中心强度 meaning in Chinese
core strength
Examples
- Light centre length
发光中心强度 - 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。 - Using the mm5 model to conduct investigation of numerical simulation for this case , it was basically possessed of a capability to reproduce the genesis , development and evolution of the large - scale and mesoscale weather systems
本文以mm5模式模拟分析“雅安天漏”为代表，着重研究了不同边界层参数化方案对雨量中心强度、雨区分布的影响以及雅安暴雨时的纬向垂直环流结构。 - Whether in the aspect of total rain days or total rainfall amount in a year , ya ' an is always an extreme range , which has been called " ya - an - tian - lou " in chinese . the predicted average physical structures in the raining process are as follows : ( l ) positive vortex and convergent center in the lower and middle troposphere and negative vortex and divergent center in upper troposphere ; ( 2 ) the superposition of the low layer zonal - vertical circulation and the up layer zonal - vertical circulation forms a strong upward current
从6种不同方案对暴雨过程预报的实验看，不同的边界层参数化方案对雨带特征的模拟都具有一定的能力，同时模式模拟的降水对参数化方案的选取是敏感的，不同的参数化方案模拟出的降水范围和雨量分布有所差异，主要表现在降雨量中心强度及雨区分布上。 - The main relative systems of heavy - hard rainfall in northeast plateau are western pacific subtropical high , south asia high , low latitude systems , upper level jet ( ulj ) , low level greater wind speed axes , westerly trough and plateau trough , low level vortex , cold frontal , occluded front in qinghai lake , mesoscale low pressure , heat low - pressure in qinghai , shear line and convergence line , mesoscale cloud cluster , etc . the west subsidiary model of south asia high is the main circulation type of heavy - hard rainfall in this area
3 、西太平洋副高、南亚高压、低纬系统、高空急流、低空大风速轴；西风槽和高原槽、低涡、冷锋、青海湖锢囚锋以及中尺度低压、青海热低压、切变线与辐合线、中尺度云团等系统是高原东北部地区大到暴雨的主要相关系统。 100hpa上的南亚高压中心强度加强，位置东西摆动预示高原地区将有降水产生，中心强度减弱，降水过程结束。南亚高压西部副型是高原东北部地区大到暴雨的主要流型。