摘要
地球上的气候演变,是在一个包括大气、海洋、冰、土壤和植物的多相气候系统中,由许多物理、化学、生物过程相互作用的综合结果。对这些过程相互作用的了解,是基于有能力定量地、以相容的表达式将它们结合起来考虑、这种模试依靠一套方程组的数值积分和构成气候数值模式的经验关系。本文给出了一个全球经纬度网格的大气环流模式(AMS GCM),考虑了各种物理过程,并利用实际资料进行了两个月的积分,初步结果分析,效果是令人鼓舞的。
In this paper, the two months' integration about a global atmospheric circulation model including many physical climatic processes has been made by the global climatic mean data sets in January. The results show that the seasonal circulation systems and the steady active centres are fairly simulated by this model. And the variation of kinetic and internal energy with time show that the computation tends to be stable, consequently, it is expected that this model can be used to simulate, and be capable of simulating the climate changes on time scale of months to years.
出处
《计算物理》
CSCD
北大核心
1989年第3期289-301,共13页
Chinese Journal of Computational Physics
