collision experiment (SPACE): Studying the collision behavior of submillimeter-sized dust aggregates on the suborbital rocket flight REXUS 12 [O] . Brisset, J., Heißelmann, D., Kothe, S., 2013

机译：亚轨道粒子聚集和碰撞实验（spaCE）：研究亚毫米级尘埃聚集体在亚轨道火箭飞行中的碰撞行为REXUs 12
8. Taskable Space Vehicle: Realizing Cost Savings by Combining Orbital and Suborbital Flight. [R] . J. T. Black T. C. Co 2011

机译：可任务空间飞行器：结合轨道和亚轨道飞行实现成本节约。

A Taskable Space Vehicle Realizing Cost Savings by Combining Orbital and Suborbital Flight

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