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- boundary layer jet stream 边界层急流
- boundary layer jet 动量垂直通量
- Erom a great deal of observed data, a stable southeasterly boundary - layer jet is found over the Leizhou Peninsula. 从大量实测资料中发现,雷州半岛地区存在着一支稳定的东南风边界层急流。
- Sound Propagation in the Nocturnal Boundary Layer. 夜间边界层中的声传播。
- Until someone harnesses the jet stream, such accidents are sure to happen. 除非人类能控制海洋洋流,否则此类事件肯定还会发生。
- A jet stream is a narrow band of strong winds several kilometres above ground. 高空急流是距离地面数公里高的狭窄强风带。
- Detection of Boundary Layer Water Clouds by Spaceborne Cloud Radar. 用机载云雷达探测边界层含水云。
- Beyond the boundary layer, the motion is highly irregular. 超出边界层以外,流体的流动非常没有规律。
- Formulation of Turbulent Fluxes in the Stable Boundary Layer. 稳定边界层中湍流通量算法。
- Stull, R.B., 1988: An introduction to boundary layer meteorology. 任平,2003:影响大气污染物散布的气象条件。
- As the air proceeds along the test section the boundary layer thickens. 当空气沿着试验段流动时附面层逐渐变厚。
- In the first stage the jet stream lies well to the north and it takes a general west-east direction. 在第一阶段急流远在其北且一般为由西向东的方向。
- The Contribution of Shear to the Evolution of a Convective Boundary Layer. 切变对对流边界层演变的作用。
- A systematic study of TiO2 ceramic boundary layer capacitor (BLC) ismade. 本文对TiO_2陶瓷晶界层电容器进行了较为系统的研究。
- The enhancing of low-level jet stream provided the megathermal and high wet condition of atmosphere which is beneficial for causing heavy rain. 低空急流的加强则提供了有利暴雨产生的高温高湿的大气条件;
- To solve this problem, a boundary layer suction test is carried out. 为此,本文采用附面层抽吸技术对其进行了地面抽吸状态下的流场控制试验研究。
- J. Janicke, L. Roche, “Liquid Jet Stream Threading Mechanism and Method for Traveling Wire EDM Apparatus,” U.S. Patent, No. 4,495,393, 1985. 张瑞成,线切割机之废线自动排出装置,中华民国专利申请案号91205919,民国九十二年九月。
- The bell reducer provides the cyclone action and the boundary layer control. 喇叭形异径管产生旋风作用并进行边界层控制。
- The evolution of vortexes in the boundary layer are numerically simulated. 本文数值模拟了多涡结构在边界层中的非线性演化过程。
- Composite analysis shows that corresponding to southward displacement of transient eddy heat flux, the strength of jet stream is stronger and vice versa. 对强、弱的急流年份条件下热量涡动输送合成分析的结果表明,热量涡动输送偏南时,对应着强的急流,热量涡动输送偏北时,对应着弱的急流。