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- Ekman pumping and Cu vertical heat mrxing cooperatively work. Ekman抽吸与积云热量垂直混合是相互促进,共同发展的。
- It is also shown that the Ekman pumping at the top of the boundary layer favors the typhoon acceleration along the local steering current. 边界层摩擦辐合引起的艾克曼抽吸有利于台风产生沿局地流场引导速度方向的加速度。
- Continuity results in Ekman pumping and suction out of and into the Ekman layer. 连续性则引起了埃克曼抽吸并进入到埃克曼层。
- The simulated typhoon got in this paper is closer to the actual typhoon on the structure than the result obtained with Ekman pumping. 数值试验所得到的“模式台风”比考虑Ekman抽吸作用所得结果在其结构上更接近实际台风。
- Probably, the cumulus momentum transport is more important to the formation and maintenance of typhoons than the effect of Ekman pumping. 而且,积云动量垂直输送作用,在台风的形成和维持中可能比Ekman抽吸更为重要。
- The negative maximum of the wind stress curl may determine the intensity of the Southern Antarctic Circumpolar Current Front(SACCF):The stronger the Ekman Pumping caused by the negative maximum of the wind stress curl is,the more intense the SACCF is. 风应力旋度负最大值很可能决定了南极绕极流锋(SACCF)的强度:负最大值越大,埃克曼抽吸越强,南极绕极深层水(CDW)向海面涌升程度越大,CDW与变性南极绕极深层水(MCDW)之间温盐梯度的深度范围越大,锋强度越强。
- Therefore, it is similar to Ekman pumping that the cumulus momentum transport can arouse the conditional instability of the second kind (CISK) which leads to the genesis and development of typhoons. 因此,同Ekman抽吸一样,积云动量垂直输送作用也可以激发第二类条件不稳定(CISK),促使台风的生成和发展。
- Ekman vertical velocity of atmospheric boundary layer was calculated by using GCM data and the new Ekman Pumping formula given by Tan(2000),in which complex boundary was included for stratified atmosphere. 利用GCM模式资料和Tan最新得到的具有复杂边界的层结大气边界层的Ekman泵公式 ,计算了大气边界层顶的Ekman垂直速度。
- The result indicates that the typhoon process has a significant influence to the seas. SST decreases in the large region and the affected depth is about 100m. Entrainment and Ekman pumping are key factors. 模拟结果表明海洋对台风过程有强烈的响应:强台风过程可影响到海表面以下100m深,SST出现大幅下降,其中大风抽吸和夹卷影响最大,平流输送在实际情况中对海温变化也有重要的作用;
- The result shows that the atmosphere response to the ocean is mainly the Gill-type mode and simultaneously, the ocean is affected by Ekman pumping from the wind stress vorticity of the low level atmosphere. 结果显示;大气对海洋热力强迫的响应主要是Gill型;而大气又可以通过风应力旋度造成的Ekman抽吸作用来影响海洋;这种海气相互作用影响着ENSO循环的发展.
- Besides, the effect of seasonal variation of wind stress, Ekman pumping and horizontal diffusivity on the ocean current and heat budget are studied, using both ideal model and complex model. 在此基础上,利用理想化的数值试验与数值模拟结果相结合的方式,证实了风应力的季节变化和Ekman抽吸,以及水平热量扩散系数对北印度洋海洋环流和热收支的影响。
- Variable Eddy Diffusivities and Ekman Pumping 湍流交换系数的水平非均匀对Ekman抽吸的影响研究
- BAROCLINICITY AND DYNAMICS OF NONLINEAR EKMAN PUMPING 斜压性与非线性Ekman抽吸的动力特征
- Blood is pumping out of his belly like a fountain. 血像喷泉似地从他的腹部涌出。
- Blood was pumping out of his belly like a fountain. 血像喷泉似地从他的腹部涌出。
- Her heart was pumping very fast. 她的心脏跳得很快。
- He was pumping away the whole day. 他整天忙着用唧筒抽水。
- Characteristics of Ekman Vertical Velocity of the Atmospheric Boundary Layer Calculated with a New Ekman Pumping Formula 一个新的Ekman泵公式在大气边界层Ekman垂直速度计算中的应用
- A tyre expands when you pump air into it. 轮胎一打气就鼓起来。
- 1.It is also shown that the Ekman pumping at the top of the boundary layer favors the typhoon acceleration along the local steering current. 边界层摩擦辐合引起的艾克曼抽吸有利于台风产生沿局地流场引导速度方向的加速度。