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Technological evolutions on the FTS instrument for follow-on missions to SCISAT Atmospheric Chemistry Experiment

机译:用于SCISAT大气化学实验后续任务的FTS仪器的技术发展

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The Canadian satellite SCISAT-1 developed for the Canadian Space Agency in the context of the ACE mission (Atmospheric Chemistry Experiment) was launched in August 2003. The mission has been a tremendous technical and scientific success. The main instrument of the ACE mission is a high-resolution Fourier Transform Spectrometer (FTS) designed and built by ABB Bomem. Several new missions are currently considered as follow-on to the ACE mission to ensure continuity of the extensive high-quality data set of the Earth's atmosphere that was started with the ACE mission, but also possibly to bring new improvements and enhance the utilization of these data. A solar-occultation FTS based on the optical design for ACE-FTS, has been selected for a planetary exploration mission to measure the atmospheric composition of Mars that will launch in 2016.rnAn overview of these different missions will be presented. The need for technological evolutions will be examined for each mission. Some evolutions imply only minor changes, for example, to cope with some parts obsolescence. Others will require increasing instrument capabilities compared to those of the ACE instrument. These different technological evolutions will be presented.
机译:在ACE任务(大气化学实验)的背景下,为加拿大航天局开发的加拿大SCISAT-1卫星于2003年8月发射。该任务取得了巨大的技术和科学成功。 ACE任务的主要仪器是由ABB Bomem设计和制造的高分辨率傅立叶变换光谱仪(FTS)。当前,ACE任务有几个新任务,以确保从ACE任务开始的地球大气层的大量高质量数据集的连续性,而且还可能带来新的改进并提高对这些数据的利用数据。已选择基于ACE-FTS光学设计的太阳掩星FTS进行行星探测任务,以测量将于2016年发射的火星的大气成分。将介绍这些不同任务的概述。将为每个任务审查对技术发展的需求。某些演变意味着只有微小的变化,例如,以应对某些零件过时的情况。与ACE仪器相比,其他仪器将需要提高仪器功能。将介绍这些不同的技术发展。

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