Observed effect of an eddy on inertial oscillations

Henry Perkins
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引用次数: 37

Abstract

Of the many current measurements made by the Woods Hole Oceanographic Institution, one set, made at Site D, 39°N, 70°W, in the fall of 1969, has a double peak in its energy spectrum, one on each side of the local inertial frequency. Coincident with these current records were expendable bathythermograph and infra-red aircraft observations indicating the presence of an anticyclonic eddy that drifted through the observing site. The observed split in the inertial peak of the current records is attributed to variations in the effective inertial frequency caused by the vertical component of vorticity associated with the eddy.

观察到涡流对惯性振荡的影响
在伍兹霍尔海洋研究所进行的许多当前测量中,1969年秋天在北纬39°,西经70°的D站点进行的一组测量在其能谱上有一个双峰,一个在当地惯性频率的两侧。与这些当前记录一致的是消耗性的深海温度仪和红外飞机观测,表明存在一个反气旋涡旋,该涡旋飘过观测地点。当前记录中观测到的惯性峰分裂归因于与涡旋相关的涡度垂直分量引起的有效惯性频率的变化。
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