Global regional assimilation and prediction system is a new numerical weather forecast model in China.
全球区域同化预报系统为中国新一代数值天气预报模式。
Mesoscale numerical weather prediction model is the efficient way to the weather forecast.
中尺度数值预报模式是进行中尺度天气预报的有效手段。
At present, data errors and model errors are the key factors to the improvement of the numerical weather prediction (NWP) results.
目前，制约数值预报结果准确性进一步提高的关键因素有两个：资料误差和模式误差。
It is a variational method whose constraints are represented by the dynamic model for numerical weather prediction, and is a substantial improvement on the traditional variational scheme.
伴随模式的方法是以数值天气预报的动力模式作为约束条件的变分方法，比传统的变分方法有了很大的改进。
Orography is properly introduced in the operational numerical model of Shanghai Institute of Typhoon and some real synoptic weather processes are used to test the dynamic effects of orography.
本文在上海台风研究所无地形的业务数值予报模式中引入地形，用实际天气过程进行了地形动力效应的予报试验。
The uncertainty of surface emissivity influences directly the efficiency of satellite radiance assimilation in numerical weather prediction model.
地表比辐射率计算的不确定性，直接影响到卫星资料在数值预报中同化应用的效果。
The rule of peak load changing with weather is discussed based on dealing with historic load in order to forecast daily peak load and find reasonable numerical model.
针对夏季气象因素对日峰荷的影响，在总结常规负荷特性分析缺陷的基础上，提出用人体舒适度作为综合气象指标来反映其对日峰荷的影响。
The rule of peak load changing with weather is discussed based on dealing with historic load in order to forecast daily peak load and find reasonable numerical model.
针对夏季气象因素对日峰荷的影响，在总结常规负荷特性分析缺陷的基础上，提出用人体舒适度作为综合气象指标来反映其对日峰荷的影响。
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