Catalogue of books on weather dynamics

Chapter I Basic Characteristics of Atmospheric Circulation and Weather Scale System

1.1 Decomposition of Physical Quantity and Its Flux in Atmospheric Circulation

1.2 Average Structure of Atmosphere and Main Features of Atmospheric Circulation

1.3 Large-scale Structure of Troposphere and Its Effect on Atmospheric Circulation

1.4 Energy Conversion in Actual Weather Process

Chapter II Basic Characteristics of Temperate Cyclone and Anticyclone

Reading model

2.2 Quasi-geostrophic potential tendency equation and ω equation

2.3 Formation of surface pressure system

2.4 Movement and change of surface pressure system

2.5 Analysis model of quasi-geostrophic diagnosis of weather scale system

2.6 Mechanism of cyclone occurrence and development in simple baroclinic model

Basic characteristics of high latitude upper air flow field in Chapter 3

3.1 Formation of upper air system. Divergence and vertical motion near the ridge

3.3 atmospheric long wave

3.4 evolution process of mid-latitude weather system

3.5 periodic change of atmospheric circulation pattern in mid-high latitude: exponential cycle

3.6 blocking high pressure and blocking situation

3.7 cutting off low pressure

3.8 planetary front and jet

Chapter IV dynamics of front and frontogenesis

4. P>4.3 Quasi-geostrophic frontogenesis dynamics

4.4 Non-geostrophic frontogenesis dynamics

4.5 Symmetric instability < P > Chapter 5 Diagnostic analysis of mid-latitude weather scale system and circulation

5.1 Quasi-geostrophic dynamics of mid-latitude weather scale motion < P > ω equation in the form of p>5.2 q vector

5.3 c vector

5.4 Diagnostic tool for weather scale circulation. The relation of mean circulation in mid-latitude

5.6 ~ equation of geostrophic

Chapter VI isentropic analysis and isentropic potential vorticity

6.1 isentropic analysis

6.2 potential vorticity equation and potential vorticity

6.3 isentropic potential vorticity (ipv). Basis of dynamic analysis

6.4 Structure of ipv anomaly at high altitude and ground temperature anomaly

6.5 Diagnosis of vertical motion associated with ipv anomaly in baroclinic belt

6.6 Relationship between weather scale system motion and ipv field

6.7 Structure of upper altitude system and ground system

6.8 Lateral and vertical propagation of upper altitude fluctuations

6.9 Influence of heating and friction on diagnosis of upper altitude ipv anomaly < 1 Development Theory of Wet Potential Vorticity and Inclined Vorticity

6.11 Some Thermodynamic Processes Affecting the Development of Atmospheric Vorticity —— Full-type Vorticity Equation < P > Chapter VII Tropical Weather Dynamics

7.1 Tropical Atmospheric Circulation and Weather System

7.2 Tropical Atmospheric Low Frequency (3 ~ 6d) Oscillation Dynamics

7.3 Basic Motion of Tropical Atmosphere and Ocean

7.4 Tropical Atmosphere.