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  • 中尺度气象学引论
  • 新华书店正版
    • 作者: Shou Shaowen,Li Shenshen,Shou Yixuan,Yao Xiuping著
    • 出版社: 气象出版社
    • 出版时间:2020-09-01 00:00:00
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    • 作者: Shou Shaowen,Li Shenshen,Shou Yixuan,Yao Xiuping著
    • 出版社:气象出版社
    • 出版时间:2020-09-01 00:00:00
    • 版次:1
    • 印刷时间:2021-01-31
    • 开本:16开
    • 装帧:平装
    • ISBN:9787502972899
    • 国别/地区:中国
    • 版权提供:气象出版社

    中尺度气象学引论

    作  者:Shou Shaowen,Li Shenshen,Shou Yixuan,Yao Xiuping 著
    定  价:150
    出 版 社:气象出版社
    出版日期:2020年09月01日
    页  数:
    装  帧:精装
    ISBN:9787502972899
    主编推荐

    内容简介

    中尺度气象学是气象学的一个重要分支,主要研究大气中尺度系统。它们是造成很多严重灾害性天气(如灾害性大风、暴雨、冰雹、龙卷等)的原因。关于中尺度天气系统的机制和预报理论及方法的研究,是当代大气科学中很受人们关注的研究领域之一。
    作者简介

    精彩内容

    目录
    Preface
    Chapter 1 Features and Equation Set of Mesoscale Atomospheric Motions
    1.1 The scale division of atmospheric motion systems
    1.2 Basic features of mesoscale atmospheric motions
    1.3 Equations set for describing mesoscale motions
    References
    Chapter 2 Topographically Forced Mesoscale Circulations
    2.1 Topographic waves
    2.2 Circulations in wake
    2.3 Urban heat island circulation
    2.4 Sea-land breeze
    2.5 Mountain and valley breeze
    References
    Chapter 3 Gravity Waves in Free Atmosphere
    3.1 Basic features of gravity waves
    3.2 Dynamic features of gravity waves
    3.3 Structure and influences of gravity waves
    3.4 Development of gravity waves
    3.5 Development of the gravity waves near the upper level jet streak
    References
    Chapter 4 Front and Jet Stream
    4.1 Structure of the front
    4.2 Kinematic and thermodynamic frontogenesis
    4.3 Dynamic frontogenesis
    4.4 The factors influencing frontogenesis
    4.5 Frontal lateral secondary circulation
    4.6 Jet stream
    4.7 Mesoscale fronts in boundary layer
    References
    Chapter 5 Mesoscale Convective Systems
    5.1 Isolated convective systems
    5.2 Belt-shaped convective systems
    5.3 Mesoscale convective complex (MCC)
    References
    Chapter 6 Atmospheric Instabilities
    6.1 Conditional instability
    6.2 Conditional instability of second kind (CISK)
    6.3 Wave-CISK
    6.4 Inertial instability
    6.5 Conditional symmetric instability
    6.6 Kelvin-Helmholtz instability
    References
    Chapter 7 Factors Effecting the Development of MCSs
    7.1 The relationship between the atmospheric potential instability and convection
    7.2 The factors influencing on convective clouds
    7.3 The effect of the vertical wind shear on propagation of convective storm
    7.4 The comprehensive effect of the environmental thermal and dynamic conditions on the intensity and types of the convective storms
    7.5 The effect of the vertical wind shear on the organization and splitting of the storms
    7.6 The effect of the vertical wind shear on formation of tornado storms
    References
    Chapter 8 Mesoscale Weather Diagnosis Analysis
    8.1 co equation
    8.2 Analysis of Q vector
    8.3 Analysis of potential vorticity
    8.4 Analysis of the helicity
    8.5 Analysis of the atmospheric instability
    8.6 Some case studies of the severe weather
    References
    Chapter 9 Mesoseale Weather Forecasting
    9.1 Methodology of mesoscale weather forecasting
    9.2 Diagnosis and forecasting of heavy rain
    9.3 Analysis and forecasting of the severe convective weather
    9.4 Data and tools applied in nowcasting and VSRF
    References

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