Development of a new more precise algorithm for computing tidal Love numbers

D. O. Amorim, T. Gudkova
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Abstract

Tidal Love numbers are often used for studying the interior structure of planets and satellites of the Solar System. Measuring the deformation in response to tidal loading belongs to the methods for probing the interiors. The algorithm for computing tidal deformation depends on a series of assumptions and approximations and, therefore, can differ according to different authors. In this paper we compare the existing methods and, based on them, we propose a new and more precise algorithm for computing the tidal Love numbers of the Earth and other bodies with a similar interior structure.
开发计算潮汐爱数的更精确新算法
潮汐爱数通常用于研究太阳系行星和卫星的内部结构。测量潮汐载荷下的变形属于探测内部结构的方法之一。计算潮汐变形的算法取决于一系列假设和近似值,因此,不同的作者会采用不同的算法。在本文中,我们比较了现有的方法,并在此基础上提出了一种新的、更精确的算法,用于计算地球和其他具有类似内部结构的天体的潮汐爱数。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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