maximum intensity造句

例句与造句

1. Maximum intensity projection , mip
   最大强度投影
2. Maximum intensity of shear
   最大切应力
3. All light colors are represented in ranges from ( 0 . 0 to 1 . 0 ) , where 0 = least intensity and 1 is the maximum intensity
   现在我们得到的所有光照范围为（ 0 . 0 1 . 0 ） ，当为时0等于最小的亮度，而1时为最大的亮度。
4. In a composite image , the vascular architecture is constructed through maximum intensity capture of temporal data in consecutive low - power images , he said
   在复合图像中，在连续低能图像中的最大强度捕俘获的时态数据可以建立血管结构。
5. Different parameterization schemes have different influences on the maximum intensity of rainfall and the distribution of rain area . suitable boundary layer parameterization scheme has obvious improvement on simulated results
   不同的边界层参数化方案对雨量中心强度、雨区分布、散度和涡度的预报均有一定的影响。
6. It's difficult to find maximum intensity in a sentence. 用maximum intensity造句挺难的
7. The pilots generally felt that an indication of the maximum intensity and an indication of location in terms of approach or departure corridor without further details on which section of the corridor would suffice for their preparation for landing or take - off
   飞机师普遍认为，如果风切变预警中包含了风切变的最大强度，以及受影响的进场或离场通道不需要进一步位置的资料，资料已足够让他们准备降落或起飞。
8. The pilots generally felt that an indication of the maximum intensity and an indication of location in terms of approach or departure corridor ( without further details on which section of the corridor ) would suffice for their preparation for landing or take - off
   飞机师普遍认为，如果风切变预警中包含了风切变的最大强度，以及受影响的进场或离场通道不需要进一步位置的资料，资料已足够让他们准备降落或起飞。
9. As an example , under the windshear conditions depicted in the figure below where there is a windshear event of 15kt at 3 mile final and a microburst event of 30kt at 1 mile final , the consolidated windshear alert based on the first encounter , maximum intensity principle will be
   下图例子显示跑道进场3海里处出现了15海里小时风切变的事件，于1海里处同时出现- 30海里小时的微下击暴流。根据"首次相遇位置最大强度"的准则，风切变预警应为：
10. Visible imagery at around 1 . 30 p . m . on 11 september 2002 when hagupit was a severe tropical storm with a maximum intensity of about 110 kmh . ( the cloud imagery was originally captured by the geostationary meteorological satellite ( gms - 5 ) of japan meteorological agency )
    二零零二年九月十一日约下午1时30分的可见光卫星图片，当时黑格比为一个强烈热带风暴，中心风力约每小时110公里。此卫星云图接收自日本气象厅的地球同步气象卫星( gms - 5 )
11. The idea is that the microburst or windshear alerts passed by the air traffic controllers to the pilots should include the location i . e . runway or 1 , 2 or 3 nautical miles from runway threshold of the first encounter of the microburst or windshear event i . e . first encounter and the maximum value of the computed wind speed difference i . e . maximum intensity
    这准则的构思是，所有经航空交通管制员传递给飞机师们的微下击暴流预警或风切变预警，均包含首次相遇微下击暴流或风切变事件的位置即跑道或离跑道入口两端1海里2海里或3海里的地方以及计算风速差别的最大数值即最大强度。
12. The idea is that the microburst or windshear alerts passed by the air traffic controllers to the pilots should include the location ( i . e . runway or 1 , 2 or 3 nautical miles ( nm ) from runway threshold ) of the first encounter of the microburst or windshear event ( i . e . first encounter ) and the maximum value of the computed wind speed difference ( i . e . maximum intensity )
    这准则的构思是，所有经航空交通管制员传递给飞机师们的微下击暴流预警或风切变预警，均包含首次相遇微下击暴流或风切变事件的位置即跑道或离跑道入口两端1海里、 2海里或3海里的地方以及计算风速差别的最大数值即最大强度。
13. Sequentially , the author discussed the technologies of medical image 3d visualization according to the clinical applications . with the development of computer , 3d visualization and computer graphics , the 3d visualization of medical images has progressed from fourier transform and convolve inverse projection to mpr ( multi - planar reformation , mpr ) and mtp ( maximum intensity projection , mtp ) , nowadays , the real 3d reconstruction method , surface and volume rendering has risen . the image registering , image segmentation , pixel data set construction and 3d special interpolation are the key technologies in medical images 3d reconstruction
    随着计算机技术、三维可视化理论和计算机图形学的发展，医学图像的三维可视化技术也从傅立叶变换、卷积反投影等基本图像处理算法，发展到真正的三维重建算法：面绘制和体绘制；医学图像的三维可视化技术的应用也从三维医学成像发展到虚拟内窥镜，以及今天的虚拟可视化人体研究；而图像的配准、图像分割、体数据集的构建、三维空间插值则是医学图像三维可视化实现过程中的关键技术环节。