地球科学进展 ›› 1992, Vol. 7 ›› Issue (5): 15 -. doi: 10.11867/j.issn.1001-8166.1992.05.0015

学科发展与研究 上一篇    下一篇

近年来大气科学某些进展及其展望
朱复成   
  1. 南京气象学院 210044
  • 收稿日期:1991-09-05 出版日期:1992-09-01

RECENT DEVELOPEMENTS OF ATMOSPHERIC SCIENCE AND IT"S PERSPECTIVE

Zhu Fucheng   

  1. Nanjing Institute of Meteorology   210044
  • Received:1991-09-05 Online:1992-09-01 Published:1992-09-01

介绍了近几年来大气科学领域内国内外研究的某些最新进展,对目前国际大气科学发展特.点和趋势作了简要回顾,并对今后大气科学研究重点作了讨论。
   

 In this paper,the recent research developements of atmospheric science have been described,the trends and characters of recent developement of atmospheric science have been briefly reviewed and key points for future research have been discussed.


[1]Zeng Qingcun. Varlational Principle of Instability of Atm}pheric Motions,Adv. Atmos. Sci. ,1989, (2):137-172

[2]Shepherd ,T G. Rigorous Bounds on the Nonlinear Saturation of Instabilities to Parallel shear flows,J. Fluid Mech.,1988,196,291-322

[3]黄荣辉,岸保勘三朗.关于冬季北半球定常行星波传播另一波导的研究.中国科学((B辑),1983,(10);990-950

[4]Sardeahmukh,P  D and B J HaskIns,The Generation of Global RotaUonal Flow by Steady Idealized Tropical Dlvergence,J. Atmos.Sci.,1988, 47(7): 1228-1251

[5]Webster,P J and H-R Chang. Equatorial Energy Accumulation and Emanation Regins;Impacts of a Zonally Varying Basic State ,J. Atmos. Sci. ,1988, 45(1); 803-829

[6]Wu GuoxIong and Chen Blao. Nonacceleration Theorem in a PrimiUve助nation System s I.Acceleration of Zonal Mean Flow.Adv. Atmos. Sci. ,1989 , 6 (1) :1-20

[7]Shutts,G J. The Propagation of Eddies in Diffluent JetstreamsiEddy Votticity Forcing of Blocking Flow Fields,Q J R Meteorol.Soc.,1983,109,737-761

[8]Pierrehumbert,R T and P Malguzzi. Forced Coherent Structure and Local Multiple Equllibria in a Barotropic Atmosphere ,J.Atmos. Sci.,1989, 41,246-257

[9]Halnes,K and J C Marshall. Eddy一Forced Coherent Structures as a Prototype of Atmospheric Blocking,Q J R  Meteorol. Soc.,1987,113,681-709

[10]Halnes,K. Baroclinic Modons as Prototypes for Atmospheric Blocking ,J. Atmos. Sci. ,1989,46,3202-3218

[11]李崇银,武培立,张勒.北半球大气环流30-60天振荡的一些特征.中国科学((B辑),1990,(7):764-779

[12]He Jinhai and Yang Song. Meridional Propagation of East-Asian Low-Frequency Oscillation and Mid-Latitude Low-Frequency waves,Acta Meteorologica Slnica,Special Issue,1990,9(5):536-599

[13]Sui,C H and K M Lau. Orl以n of Low一Frequency (intraseasonal) Osclllations In the Tropical Atmosphere ,part I ,Structure and Propagation of Mobile Wave-CISK Modes and their Modification by Lower Boundary Forcings,J. Atmas. Sci. ,1989, 46(1):37-56

[14]Lau K M. and L Peng. Oti以n of Low一Frequency (inttaseasonal) Oscillations in the Tropical Atmosphere ,part,:Monsoon Dynamics,J. Atmos. Sci.,1990, (12):1443-1462

[15]Chen Longxun and Xie An. Westward Propagationg Low-Frequency Oscillation and its Teleconnection in the Fastern Hemisphere. Acts Meteorologica Sinica,1988,2(3) s300-312

[16]Bjerknes,J A. Possible Response of the Atmospheric Hadley Circulation to Equatorial Anomalies of Ocean Temperature. Tellus,1966,18,820-829

[17]Schopf,P S. and M 3. Suarez. Vacillations in a Coupled Oceanatmosphere ModeI,J. Atmae. Sci. ,1988, 95,599-566

[18]缪锦海,刘家铭.ENSO的海气藕合不稳定发生、发展理论.中国科学((B辑),1989,(10):1112-1120

[19]Schneider,S H. The Global Warming Debate Heats Up;An Analysis and Perspective. Bull. Amer. Meteorol. Ssx. 1990,71 (3):1292-1304

[20]Linzen,R S. Some Coolness Concerning Global Warming. Bull. Amen Meteorol. Soc. 1990, 71(3) , 288-299

[21]魏鼎文.论南极Os层空洞的形成及其演变趋势的预测.中国科学((B辑),1990,(5):545-552

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