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The Cassini Mission: Reconstructing Thirteen Years of the Most Complex Gravity-Assist Trajectory Flown to Date

机译:卡西尼号任务:重构迄今飞行的最复杂的重力辅助弹道的十三年

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Cassini launched in 1997 and completed its prime mission, its Equinox first extended mission, and its Solstice second extended mission. Since its arrival at Saturn in 2004, Cassini completed almost 300 orbits around the planet. Over the span of the mission, significant improvements were made to all the major satellites ephemeris, and to Saturn gravitational and pole models. These improvements have enabled better trajectory reconstructions throughout the timeframe of the mission, although using about one hundred different models of the Saturn system. Now that the mission is over, the paper reports on the uniform reconstruction of the entire Cassini orbital mission, which uses one consistent Saturn system model and satellite ephemcrides throughout. We discuss the challenges of undertaking this task, and comparison strategies for choosing the best and greatest Cassini trajectory for its very final delivery.
机译:卡西尼号于1997年发射升空,完成了其首要任务,Equinox的第一个扩展任务和Solstice的第二个扩展任务。自2004年到达土星以来,卡西尼号已经完成了绕地球运行近300圈的轨道。在整个任务期间,对所有主要卫星星历表以及土星的引力和极点模型都进行了重大改进。尽管使用了约一百种不同的土星系统模型,但这些改进已在整个任务期间实现了更好的轨迹重建。现在,任务已经结束,该论文报告了整个卡西尼号轨道飞行任务的统一重建,该过程使用一个一致的土星系统模型和整个卫星星历表。我们讨论了执行此任务的挑战,以及为最终交付选择最佳和最大卡西尼航迹的比较策略。

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