动力气象学

　　本书为高等院校大气科学专业本科生和研究生教材，主要叙述大气动力学中的基本概念和基本原理，同时也增加了一些大气动力学新进展，注重基本原理的讲解，同时注重动力学与天气学的联系。本书内容全面，结构合理，知识循序渐进，逐步深入；动力学概念清楚，数学推导严谨、过程完整；概念描述准确清楚、深入浅出、简单易学。本书可作为高等院校大气科学专业及相关专业的教材，也可作为气象、海洋、航空和环境等部门的科研人员和业务人员的参考书。

暂缺《动力气象学》作者简介

Preface
Chapter 1 Atmospheric Motion Equations and Their Conservation Properties
1.1 Full derivative and local derivative
1.2 Vector form of the motion equations in the rotating reference system
1.3 Continuity equation
1.4 State equation
1.5 Thermodynamic energy equation
1.6 Water vapor equation
1.7 Fundamental equations in the spherical coordinate system
1.8 Fundamental equations in the local rectangular coordinate system
1.9 General vertical coordinates and their equations in the hydrostatic case
1.10 Fundamental conservation properties of atmospheric motion
1.11 Scale analysis method
1.12 Scale analysis of the atmospheric basic motion equations
1.13 Simplification of the atmospheric basic motion equations
1.14 Dimensionless equation
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