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Kinetic effects on ion escape at Mars and Venus: Hybrid modeling studies

机译:动力学对火星和金星离子逸出的影响:混合建模研究

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Kinetic effects are anticipated to play a role at Mars and Venus when the escape of planetary ions is considered because of the large ion gyroradius compared with the size of the planets. In this paper we have used the HYB hybrid model to analyze the role of kinetic effects at these non-magnetized planets by varying the mass of ions in the simulation. The test runs suggest that kinetic effects should be taken into account when properties and formation of the planetary three dimensional plasma and electromagnetic field environment are studied.
机译:当考虑到行星离子的逸出时,由于与行星大小相比,较大的离子回旋半径,预计会在火星和金星中发挥动力学作用。在本文中,我们使用了HYB混合模型,通过改变模拟中的离子质量来分析动力学效应在这些非磁化行星上的作用。试验运行表明,在研究行星三维等离子的性质和形成以及电磁场环境时,应考虑动力学效应。

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