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		题名	作者	年代	出处	被引量
	1	Wind speed scaling and the drag coefficient显示文摘Wind speed scaling in similarity law in wind-generated waves and the drag coefficient are studied. In analyzing the data in the windwave channel, it is found that the u* scaling greatly reduces the scatter in the U10 scaling. The u* scaling has much less scatter than thescaling using other wind speeds. The friction velocity seems to play a distinctive role in wave growth. The result is important in theapplications of the similarity law and in wave modeling. In theory it gives an insight into the mechanism of wind wave interaction. It isfound that wave steepness is important in influencing the drag coefficient. The variability of the coefficients in the currently widelyused drag form can be explained by the differences in wave steepness in the observations. A drag coefficient model with wind speedand wave steepness as parameters is proposed. An explanation for Kahma’ s result that the u* scaling does not reduce the scatter in theU10 scaling is given.	WEN Fan GAO Zhiyi WU Ziku Lü Hongmin	2005	Acta Oceanologica Sinica2005，24，4：	1

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