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Study of Exospheric Neutral Composition of Mars observed from Indian Mars Orbiter Mission Chock

机译:印度火星轨道特派团观察火星的高压中性成分的研究

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The exospheric composition data of Mars for the period 2014-15 has been extracted and analysed using the observations carried out by the MENCA (Mars Exospheric Neutral Composition Analyser) payload on-hoard the Mars Orbiter Mission (MOM) launched by India. The latitude, longitude, altitude and solar zenith angle coverage of the partial pressure values of different exospheric constituents are determined and assigned to create a new data-set with orbit-wise data assimilation particularly between 260 and 600 km altitude range. Apart from getting the results on mean individual orbits' partial pressure profiles, the variations of the total as well as partial pressures are studied with respect to the distribution of the major atmospheric constituents and their dependence on solar activity. In particular, CO2 and O variations are considered together for any differential effects due to photolysis and photo-ionisation. The results on the gradual reduction in densities due to decreasing daily mean sunspot numbers and strong response of CO2 and O pressures to solar energetic particle events like that of 24 December 2014 are presented.
机译:2014-15期间MARS的强大组成数据已经提取和分析,使用Menca(火星远螺栓中性成分分析仪)有效载荷上的Mars Orbiter Mission(MOM)开展的观察结果进行了提取和分析。确定和分配不同远空组件的部分压力值的纬度,经度,高度和太阳能天性的角度覆盖,并分配了一种具有轨道和600公里的高度范围之间的轨道和明智的数据同化的新数据集。除了在平均单个轨道上的部分压力轮廓上得到结果,还研究了主要大气成分的分布及其对太阳能活性的依赖性的分布以及部分压力的变化。特别地,由于光解和光电离子,CO 2和O变化被认为是任何差异效应。由于每日平均日落数量减少,因此提出了由于每日平均晒黑的逐步减少的结果,并提出了二氧化碳与2014年12月24日的太阳能粒子事件的强烈反应。

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