eyewall

noun

1. （飓风）眼壁
   a thick ring of cloud around the eye (= calm area at the centre) of a hurricane

1. The strongest, fastest winds of a hurricane are found in the eyewall.
   飓风中风力最强，风速最快的地方是眼垒。
2. The evolution of eyewall lightning and total lightning tended to be episodic.
   眼壁闪电和台风总闪电存在阶段性变化。
3. A high-resolution numerical simulation of Typhoon Rananim ( 2004): Small-scale convection in the eyewall
   台风云娜（2004）的高分辨率数值模拟研究：眼壁小尺度对流运动
4. It is surrounded by the eyewall, a ring of towering thunderstorms where the most severe weather of a cyclone occurs.
   风眼四周环绕着“眼壁”，即一圈剧烈雷暴区域，通常是整个热带气旋中天气最恶劣的区域。
5. Observations of Concentric Eyewall Typhoon in the Northwest Pacific Ocean by Multi-sensor
   西北太平洋同心双眼壁台风多传感器卫星观测
6. The breakdown ( recovery) of eyewall leads to the storm weakening ( deepening).
   眼壁破裂（复原）过程导致“浣熊”减弱（增强）。
7. The inner eyewall was associated with a secondary maximum wind ring and a warm moist ring.
   内眼壁对应一个次极大风速环、暖湿环。
8. Typhoon Winnie 1997 was one of the hurricanes that had extremely largest eyewall ever recorded. The diameter of Winnie's eyewall reached 370 km.
   台风Winnie1997的眼直径为370km，是有观测以来发现的最大台风眼之一。
9. A function table was established on the basis of dynamic mathematic model of eyeball, which consists of 7 group data standing for eyewall of 7 different length eyeballs. It can be used to improve the X-ray locating diagnosis of intraocular foreign body.
   在眼球动态数学模型基础上，建立了不同长度眼球球壁表面函数值表，用于辅助X线眼内异物定位诊断。
10. Upward motion dominated the whole layer of inner eyewall and the area above 2 km altitude of the outer eyewall.
    上升运动控制整个内眼壁和海平面2km以上的外眼壁区域，下沉运动则控制眼区和内外眼壁之间。
11. A Possible Developing Mechanism of the Slantwise Updraft in the Eyewall of the 1992 Hurricane Andrew-Nonlinear Convective and Symmetrical Instability
    1992年Andrew飓风眼壁区倾斜上升运动发展的可能机制&非线性对流对称不稳定
12. According to the distribution of the radial gradient of vertical vorticity component of hurricane, which is calculated with high resolution output from one explicit numerical simulation of a hurricane case, this kind of wave mainly emerges in eye and eyewall.
    利用一次飓风过程的精确数值模拟所输出高分辨的资料，计算了飓风中径向涡度梯度的分布，指出这类波动主要存在于眼墙和眼心中。
13. Without consideration of latent heat will result in warm core intensification, eyewall compaction, slower decay and longer lifetime.
    不考虑潜热反馈的台风暖心加强，眼壁收缩，衰减缓慢，生命史延长。