| 1. | Remote sensing of sea surface wind of hurricane
飓风海面风场研究 |
| 2. | Research on ocean surface wind ambiguity removal algorithm for seawinds scatterometer
Seawinds散射计海面风场模糊去除方法研究 |
| 3. | Influence of initializing on the sea surface wind field numerical forecasting model in limited areas
初始化方案对有限区域海面风场数值预报模式的影响 |
| 4. | The main coupled mode of ssw and sst in the tropical pacific - south china sea - tropical indian ocean on interannual time scale
印度洋海面风与海面温度年际变化整体耦合的主模态 |
| 5. | Upper level winds and surface winds then come together forming a circular pattern of clouds known as a tropical depression
随后，高层风和海面风结合，形成圆形云层，也就是热带低气压。 |
| 6. | By contrasting these simulative results , the experiments check up the forcing of heat flux and complex terrain to sea surface wind
通过模拟试验对比，以检验地形，感热，潜热对海面风风速、风向的强迫作用。 |
| 7. | It is demonstrated very successfully that the simulated or real scatterometer data with the modified model estimation has been retrieved in this paper
从结果可以看到,所采用的改进的场方式反演方法对模拟数据或真实散射计探测海面风场的反演是成功的。 |
| 8. | Hf radar can measure the sea surface parameters . on oceanography , hf radar can be used in researching the property of ocean wave , supervising the sea status timely , getting offshore wind field picture as well
它在海洋学上可用于研究海浪性质，能实时监测海况而服务于航海业、海洋工程、海洋警戒、海洋渔业和海洋平台作业等，还能获取气象预报中所需要的海面风场图。 |
| 9. | The third chapter introduces the physical mechanism of sea surface wind firstly , then simulate five cases and contrast all results . based on the third chapter , the fourth chapter forecast case a with t213 datum and kzsy test and analyses the result in detail
为分析方便第三章首先分析了海面风的物理机制，然后针对几个海面风个例进行了5组模拟试验，并对其结果进行了对比分析。 |
| 10. | A three - dimension baroclinic prognostic model on the o - coordinate is established based on pom to simulate the wintertime circulation and the eddies in the east china seas , considering the topography , inflow and outflow on the open boundary , yangtse runoff , heat flux and wind stress on the sea surface
本文在pom模式基础上，建立一个坐标系下的三维斜压预报模式，考虑了海底地形、外来流、长江径流、海面风应力、海面热通量等多方面因素的影响，模拟结果较好地体现了冬季东中国海环流及涡旋的特征。 |
