金星快车上VIRTIS-M的校准管道

A. C. Moinelo, G. Piccioni, E. Ammannito
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引用次数: 0

摘要

可见和红外热成像光谱仪(VIRTIS)自2006年4月11日起随ESA金星快车任务飞行,绕金星轨道运行,提供了非常有价值的金星遥感数据。该仪器具有双重功能:在中等光谱分辨率(VIRTIS-M通道)下的0.28-5µm范围内的高分辨率可见光和红外成像,以及在2-5µm范围内的高分辨率光谱(VIRTIS-H通道)。VIRTIS的科学目标涵盖了一个很大的领域,从地表到高层大气的研究。该团队由来自10多个国家的海外机构人员组成。平均每天大约有2.5 gb的原始压缩数据从航天器传回,这些数据将被进一步处理并分发给研究小组进行数据分析。在这里,我们描述了管道的结构以及从遥测到校准数据产品的各种不同步骤,但重点是VIRTIS-M。我们还给出了一些数据乘积的例子。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Calibration pipeline of VIRTIS-M onboard Venus Express
The Visible and InfraRed Thermal Imaging Spectrometer (VIRTIS) is flying on board the ESA mission Venus Express and orbiting around the planet Venus since April 11 2006, providing very valuable remote sensing data of the planet. The instrument combines a double capability: high-resolution visible and infrared imaging in the 0.28–5 µm range at moderate spectral resolution (VIRTIS-M channel) and high-resolution spectroscopy in the 2–5 µm range (VIRTIS-H channel). The scientific objectives of VIRTIS cover a large field and span from the study of the surface up to the upper atmosphere. The team is composed by people coming from institutes abroad from more than 10 countries. About 2.5 Gbit of raw compressed data are coming in average every day from the spacecraft to be further processed and distributed to the team for the data analysis. Here we described how the pipeline is structured and the various different steps performed from the telemetry to the calibrated data products but focused on VIRTIS-M. We also present some example of data product.
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