Options for coordinated multi-point sensing in the lower thermosphere

E.J. van der Heide , J.A. Carroll , M. Kruijff
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引用次数: 8

Abstract

A satellite mission for synchronized multi point measurements over tens of km in the lower thermosphere is possible at low cost and in a short time frame. This paper offers three options for providing coordinated multi-point sensing in the lower thermosphere. The options have quite different implications and idiosyncrasies, and possibly quite different costs and values. We invite members of the thermospheric research community to provide feedback on these concepts and how they might be used to best advantage.

The authors have experience with proposing and pursuing small satellite missions, especially using space tether technology. Tether Applications has developed and delivered SEDS hardware for 3 successful orbital flight tests of tethers. Delta-Utec is specialized in deployment algorithms and has proposed and developed the tethered YES satellite.

在低层热层中协调多点传感的备选方案
在较低的成本和较短的时间框架内,可以在较低的温度层进行数十公里以上的同步多点测量的卫星任务。本文提供了在低层热层提供协调多点传感的三种选择。这些选择有着截然不同的含义和特质,成本和价值也可能截然不同。我们邀请热层研究界的成员对这些概念提供反馈,以及如何将它们用于最佳优势。作者在提出和执行小型卫星任务方面有经验,特别是使用空间系绳技术。Tether应用公司已经为3次成功的Tether轨道飞行测试开发并交付了SEDS硬件。Delta-Utec专门研究部署算法,并提出并开发了系留YES卫星。
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