eddies

英 [ˈediz]

美 [ˈediz]

n.  (空气、灰尘或水的)旋涡，涡流
v.  起旋涡; 旋转
eddy的第三人称单数和复数

柯林斯词典

• （水或气流的）漩涡，涡流
  Aneddyis a movement in water or in the air which goes round and round instead of flowing in one continuous direction.
• VERB 起漩涡;旋转;杂乱无章地移动
  Toeddymeans to move round and round, or to move in a disorganized way.
  1. The dust whirled and eddied in the sunlight...
     灰尘在阳光下旋转翻腾。
  2. The crowds were eddying into the road.
     人群乱哄哄地涌上街头。

双语例句

• The unseen dark plays on his flute and the rhythm of light eddies into stars and suns, into thoughts and dreams.
  看不见的黑暗吹起他的长笛，光明的韵律在繁星与太阳之间旋转，在思想与梦幻中旋转。
• There is a pair of "kidney eddies" on the vertical section of the outlet of effusion hole, and the "kidney eddies" will moves into the main flow when the blowing ratio is increased.
  而在发散孔出口与主流方向垂直的位置会形成一对旋转方向相反的肾形涡，且涡的位置随吹风比的增大而移向主流区域。
• Strong eddies and powerful current effects can be found, particularly on large-volume rivers.
  强大的漩涡和强劲的水流影响会被发现，尤其在大容职的河流。
• Errors and uncertainties multiply, cascading upward through a chain of turbulent features, from dust devils and squalls up to continent-size eddies that only satellites can see.
  误差和不确定性剧烈放大，它们通过一系列湍流状态，从小尘暴和暴风剧增到只有卫星才能观察到的大陆范围的气旋。
• The effect of the applied weak steady direct current electrical field on potential differences around abdominal aorta of rabbit sheath ( circuit) eddies
  外加稳恒直流电场对兔腹主动脉周围电势差的影响【电】外皮感应涡电流
• But their work appears to merge in the study of large eddies.
  但在大旋涡的研究上，他们的工作看来却殊途同归。
• Looking for small eddies in films may be fun, but scientists look to intermediate-sized eddies for a deeper understanding of turbulence.
  在银幕上搜索小旋涡是有趣的，但是科学家却注意中间尺寸的漩涡，为的是更深入地了解湍流。
• Viscosity overwhelms the smallest eddies and converts their energy into heat.
  粘性制服了最小的旋涡而将其能量转换为热。
• Analysis of the Structures and the Mechanisms of the Cyclonic Eddies to the Northwest of Luzon Islands
  吕宋岛西北海域气旋式涡旋的结构及其形成机制
• Hulot's team argues that the growth of these reversed patches, presumably eddies that are working against the primary motion of the core, can explain the current decline in the dipole field.
  余洛的研究小组认为，假如此区块是一种与主要地核运动相抗衡的「漩涡」区，那麽此区块的增长便可以解释现今磁偶极场的衰减现象了。