planetary oblateness
行星扁率
oblateness factor
扁率因子
oblateness measurement
扁率测量
oblateness correction
扁率修正
oblateness effects
扁率效应
oblateness analysis
扁率分析
oblateness model
扁率模型
oblateness study
扁率研究
oblateness values
扁率值
oblateness phenomena
扁率现象
the oblateness of the earth affects satellite orbits.
地球的扁率影响卫星轨道。
scientists study the oblateness of planets in our solar system.
科学家研究我们太阳系中行星的扁率。
oblateness can provide insights into a planet's rotation.
扁率可以提供有关行星自转的见解。
the oblateness of a celestial body can indicate its internal structure.
天体的扁率可以指示其内部结构。
measurements of oblateness are crucial for accurate modeling.
扁率的测量对准确建模至关重要。
oblateness affects gravitational field calculations.
扁率影响重力场计算。
researchers use oblateness to predict climate changes on earth.
研究人员利用扁率预测地球的气候变化。
the oblateness of asteroids can vary significantly.
小行星的扁率可能会有显著差异。
understanding oblateness helps in space exploration missions.
理解扁率有助于太空探索任务。
oblateness is a key factor in geodesy and navigation.
扁率是大地测量和导航的关键因素。
planetary oblateness
行星扁率
oblateness factor
扁率因子
oblateness measurement
扁率测量
oblateness correction
扁率修正
oblateness effects
扁率效应
oblateness analysis
扁率分析
oblateness model
扁率模型
oblateness study
扁率研究
oblateness values
扁率值
oblateness phenomena
扁率现象
the oblateness of the earth affects satellite orbits.
地球的扁率影响卫星轨道。
scientists study the oblateness of planets in our solar system.
科学家研究我们太阳系中行星的扁率。
oblateness can provide insights into a planet's rotation.
扁率可以提供有关行星自转的见解。
the oblateness of a celestial body can indicate its internal structure.
天体的扁率可以指示其内部结构。
measurements of oblateness are crucial for accurate modeling.
扁率的测量对准确建模至关重要。
oblateness affects gravitational field calculations.
扁率影响重力场计算。
researchers use oblateness to predict climate changes on earth.
研究人员利用扁率预测地球的气候变化。
the oblateness of asteroids can vary significantly.
小行星的扁率可能会有显著差异。
understanding oblateness helps in space exploration missions.
理解扁率有助于太空探索任务。
oblateness is a key factor in geodesy and navigation.
扁率是大地测量和导航的关键因素。
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