结果表明，本模式能合理地模拟不同地表热量平衡、地表气温、混合层高度、湍流交换系数、湍流动能、位温廓线等，以及它们的日变化。
The result shows that this model can simulate the structure and eigenvalues of atmosphere boundary layer and their changes in a day.
结果表明，模式可以较好地应用于实际业务预报中，同时改进了模式的计算方法，分析了各种物理参数对混合层高度变化的不同影响和物理成因。
The results show that the model can be used in operational forecast. Meanwhile the calculation method of model is improved and the effects of …
在所研究的范围内，流体粘度、流速和床层高度的增大都会引起轴向混合系数的增大；
The increase of liquid viscosity, flow velocity and sedimented bed heights resulted in the increase of axial mixing coefficient.
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