The NASA ARC Small Spacecraft Division

机译：NASA ARC小型航天器分部

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As the utility and usefulness of small spacecraft are being demonstrated in orbit by NASA and other organizations and academia, it is becoming clear that small spacecraft can and should have a large roll in the exploration of the solar system. The various benefits associated with small platforms include low cost, frequent missions, and by virtue of those features, repeatable and evolutionary missions. This paper describes the motivation for establishing a dedicated function within the NASA Ames Research Center to pursue and implement multiple missions with small, inexpensive spacecraft, and outlines some future trends and directions of the Small Spacecraft Division within the context of science and exploration.

机译：随着小型航天器的实用性和实用性已由美国宇航局和其他组织以及学术界在轨道上证明，越来越明显的是，小型航天器可以而且应该在探索太阳系方面起着很大的作用。与小型平台相关的各种好处包括低成本，频繁执行任务，并凭借这些功能实现了可重复和不断发展的任务。本文描述了在美国宇航局艾姆斯研究中心内建立专门职能以追求和执行小型，廉价航天器的多个任务的动机，并概述了科学和探索背景下小型航天器分部的一些未来趋势和方向。

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《Annual AIAA/USU conference on small satellites》|2007年|p.1-6|共6页
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Peter D. Klupar; John W. Hines; B. Yost;
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中图分类 V474.6;
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1. NASA Spacecraft Hit Moon In Search of Water Ice [J] . CLEAN WATER REPORT GROUP Clean water report . 2009,第21期

机译：美国宇航局太空船撞月寻找水冰
2. Bill Thigpen, Engineering Branch Chief,NASA's Advanced Supercomputing Division,Ames Research Center, Moffett Field, CA [J] . NASA Tech Briefs . 2008,第8期

机译：比尔·蒂格彭（Bill Thigpen），美国加利福尼亚州莫菲特菲尔德市艾姆斯研究中心美国国家航空航天局高级超级计算部门工程处处长
3. NASA’s Meteoroid Engineering Model 3 and Its Ability to Replicate Spacecraft Impact Rates [J] . Moorhead Althea V., Kingery Aaron, Ehlert Steven Journal of Spacecraft and Rockets . 2020,第1期

机译：NASA的流星工程模型3及其复制航天器撞击率的能力
4. The NASA ARC Small Spacecraft Division [C] . Peter D. Klupar, John W. Hines, B. Yost Annual American Institute of Aeronautics and Astronautics/Utah State University conference on small satellites . 2007

机译：美国宇航局弧形小航天器部门
5. Modified hybrid modeling technique for flexible spin-stabilized spacecraft applied to NASA's magnetospheric multiscale (MMS) mission TableSat generation IC (TableSat IC) [D] . Hashem, Christopher P. 2016

机译：用于柔性旋转稳定宇宙飞船的改进的混合型混合型化技术应用于NASA磁体多尺度（MMS）任务宗旨，IC（Tablesat IC）
6. Cognitive Performance During Confinement and Sleep Restriction in NASA’s Human Exploration Research Analog (HERA) [O] . Jad Nasrini, Emanuel Hermosillo, David F. Dinges, 2020

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7. MEASUREMENT OF RADIATION EXPOSURE OF ASTRONAUTS BY RADIOCHEMICAL TECHNIQUES. Quarterly Research Report to the NASA Manned Spacecraft Center, April 3--July 2, 1972. [O] . R.L. Brodzinski 1972

机译：放射化技术测量宇航员辐射暴露。美国宇航局载人宇宙飞船中心季度研究报告，4月3日至1972年7月2日。
8. Spacecraft Health Automated Reasoning Prototype (SHARP): The fiscal year 1989 SHARP portability evaluations task for NASA Solar System Exploration Division's Voyager project [R] . Atkinson, David J., Doyle, Richard J., James, Mark L., 1990

机译：航天器健康自动推理原型（sHaRp）：美国宇航局太阳系勘探部门旅行者项目的1989财政年度sHaRp可携性评估任务

The NASA ARC Small Spacecraft Division

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