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Sun Fu,Guo Peifang. 1997. Entropy of sea wave height field and its annual variation in Northwest Pacific Ocean. Acta Oceanologica Sinica, (3):327-337
Entropy of sea wave height field and its annual variation in Northwest Pacific Ocean
Entropy of sea wave height field and its annual variation in Northwest Pacific Ocean
Received:October 06, 1995  Revised:October 10, 1996
DOI:
Key words:Entropy  sea wave height field  annual variation
中文关键词:  Entropy  sea wave height field  annual variation
基金项目:This study was supported by the National Natural Science Foundation of China under contract No. 49276245.
Author NameAffiliation
Sun Fu Laboratory of Physical Oceanography, Ocean University of Qingdao, Qingdao 266003, China 
Guo Peifang Department of Oceanography, Ocean University of Qingdao, Qingdao 266003, China 
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Abstract:
      A kind of entropy is defined by the statistical distribution of observed wave heights of a sea surface during a specified period and calculated from the wave height data of Northwest Pacific Ocean (NWPO) given by GEOSAT altimeter. The results obtained show that there is an annual variation of the entropy with the peak of its value in winter and the trough in summer. In consideration of the fact that the roughness and the wind stress of sea surface are connetted with wave heights, it is expected that the present results might have some potential applications in the research on large scale atmosphere and ocean dynamics.
中文摘要:
      A kind of entropy is defined by the statistical distribution of observed wave heights of a sea surface during a specified period and calculated from the wave height data of Northwest Pacific Ocean (NWPO) given by GEOSAT altimeter. The results obtained show that there is an annual variation of the entropy with the peak of its value in winter and the trough in summer. In consideration of the fact that the roughness and the wind stress of sea surface are connetted with wave heights, it is expected that the present results might have some potential applications in the research on large scale atmosphere and ocean dynamics.
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