台湾海峡冬季亚潮频水位波动的初步研究
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摘要: 冬季台湾海峡两岸水位存在较强亚潮频波动,西岸尤为显著.波动能量在32、10.7、4.6、3.6和2.9天频带出现谱峰.分析表明除主要由风场波动造成的埃克曼增减水(32、3.6天波动)外,海峡风场的波动还激发了周期为4.6和2.9天的陆架波,16天波动也具有陆架波的物理性质,但源于东海,非海峡风场所致.
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Monin,A.S.et al.,Liariablity of the Oceans,John Wiley and Sons,1974,241. Wunsch,C.,Evolution of Physical Oceanography,MIT Press,1981,342-375. 陈庆生,台湾海峡对东北季风反应之初步研究,台湾大学海洋学报,18(1982),124-139. 施清芳等尹台湾沿岸低频水位变化,台湾大学海洋学报,17(1986),18-28. 陈大可、苏纪兰,中国沿岸陆架波的初步研究,海洋学报,9(1987),1;1-15. Thompson,R.O.R.Y.,Low-pass filterers to surpress inertial and tidal frequencies,J.Phys.Oceanogr,,18(1983),6,1077-1083. Welch,P.O.,The use of fast Fourier transform for the estimation of powerspectra,a method base on time averaging over short,modified periodograms,IEEE Trans.,AU-15(1967),70-73. Hendat,J.S.and A.G.Piersel,Random Data:Analysis and Measurerrseret Procedures,Jonh Wiley& Sons,1971,407. 李立,台湾为峡沿岸风的周年变化,台湾海峡,5(1986),2:107-113. Mysak,L.A.,Rescent advances in shelf wave dynamics,Rev.Geophys.and S pace Phys.,18(1980),211-241. Leblone,P.H.and L.A.Mysak,The Sea,Vol.6,John Wiley and Sons,1977,459-495. Mysak,L.A.,Topographically trapped waves,Ann,ReU.Fluid Mech,,12(1980),45-67
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