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ATMOSPHERIC AEROSOL CHARACTERIZATION WITH THE DUTCH-CHINESE FAST FORMATION FLYING MISSION

机译:荷兰式快速形成飞行任务的大气气溶胶特征

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Large current uncertainties in the characteristics of aerosols in the Earth's atmosphere preclude meaningful climate model evaluation. The FAST mission will contribute to the characterization of aerosols and their relation to climate change through a synoptic evaluation of local, regional and global aerosol data and altitude profiles of the cryosphere. The Dutch-Chinese mission will implement this objective through a unique combination of payloads onboard of two cooperating micro-satellites flying in formation in a Low-Earth Orbit. The FAST payload suite is unique in that it allows an unprecedented characterization of aerosols through a spectro-polarimeter instrument, which, when combined with radar and laser altimeter data, contributes to the characterization of the indirect climate forcing due to aerosols. Finally, flying instruments on two satellites in formation and, in a later mission phase, in a train configuration, allows an exceptional flexibility to study the temporal and spatial distribution and evolution of aerosols in the Earth's atmosphere.
机译:当前地球大气中气溶胶特征的不确定性很大,因此无法进行有意义的气候模型评估。 FAST任务将通过对当地,区域和全球气溶胶数据以及冰冻圈高度剖面进行天气评估,为气溶胶的特征及其与气候变化的关系做出贡献。荷中任务将通过在低地球轨道上编队的两个合作微型卫星上的有效载荷的独特结合来实现这一目标。 FAST有效载荷套件的独特之处在于,它可以通过分光偏振计仪器对气溶胶进行前所未有的表征,当与雷达和激光高度计数据结合使用时,可以对由气溶胶引起的间接气候强迫进行表征。最后,在编队中的两颗卫星上飞行的仪器,以及在随后的任务阶段,在火车上的飞行配置,为研究地球大气中气溶胶的时空分布和演化提供了极大的灵活性。

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