astrodynamics calculations
天体力学计算
advanced astrodynamics models
先进的天体动力学模型
astrodynamics is essential for planning space missions.
天体动力学对于规划太空任务至关重要。
understanding astrodynamics can improve satellite design.
理解天体动力学可以改善卫星设计。
many universities offer courses in astrodynamics.
许多大学提供天体动力学的课程。
astrodynamics helps us understand orbital mechanics.
天体动力学帮助我们理解轨道力学。
researchers use astrodynamics to calculate trajectories.
研究人员使用天体动力学计算轨迹。
astrodynamics plays a key role in interplanetary travel.
天体动力学在行星际旅行中发挥着关键作用。
simulation tools in astrodynamics are widely used.
天体动力学中的模拟工具被广泛使用。
astrodynamics involves complex mathematical models.
天体动力学涉及复杂的数学模型。
professionals in astrodynamics work on spacecraft navigation.
天体动力学专业人员从事航天器导航工作。
advancements in astrodynamics have improved satellite accuracy.
天体动力学的进步提高了卫星的精确度。
astrodynamics calculations
天体力学计算
advanced astrodynamics models
先进的天体动力学模型
astrodynamics is essential for planning space missions.
天体动力学对于规划太空任务至关重要。
understanding astrodynamics can improve satellite design.
理解天体动力学可以改善卫星设计。
many universities offer courses in astrodynamics.
许多大学提供天体动力学的课程。
astrodynamics helps us understand orbital mechanics.
天体动力学帮助我们理解轨道力学。
researchers use astrodynamics to calculate trajectories.
研究人员使用天体动力学计算轨迹。
astrodynamics plays a key role in interplanetary travel.
天体动力学在行星际旅行中发挥着关键作用。
simulation tools in astrodynamics are widely used.
天体动力学中的模拟工具被广泛使用。
astrodynamics involves complex mathematical models.
天体动力学涉及复杂的数学模型。
professionals in astrodynamics work on spacecraft navigation.
天体动力学专业人员从事航天器导航工作。
advancements in astrodynamics have improved satellite accuracy.
天体动力学的进步提高了卫星的精确度。
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