The 2016 Mars Trace Gas Mission will carry with it the ExoMars Mars Climate Sounder instrument, a development of the very successful Mars Climate Sounder instrument already in orbit about Mars on NASA's Mars Reconnaissance Orbiter spacecraft. EMCS will continue the monitoring of Mars global temperature/pressure/aerosol field, and will also be able to measure the vertical profile of water vapour across the planet from 0 – 50 km. Key components of EMCS will be provided by Oxford, Reading and Cardiff Universities and the observations will be partly reduced by the instrument team at Oxford. The physical properties retrieved from these observations will be assimilated into Global Circulation Models at Oxford and at The Open University to provide a much clearer picture of the dynamics and transport processes in Mars' atmosphere.
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机译:2016年火星追踪气体任务将携带ExoMars Mars Climate Sounder仪器,这是非常成功的Mars Climate Sounder仪器的发展,该仪器已经在NASA的Mars Reconnaissance Orbiter航天器上绕火星运行。 EMCS将继续监测火星的全球温度/压力/气溶胶场,还将能够测量0至50公里范围内整个星球上水蒸气的垂直剖面。牛津大学,雷丁大学和卡迪夫大学将提供EMCS的关键组件,牛津仪器团队将部分减少观测结果。从这些观测中获得的物理特性将被牛津大学和开放大学的全球循环模型吸收,从而更清晰地了解火星大气中的动力学和传输过程。
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