将全球或区域气候模式和大气化学模式进行完全耦合来研究臭氧变化的气候效应是一种十分有效的手段，具有广阔的应用前景。
It is a very effective way to use the global or regional climate model coupled with a atmospheric chemistry model for study on ozone variation and its climate effect.
利用耦合的区域气候模式和大气化学模式模拟对流层臭氧的产生、分布和对辐射传输、地表温度、气温等的影响。
The effects of ozone in troposphere on climate factors such as radiative forcing, surface temperature air temperature, have been discussed by coupling regional climate model and chemical model.
将一个区域气候模式和一个水文模型耦合，模拟研究了降水及人渗能力非匀性对区域气候模拟的影响。
A regional climate model was coupled to a hydrological model so as to simulate the effects of the heterogeneities in precipitation and infiltration on regional climate modeling.
利用与非静力平衡中尺度气象模式完全耦合的区域沙尘数值模式，模拟研究这次强沙尘天气过程中沙尘浓度的空间分布结构和时间演变趋势。
The spatial and temporal distribution and development of dust concentration and structure were simulated by a coupled dust model with non-hydrostatic mesoscale model.
全球海气耦合模式与区域气候模式嵌套，可以提供高分辨率的东亚区域气候模式制做季节预测。
RegCM_ NCC nested with CGCM can provide high-resolution seasonal prediction of climate over East Asia.
全球海气耦合模式与区域气候模式嵌套，可以提供高分辨率的东亚区域气候模式制做季节预测。
RegCM_ NCC nested with CGCM can provide high-resolution seasonal prediction of climate over East Asia.
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