风应力旋度 meaning in English
curl of wind stress
Examples
- The negative wind stress curl in winter is basic driving mechanism responsible for the scs warm current
冬季南海暖流的一个基本驱动机制是南海北部负的风应力旋度。 - The variations of wind stress curl are dominated by the monsoons in japan sea and south china sea and the value is stronger in winter than in summer
日本海与南海的风应力旋度周期变化由其冬夏季风决定。冬季影响强于夏季。 - A series of numerical experiments were carried out to reveal the roles of the following effects in driving the circulation : 1 ) topography , 2 ) wind stress curl , 3 ) p effect , 4 ) inertial effect and 5 ) open boundary inflow / outflow
实验中考虑以下动力因子对南海冬夏季环流的影响： 1 )地形， 2 )风应力旋度， 3 )效应， 4 )惯性效应， 5 )开边界流量驱动。 - Furthermore , analysis on the relation between the local wind stress curl anomalies ( wsca ) and smta shows that wsca plays different roles on smta due to its different variances . there exists strong correlation between them in those regions with large variance of wsca , and the change of wsca precedes that of smta . the analysis also shows that wsca mainly affects smta by changing the depth of the thermocline
进一步分析了局地风应力旋度异常( wsca )与smta的关系，指出由于不同区域的wsca的变率不同，从而对smta的影响也不同，在wsca变率大的区域，两者具有很强的相关性，而且风应力的变化早于温度距平的变化；分析还表明， wsca主要是通过影响温跃层深度对smta产生影响的。 - From the numerical modeling results , it can be found that there is a clockwise gyre in the middle part of bohai sea , whether in wintertime or in summertime . in summer , the clockwise gyre corresponding to the high - temperature and low - density center in the middle bohai sea is mainly dominated by the density circulation . and in winter , it is mainly dominated by the wind stress curl
通过数值模拟结果发现，在渤海中部，无论冬季还是夏季，都存在一个顺时针的涡旋运动，夏季，对应于渤海中部的高温低密中心，其流场主体部分呈顺时渤海冬夏季环流特征及变异的初步研究针向旋转，这主要是密度环流占优的结果，而冬季的顺时针向的旋转，主要是海面风应力旋度影响的结果。