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IMPACT STUDY ON THE CALCULATION OF VERTICAL VELOCITY IN DIFFERENT VERTICAL COORDINATE SYSTEMS
作者姓名:李兴良  陈德辉  沈学顺
作者单位:Chinese Academy of Meteorological Sciences,Chinese Academy of Meteorological Sciences,Chinese Academy of Meteorological Sciences Beijing 100081 China,Beijing 100081 China,Beijing 100081 China
基金项目:Innovative Research on the Techniques of Numerical Meteorological Forecasting Systems inChina — a National Key Scientific and Technological Project for the 10th Five-year Economic Development Plan(2001BA607B02),Research on topographic effects by the Chine
摘    要:1 INTRODUCTION First, let’s have a review of various vertical coordinate systems used in numerical weather prediction (NWP). Richardson1] (1922) first attempted to use the geometrical height z as the vertical coordinate system. Though geometrical height is easy to understand as a concept, it had not been applied in NWP until Kasahara and Washington (1967) rewrote his predictive equations and used state-of-the-art high-speed computers to conduct NWP in height coordinates. Eliassen2]…

关 键 词:数值预报模型  协调系统  运动速度  垂直方向  天气预报

IMPACT STUDY ON THE CALCULATION OF VERTICAL VELOCITY IN DIFFERENT VERTICAL COORDINATE SYSTEMS
LI Xing-liang,CHEN De-hui and SHEN Xue-shun.IMPACT STUDY ON THE CALCULATION OF VERTICAL VELOCITY IN DIFFERENT VERTICAL COORDINATE SYSTEMS[J].Journal of Tropical Meteorology,2005,11(2):187-199.
Authors:LI Xing-liang  CHEN De-hui and SHEN Xue-shun
Affiliation:Chinese Academy of Meteorological Sciences, Beijing 100081 China
Abstract:
Keywords:numerical prediction models  coordinate system  vertical velocity  pressure gradient force
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