大气科学中数学物理方法课程教学内容体系构建的思考与探索

【摘要】 数学物理方法是大气科学专业本科二年级重要的专业基础课程。如何在大气科学专业需求背景下构建数学物理方法课程的教学内容体系是一个重要的课题。文章在论述数学物理方法课程教学内容的系统性构建基础上，重点强调傅里叶级数与数学物理特殊函数在解决大气科学相关的数学物理问题中的应用，特别是球函数在大气科学数值模式构建中的重要作用，旨在为学生搭建好数学物理基础理论学习与大气科学专业应用之间的桥梁。更多还原

【Abstract】 Methods of Mathematical Physics is an important basic course for the second year undergraduate student majoring atmospheric science. Then, it is an important topic how to construct the teaching content system of "Methods of Mathematical physics" in the context of the professional needs of atmospheric science. On the basis of discussing the systematic construction of the teaching content, this paper emphasizes the application of Fourier series and special functions in solving definite problems of mathematical physics related to atmospheric sciences, especially the important role of spherical harmonic functions in the construction of numerical models of atmospheric science. It aims to build a bridge between the basic theories of mathematical physics and professional applications of atmospheric science for undergraduate students majoring atmospheric science.更多还原