| 1. | Adjustment of the first baroclinic rossby wave propagat
波在大洋传播中的调整 |
| 2. | Laboratory simulation of rossby vortex in rotating shallow water and the solution of its model equation
涡旋的旋转浅水实验模拟及模型方程解 |
| 3. | Secondly , a shallow - water model is designed to study the topographical effects on the propagating vortex rossby waves and tropical cyclone intensity change detailedly
之后设计了一个浅水模式较详细地研究地形对涡旋rossby波传播以及热带气旋强度变化的影响。 |
| 4. | Montgomery and kallenbach proposed that the propagation of vortex rossby waves may intensify the tropical cyclone , this new physical mechanism has been widely studied
Montgomery和kallenbach提出，涡旋rossby波传播可使热带气旋加强，这一新的物理机制得到了广泛的研究。 |
| 5. | There is teleconnection relations between shandong summer rainfall and the convective activities happening in tropical areas in spring and summer accomplished by rossby waves
通过分析强弱季风年春、夏季热带地区olr场的分布特征，发现热带地区的对流活动与山东夏季降水之间存在着遥相关关系。 |
| 6. | The main conclusions show as following : 1 the effects of propagating vortex rossby waves on tc intensity change are relative closely to the position , the size and intensity of the initial disturbance
主要结果可归纳如下： 1涡旋rossby波传播对热带气旋强度变化的影响，与初始扰动相对涡旋中心的位置、初始扰动尺度大小及强度等关系密切。 |
| 7. | Firstly , this paper designs a polar coordinate barotropic vorticity equation semi - spectral model and a quasi - geostrophic grid model in order to research the propagation of vortex rossby waves and tropical cyclone intensity change entirely
本文首先设计了一个极坐标系正压涡度方程的半谱模式、一个准地转格点模式对涡旋rossby波传播和热带气旋强度变化进行了较为系统的研究。 |
| 8. | Taking months to traverse the pacific , rossby waves march to the western boundary of the pacific basin , which is modeled as a smooth wall but in reality consists of quite irregular island chains , such as , the philippines and indonesia
用了几个月横穿太平洋， r波到达太平洋海盆的西部边界，被模拟成一堵平滑的墙壁，但是实际上，是由很不规则的岛屿链组成，比如，菲律宾群岛和印度尼西亚群岛。 |
| 9. | 2 . dynamic meteorology : equations of motion ; geostrophic , ageostrophic and gradient winds ; thickness and thermal wind ; continuity equation ; stream function ; vorticity equation ; divergence equation ; omega equation ; rossby wave ; ekman layer ; numerical weather prediction
2 .动力气象学：运动方程地转风非地转风及梯度风厚度及热成风连续方程流函数涡度方程辐散方程奥米茄方程罗斯贝波埃克曼层数值天气预报。 |
| 10. | The following results are obtained : ( 1 ) the flow in rotating helical pipes are affected by dean number , curvature , torsion ( or germano number ) , the ratio of the coriolis force to the centrifugal force f number ( or rossby number ) and the geometry of the cross section
研究结果表明： ( 1 )旋转螺旋管道流动特性受dean数、曲率、挠率(或germano数) 、科氏力与离心力之比f数(或rossby数)以及截面的形状五种因素的影响。 |
