| 1. | The analyzed low - pressure center at the surface was located ~ 8 km east of the mesocyclone
所分析的地面低压中心位于中（尺度）气旋之东约8公里处。 |
| 2. | If the pressure changes over a large area , winds start to blow in a huge circle . high - pressure air is pulled into a low - pressure center
当压力作用于大范围区域,风就开始旋转,高压空气便被推进低压中心区 |
| 3. | In the southern hemisphere an anticyclone circulates counterclockwise around the high - pressure center , as contrasted to the northern hemisphere
在南半球，反气旋绕高压中心反时针方向吹，与北半球情况相反。 |
| 4. | If the pressure changes over a large area , winds start to blow in a huge circle . high - pressure air is pulled into a low - pressure center
如果压力在大范围内改变,风开始转一个很大的圈.高压气体被拉向低压中心 |
| 5. | If the pressure changes over a large area , winds start to blow in a huge circle . high - pressure air is pulled into a low - pressure center
如果一个大的区域的气压变化，将产生大的旋风，高气压会被卷进低压中心。 |
| 6. | If the pressure changes over a large area , winds start to blow in a huge circle . high - pressure air is pulled into a low - pressure center
若气压差太大,风就会呈一个大的环型吹动。高气压区的空气会流向低气压区中心。 |
| 7. | If the pressure changes over a large area , winds start to blow in a huge circle . high - pressure air is pulled into a low - pressure center
假如气压在很大区域内变化，风就开始呈一个环形吹动。高压气流会流向低压中心。 |
| 8. | If the pressure changes over a large area , winds start to blow in a huge circle . high - pressure air is pulled into a low - pressure center
如果气压变化通过较大的区域，风开始吹成一个大的圈。高气压被拉进低气压中心。 |
| 9. | If the pressure changes over a large area , winds start to blow in a huge circle . high - pressure air is pulled into a low - pressure center
如果压力在一个很大的地方变化，风就会绕着一个圈吹。高压的空气被推进低压中心。 |
| 10. | If the pressure changes over a large area , winds start to blow in a huge circle . high - pressure air is pulled into a low - pressure center
如果压力大范围的改变,风就开始围绕一个大的圆圈回旋,高压区的空气被推进低压中心 |
