Geostationary tether satellite system and its application to communication systems

Yasaka T.; Hatsuda T.

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Geostationary tether satellite system and its application to communication systems

机译：对地静止系绳卫星系统及其在通信系统中的应用

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The geostationary tether satellite system expands the geostationary orbit resource from a one-dimensional arc into a two-dimensional disk. The tethered satellites, each several thousand kilometers apart and aligned along the local vertical, are stabilized at the altitude of the geosynchronous orbital speed. When this system is applied to communications systems, it is estimated that the number of satellites can be increased as much as thirteenfold and the communication capacity can be increased more than seventeenfold, compared with a conventional geostationary satellite orbit system.

机译：对地静止系绳卫星系统将对地静止轨道资源从一维弧扩展到二维磁盘。每条相距数千公里并沿本地垂直方向排列的系留卫星都稳定在地球同步轨道速度的高度。当将该系统应用于通信系统时，与传统的对地静止卫星轨道系统相比，估计卫星的数量可以增加多达13倍，通信容量可以增加超过17倍。

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《IEEE Transactions on Aerospace and Electronic Systems》 |1988年第1期|P.68-75|共8页
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Yasaka T.; Hatsuda T.;
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正文语种 eng
中图分类航空;
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1. Communications and radio determination system using two geostationary satellites. I. System and experiments [J] . Morikawa E., Miura R. IEEE Transactions on Aerospace and Electronic Systems . 1995,第2期

机译：使用两个对地静止卫星的通信和无线电确定系统。一，系统与实验
2. Consideration of tether length optimum design of F-GTS9optical-fiber geostationary tether satellite) system [J] . Takeshi Hatsuda, Mikiyuki Murakami, Masashi Yokoyama, 北海道工業大学研究紀要 . 2000,第28期

机译：F-GTS9光纤对地静止卫星系统的绳索长度优化设计的考虑
3. Consideration of tether length optimum design of F-GTS9optical-fiber geostationary tether satellite) system [J] . Takeshi Hatsuda, Mikiyuki Murakami, Masashi Yokoyama, 北海道工業大学研究紀要 . 2000,第28期

机译：F-GTS9光纤对地静止卫星系统的绳索长度优化设计的考虑
4. Multiple-beams optical fiber geostationary tether satellite (F-GTS) system design and its communication capacity [C] . Hatsuda, Takeshi In: AIAA, International Communications Satellite Systems Conference and Exhibit, 17th, Yokohama, Japan, Feb. 23-27, 1998, Technical Papers (A98-18881 03-32), Reston, VA, American Institute of Aeronautics and Astronautics, Inc., 1998 . 1998

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5. Analysis of periodic nonautonomous, inhomogeneous systems with application to tethered satellite systems. [D] . Slane, Jean H. 2010

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8. ESA personal communications and digital audio broadcasting systems based on non-geostationary satellites [R] . Logalbo, P., Benedicto, J., Viola, R. 1993

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Geostationary tether satellite system and its application to communication systems

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