进入空间进行技术验证任务:实用指南

L. Herrell
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引用次数: 4

摘要

空间技术实验和验证任务与整个航空航天工业有一个共同的困境:进入空间的成本高。无论实验是所谓的大学立方体卫星,大学测量实验,还是美国宇航局新千年计划(NMP)技术验证任务,进入太空的选择都可以根据特定的限制进行适当的缩放。一颗立方体卫星可以作为若干颗立方体卫星中的一颗在实验飞行器上协商飞行。一所大学的实验可能也会有同样的效果。NASA的飞行验证可能会与空军的实验任务合作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Access to Space for Technology Validation Missions: A Practical Guide
Space technology experiments and validation missions share a common dilemma with the aerospace industry in general: the high cost of access to space. Whether the experiment is a so-called university cubesat, a university measurement experiment, or a NASA New Millennium Program (NMP) technology validation mission, the access to space option can be scaled appropriately for the particular constraints. A cubesat might fly as one of a number of cubesats that negotiate a flight on an experimental vehicle. A university experiment might do the same. A NASA flight validation might partner with an Air Force experimental mission.
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