江淮流域 meaning in Chinese
jiang huai basin
Examples
- Mineral composition and chemical characteristics of albic soils in jianghuai drainage basin
江淮流域白浆化土壤的矿物组成与化学特性的研究 - A meso - scale numerical weather forecast system based on dawning 1000 and its applicability to jianghua basin
基于曙光1000的中尺度数值气象预报系统及其在江淮流域的适用性研究 - A study on the variation and forecasting models of groundwater level and draining waterlogging in cultivated soil layers in the jianghuai valley
江淮流域地下水位变化规律及预报模型与耕作层排渍模型研究 - This scheme was finally tested by a typical meso - scale severe rainstorm process which happened on the middle - lower parts of the yangtze river in china during the period of july 4th - 5th , 2003
并以2003年7月4日? 5日发生在江淮流域的特大暴雨过程为例，对该方案进行了验证。 - Analyzing the physics structure of vorticity , divergence , vertical velocity , frontogenesis " function , apparent heat source and apparent moist sink etc . indicated the physics fields are favorable for the occurance of the heavy rain over changjiang - huaihe river basin where the physics values are well according to the heavy rainstorm positions ; the low level jet is closely subject to the moisture and the coupled system of the low and the upper level jetstreams induced the strongly " ascending motion ; the intensity of the frontogenesis varies with the development of the rainfall system and reacts the rainfall intensity
主要分析了这次过程中的多种物理量，包括涡度、散度、垂直速度、锋生函数、视热源、视水汽汇等，对这一暴雨过程有了比较系统的认识。结果表明：在江淮流域存在着有利于发生暴雨的物理量场配置，涡度、散度、垂直速度等物理量，与暴雨的落区都很吻合的；低空急流的产生不仅有利于水汽的输送，而且高低空急流的耦合造成了有利于强上升运动的配置；锋生强度随着降水系统的发展变化，并影响降水强度。