浮力流 meaning in Chinese
buoyant jet
Examples
- Spalart - allmaras model is not suitable to simulate the buoyant flow in reservoir
Spalart - allmaras模型不适用于水库湍浮力流的模拟。 - 3 , based on the standard k - s model , the laterally - averaged 2 - d buoyant flow model to predict the water temperature of the huge and deep reservoir is developed
四川大学工学博士学位论文3 .在标准车‘紊流模型的基础上，建立了预测大型深水库水温分层的立面二维浮力流模型。 - Author considers that munk - anderson ' s modification is not suitable to simulate the buoyant flow in reservoir , and suggests the turbulent prandtl number as the constant of 0 . 85 in the water temperature model of reservoir
本文认为该修正模型并不适用于水库浮力流的模拟，建议在大型深水库水温模型中温度普朗特数采用常值0 . 85 。 - Topics include : molecular and turbulent diffusion , boundary layers , dissolution , phase partitioning , bed - water exchange , air - water exchange , settling and coagulation , buoyancy - driven flows , and stratification in lakes
探讨课题计有:分子和紊流扩散、边界分层、溶解、相之间的分割、底床与水间的交换作用、空气与水间的交换作用、沉降和混凝、浮力流以及湖泊分层作用。 - Based on the previous studies , the 2 - d laterally averaged temperature model for the temperature prediction of the huge and deep reservoir is developed in this paper . in the mean while , the movement mechanism of the turbulent buoyant flow in reservoir and the rule of the thermal stratification forming , developing and varying are probed . the model is then applied to the huge reservoir of xiluodu on jinshajiang river and the cascade power stations on yalongjiang river
本文在总结前人研究成果的基础上，探讨了水库湍浮力流的运动机理，以及温度分层的形成、发展和变化规律，建立了适用于大型深水库水温预测的立面二维水温模型，并应用于超大型水库? ?金沙江溪洛渡和雅砻江梯级电站各水库的水温预测，取得了一系列创新性研究成果。