发展、示范和整合先进技术,以提高空间系统的生命周期成本

R. Vacek, M. Hopkins, W.H. MacPherson
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引用次数: 1

摘要

本文将回顾菲利普斯实验室正在与工业界合作的一些卫星技术发展,以及正在使用的与提高小卫星能力有关的系统工程方法。当小型卫星能够以合理的成本提供有意义的产品时,它们就会变得有益。技术,无论是进化的还是革命性的,都是能力的关键。所讨论的技术将能够缩小卫星的尺寸并大大提高其能力。随着小型卫星的能力越来越强,它们将越来越多地取代曾经由大型卫星完成的工作。任何给定的运载火箭都可以发射更多的卫星,从而降低发射成本。小型卫星的优点是生产时间较短,从而降低成本和时间表。整合工作可以显著减轻重量,并提高两颗卫星的性能。菲利普斯地面演示实验室提供了在可追溯的空间环境中进行综合技术地面演示的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The development, demonstration and integration of advanced technologies to improve the life cycle costs of space systems
This paper will review some of the satellite technology developments that Phillips Lab is working on with industry and the system engineering approaches in use which are relevant to increasing the capability of small satellites. Small satellites become beneficial when they can deliver meaningful products at a reasonable cost. Technology, both evolutionary and revolutionary, is the key to capability. The technologies discussed will enable a reduction in size of satellites and significantly increase their capability. As small satellites become more capable, they will increasingly take over jobs that were once performed by large satellites. More satellites can be launched on any given launch vehicle thereby reducing launch costs. Small satellites can have the advantage of shorter production times, thereby decreasing cost and schedules. Integration efforts can achieve significant savings in weight, and realize increases in performance for both satellites. The Phillips Ground Demonstration Lab provides the capability to do ground demonstrations of integrated technologies in an environment that is traceable to space.
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