半干旱半湿润地区由于其较复杂的下渗情况及产流特点,使得T O PMO D E L模型较难在该类地区进行高效 的水文模拟.利用双超下渗理论与TOPMODEL建立耦合模型并在模型中引入反映下垫面特征的产流参数.实 际应用表明,该耦合模型能有效的解...半干旱半湿润地区由于其较复杂的下渗情况及产流特点,使得T O PMO D E L模型较难在该类地区进行高效 的水文模拟.利用双超下渗理论与TOPMODEL建立耦合模型并在模型中引入反映下垫面特征的产流参数.实 际应用表明,该耦合模型能有效的解决半干旱半湿润地区的洪水预测问题,取得比较理想的预测结果.展开更多
Through reviewing the flow theory’s birth and development history in underground porous media and contrasting the mechanics of underground fluids and mechanics of viscous fluids, this paper points out the main facto...Through reviewing the flow theory’s birth and development history in underground porous media and contrasting the mechanics of underground fluids and mechanics of viscous fluids, this paper points out the main factors, which affect the development of the theory on oil and gas porous flow. The development law and development route of the mechanics of fluids in porous media are also summarized in this paper.展开更多
文摘半干旱半湿润地区由于其较复杂的下渗情况及产流特点,使得T O PMO D E L模型较难在该类地区进行高效 的水文模拟.利用双超下渗理论与TOPMODEL建立耦合模型并在模型中引入反映下垫面特征的产流参数.实 际应用表明,该耦合模型能有效的解决半干旱半湿润地区的洪水预测问题,取得比较理想的预测结果.
文摘Through reviewing the flow theory’s birth and development history in underground porous media and contrasting the mechanics of underground fluids and mechanics of viscous fluids, this paper points out the main factors, which affect the development of the theory on oil and gas porous flow. The development law and development route of the mechanics of fluids in porous media are also summarized in this paper.
