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GNSS-R Altimetry Performance Analysis for the GEROS Experiment on Board the International Space Station

机译:针对国际空间站上的GEROS实验的GNSS-R测高性能分析

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摘要

The GEROS-ISS (GNSS rEflectometry, Radio Occultation and Scatterometry onboard International Space Station) is an innovative experiment for climate research, proposed in 2011 within a call of the European Space Agency (ESA). This proposal was the only one selected for further studies by ESA out of ~25 ones that were submitted. In this work, the instrument performance for the near-nadir altimetry (GNSS-R) mode is assessed, including the effects of multi-path in the ISS structure, the electromagnetic-bias, and the orbital height decay. In the absence of ionospheric scintillations, the altimetry rms error is 20 dB at equatorial regions, mainly after sunset, which will seriously degrade the altimetry and the scatterometry performances of the instrument.
机译:GEROS-ISS(国际空间站上的GNSS折光法,无线电掩星和散射法)是一项创新的气候研究实验,于2011年在欧洲航天局(ESA)的呼吁下提出。该提案是ESA在提交的约25项中唯一选择进行进一步研究的一项。在这项工作中,评估了近天高度测高仪(GNSS-R)模式的仪器性能,包括ISS结构中的多径效应,电磁偏置和轨道高度衰减。在没有电离层闪烁的情况下,主要在日落之后,赤道地区的测高rms误差为20 dB,这将严重降低测高和仪器的散射测量性能。

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