中文摘要：

物理能量守恒定律的忠实计划在动态框架被使用了一全球光谱模型。在这研究，物理过程也是的一套 diabatic 包含了。基于实时数据的六 30 天的数字集成，我们证明完整的模型能复制全球精力的主要特征周期和水文学分发。另外，当 diabatic 过程被考虑时， root-mean-square 错误戏剧性地被减少。另一个优点是两倍热带集中地区(ITCZ ) 的假结构没在结果被看见，尽管降水率变得更低。

英文摘要：

The fidelity scheme of physical conservation laws has been applied in the dynamic framework of a global spectral model. In this study, a set of diabatic physical processes are also involved. Based on six 30-day numerical integrations of real-time data, we show that the full model is able to reproduce the primary features of global energy cycle and hydrological distribution. Additionally, the root-mean-square error is dramatically decreased when diabatic processes are considered. Another advantage is that the false structure of ＂double Intertropical Convergence Zone （ITCZ）＂ is not seen in the result, although the orecioitation rate becomes lower.