w波段大气无线电波传播卫星TLC系统面临的挑战

C. Riva, C. Capsoni, L. Luini, M. Luccini, R. Nebuloni, A. Martellucci
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引用次数: 3

摘要

这篇文章的目的是根据目前的理论和实验知识,提出在W波段工作的无线电链路所遭受的预期大气损伤的设想。讨论了气体、云、闪烁和雨对信号衰减的贡献(重点讨论了水流星大小分布的影响),以及熔化层特征和电磁波的去极化。主要目的是评估在W波段运行的卫星TLC系统设计中面临的约束。
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W-band atmospheric radiowave propagation A challenge for satellite TLC systems
This contribution is aimed at presenting the scenario of the expected atmospheric impairments suffered by a radio link operating in the W band, as derived by the present theoretical and experimental knowledge. The contributions to signal fade due to gases, clouds, scintillation and rain (with emphasis also on the impact of the hydrometeor size distribution), as well as the melting layer characteristics and the depolarization of the electromagnetic waves are discussed. The main objective is to assess the constraints to face in the design of a satellite TLC system operating in the W band.
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