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A TWO-LAYER PRIMITIVE EQUATION OCEAN CURRENT MODEL AND ITS SIMULATION

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  • A two-layer primitive equation model is developed in this paper. The capabilities of this model aretested by the use of multiyearly averaged January and July sea surface level pressure fields and windfields which can be diagnosed from the pressure fields. The results show that the ocean surface currentsand undercurrents in the second layer driven by the sea surface wind and the sea surface pressure areclose to the observation. The results are also compared with that of the IAP OGCM and the OSUOGCM.
  • [1] Leetma A,McCreary J P Jr,Moore D W, 1980. Equatorial currents:Observations and Theory. In Evolution of Physical Oceanography. eds. B. A. Warren and C.,Wunch,The MIT Press, Cambridge,MA,189-196.
    [2] Ni Yunqi,1993. Climate Dynamics. Beijing:Meteorology Press. 546-547. (in Chinese)
    [3] Qian Yongfu,Wang Qianqian,1999. Numerical calculations of sea surface winds and ocean surface currents in winter and summer. Journal of Tragical Meteorology. 10; 212-221 (in Chinese).
    [4] Stewatt R H,1985. Methods of satellite Oceanography. University of California Press. 251-252.
    [5] Zeng Q C,Yuan C G,Zhao J P,1992. Proceedings of symposium on ocean circulation. Beijing:Ocean Press. 23-29. (in Chinese)

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Yang Bo, Qian Yongfu. A TWO-LAYER PRIMITIVE EQUATION OCEAN CURRENT MODEL AND ITS SIMULATION [J]. Journal of Tropical Meteorology, 1997, 3(1): 85-94.
Yang Bo, Qian Yongfu. A TWO-LAYER PRIMITIVE EQUATION OCEAN CURRENT MODEL AND ITS SIMULATION [J]. Journal of Tropical Meteorology, 1997, 3(1): 85-94.
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Manuscript History

Manuscript received: 03 July 1995
Manuscript revised: 06 March 1996
通讯作者: 陈斌, bchen63@163.com
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A TWO-LAYER PRIMITIVE EQUATION OCEAN CURRENT MODEL AND ITS SIMULATION

Abstract: A two-layer primitive equation model is developed in this paper. The capabilities of this model aretested by the use of multiyearly averaged January and July sea surface level pressure fields and windfields which can be diagnosed from the pressure fields. The results show that the ocean surface currentsand undercurrents in the second layer driven by the sea surface wind and the sea surface pressure areclose to the observation. The results are also compared with that of the IAP OGCM and the OSUOGCM.

Yang Bo, Qian Yongfu. A TWO-LAYER PRIMITIVE EQUATION OCEAN CURRENT MODEL AND ITS SIMULATION [J]. Journal of Tropical Meteorology, 1997, 3(1): 85-94.
Citation: Yang Bo, Qian Yongfu. A TWO-LAYER PRIMITIVE EQUATION OCEAN CURRENT MODEL AND ITS SIMULATION [J]. Journal of Tropical Meteorology, 1997, 3(1): 85-94.
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