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PRELIMINARY ANALYSIS OF THE ATMOSPHERIC RADIATIVE HEATING FIELDS IN AUTUMN IN THE MID LATITUDE ARID AREAS OF CHINA
作者姓名:Ji Guoliang  K. N. Liou  S. C. Ou  M. D. Chou
作者单位:Lanzhou Institute of Plateau Atmospheric Physics Academia Sinica,Lanzhou,Department of Meteorology,University of Utah,U.S.A.,Department of Meteorology,University of Utah,U.S.A.,Laboratory for Atmospheres,NASA/Goddard Space Flight Center,U.S.A.
摘    要:A parameterized radiation and cloud model developed at the University of Utah,U.S.A.has been used to computethe atmospheric radiative properties in Zhangye area during the pilot experiment of HEIFE in September of 1988.Somecharacteristics of atmospheric radiative heating fields during the autumn in Zhangye area have been analysed,and somequestions that merit attention in the future observation are also discussed in this paper.

收稿时间:1990/12/17 0:00:00

PRELIMINARY ANALYSIS OF THE ATMOSPHERIC RADIATIVE HEATING FIELDS IN AUTUMN IN THE MID LATITUDE ARID AREAS OF CHINA
Ji Guoliang,K. N. Liou,S. C. Ou,M. D. Chou.PRELIMINARY ANALYSIS OF THE ATMOSPHERIC RADIATIVE HEATING FIELDS IN AUTUMN IN THE MID LATITUDE ARID AREAS OF CHINA[J].Acta Meteorologica Sinica,1992,6(1):105-116.
Authors:Ji Guoliang  K N Liou  S C Ou and M D Chou
Institution:Ji Guoliang Lanzhou Institute of Plateau Atmospheric Physics,Academia Sinica,LanzhouK.N.Liou S.C.Ou Department of Meteorology,University of Utah,U.S.A.M.D.Chou Laboratory for Atmospheres,NASA/Goddard Space Flight Center,U.S.A.
Abstract:A parameterized radiation and cloud model developed at the University of Utah,U.S.A.has been used to compute the atmospheric radiative properties in Zhangye area during the pilot experiment of HEIFE in September of 1988.Some characteristics of atmospheric radiative heating fields during the autumn in Zhangye area have been analysed,and some questions that merit attention in the future observation are also discussed in this paper.
Keywords:parameterized radiation and cloud model  radiation transfer  solar radiation heating rate  infrared cooling rate
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