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Polar motion of the triaxial nonrigid Earth and atmospheric excitation

机译:三轴非刚性地球的极运动与大气激发

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摘要

The present study aims to extend the traditional rotation theory of the rotational-symmetric Earth to the triaxial Earth. We re-formulate the Liouville equations and their general solutions for the triaxial nonrigid Earth and find that the traditional theory introduces some theoretical errors in modeling the excitation functions. Furthermore, we apply that theory to the atmospheric excitation and find that theoretical errors should not be neglected given the present measurement accuracy. Thus we conclude that the traditional theory of the rotation of the rotational-symmetric Earth should be revised and upgraded to include the effects of the Earth’s triaxiality.
机译:本研究旨在将旋转对称地球的传统旋转理论扩展到三轴地球。我们重新构造了三轴非刚性地球的Liouville方程及其一般解,发现传统理论在建模激励函数时引入了一些理论误差。此外,我们将该理论应用于大气激发,发现在目前的测量精度下,理论误差不应忽略。因此,我们得出结论,应该对旋转对称地球自转的传统理论进行修改和升级,以包括地球三轴性的影响。

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