1) Products of MM5 model
MM5模式产品
2) MM5
MM5模式
1.
Fine MOS Temperature Forecast Based on MM5;
基于MM5模式的精细化MOS温度预报
2.
By means of MM5 model and the third generation of shallow-water wave model SWAN.
利用MM5模式和第三代浅水波浪数值预报SWAN模式,对“麦莎”的移动路径以及“麦莎”造成黄渤海域的强风场、强浪场进行模拟,结果与实况基本一致,并且通过模拟,对缺少资料的海面风场、浪高场有更全面的了解。
3.
By means of the hour-to-hour MM5-predicted basic element fields and physical-quantity diagnostic fields,as well as the recording humidity data of 25 stations over Ningxia Autonomous Region from May to September 2003,predictions are made of the 48-hour hour-to-hour relative humidity of 25 stations in Ningxia from May to September using the multiple linear and successive regression MOS methods.
利用2003年5~9月MM5模式每隔1 h的站点基本要素预报场和物理量诊断场资料,以及相应时段内宁夏25个测站的相对湿度自记观测资料,同时采用多元线性和逐步回归2种MOS统计方法,预报宁夏25个测站5~9月48 h逐时相对湿度。
3) MM5 model
MM5模式
1.
Numerical Simulation of Different Convection Parameterization Schemes in MM5 Model;
MM5模式中不同对流参数化方案的数值模拟
2.
MM5 model is the most popular mesoscale model in the world.
分析了MM5串行算法的特点,研究了其并行算法的实现,讨论了算法的一些改进,给出了MM5模式在分布式并行巨型计算机上的测试结果。
3.
Numerical experiments on four cumulus parameterization schemes(CPSs) are carried out using the data of a Meiyu heavy rainstorm event occurred over the Changjiang basin in July 2002 with MM5 model.
利用MM5模式,选用4种积云对流参数化方案对2002年7月长江流域梅雨锋暴雨过程进行数值试验,讨论了同一水平分辨率下不同参数化方案对降水特征、中尺度特征和云物理特征模拟的影响。
4) MM5 forecasting model products
MM5预报产品
5) MM5 meteorological model
MM5气象模式
6) MM5 adjoint-model
MM5伴随模式
1.
In this paper, the MM5 adjoint-model that is based on variational method with adjoint codes technique as the core is introduced, on the basis of which, conventional observation data and unconventional observation data is applied into this Assimilation System for the purpose of assimilation research.
本文详细介绍了以变分法为基础,以伴随码技术为核心的MM5伴随模式,并将常规资料和非常规资料应用于该模式进行了同化问题的研究。
补充资料:[3-(aminosulfonyl)-4-chloro-N-(2.3-dihydro-2-methyl-1H-indol-1-yl)benzamide]
分子式:C16H16ClN3O3S
分子量:365.5
CAS号:26807-65-8
性质:暂无
制备方法:暂无
用途:用于轻、中度原发性高血压。
分子量:365.5
CAS号:26807-65-8
性质:暂无
制备方法:暂无
用途:用于轻、中度原发性高血压。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条