A technical overview of TSS-1: The first Tethered-Satellite system mission
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The Tethered-Satellite System (TSS) was developed to provide the capability of deploying satellites on long, gravity-gradient-stabilized tethers from the Space Shuttle. Although TSS-1 achieved only limited results because deployment was terminated at a distance of only 268 m, it did conclusively show that the basic concept of long gravity-gradient-stabilized tethers is sound, and it provided a unique set of data that will contribute significantly to future missions. In this context, it is important that the configuration, instrumentation, and results of the TSS-1 mission be documented. Here, we provide a brief overview of the TSS, the organization of its instrumentation, and its operations during TSS-1. Detailed descriptions of the various investigations and their specific instrumentation and measurement capabilities are given in the papers that follow.
PACS 94.20Physics of the ionosphere
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- M. D. Grossi: NASA Contractor Report NAS 8-28203, May 11, 1973.Google Scholar
- G. Colombo, E. M. Gaposchkin, M. D. Grossi andG. L. Weiffenbach:Smithson. Astrophys. Observatory, Rep. Geoastron.,1 September issue (1974).Google Scholar
- Tethered Satellite System Facility Requirements Definition Team Report, NASA Contract NAS 8-33383, April 1980.Google Scholar
- P. R. Williamson andP. M. Banks:The Tethered Ballon Generator—a Space Shuttle-Tethered Satellite for Plasma Studies and Power Generation, Utah State University Report, 1976.Google Scholar