The general linear model of flow concentration is used as the basis of computation in this paper.
本文采用一般线性汇流模型作为计算的依据。
This model can also be applied to the prediction study on the flow field and concentration field of other estuaries and coasts.
本模型也可以推广应用于其他河口、海岸流场和浓度场的计算预测研究。
The multiphase flow model and algorithm was setup. The velocity fields and distribution of fuel concentration are given.
建立了多相流模型与算法，给出了云雾区的速度场与燃料浓度分布。
And the mathematical model function of flow behavior index and concentration was established.
同时得出了流体行为指数与浓度之间的数学模型关系式。
Besides the influence of temperature on specific heat of mixture, considered is also that of diffusion flow due to concentration discrepancies, thus making the theoretical model more exact.
除考虑温度对混合气比热的影响外，还考虑了由于浓度差异产生的扩散流动对混合气比热的影响，从而使理论模型进一步精确化。
Effects of inlet air flow and inlet feed concentration on enrichment rate were predicted by the model. The results had good agreement with the experiment observations.
模型预测了进料浓度和进气速度对富集比的影响，结果表明，模型预测结果和实验结果基本一致。
The model is applied to simulate the flow and concentration fields in the north branch of Changjiang estuary after the building of Chonghai Road Bridge.
模型应用于长江口北支崇海公路大桥修建后的流场浓度场的数值模拟。
The time of disposable flow can be determined based on the concentration model, which provides a theoretical basis to the effective recovery and utilization of rainwater.
在浓度模型建立的基础之上，可以确定弃流时间，为实现雨水的有效回收利用提供理论基础。
Non horizontal Multi Layer Finite Element Model is applied in this paper to simulate the flow and the concentration of Wanzhou Reach in The Three Gorges Reservoir(TGR).
本文采用斜分层有限元模型模拟了三峡水库蓄水前后万州江段的流速场和浓度场。
The analysis is divided into two parts: 1 computation of the velocity flow field and water surface elevation, and 2 computation of the pollutant concentration field from the dispersion model.
分析包括两个部分：1流场速度、水面高度的计算；2根据扩散模型计算污染物浓度场。
At the same time, simulation of concentration field has great significance in researching characteristic of injection dispersion process and flow model of oscillatory flow reactor.
同时，浓度场的模拟对于注入分散特性的研究，对于振荡流反应器的流动模型的研究都具有重大的意义，它为完成这方面的工作提供了另一种方法。
To dispose of the flow field of mesoscale cities, in order to make the diffusion model be used to exactly calculate the concentration distribution of the pollutants;
②对中尺度城市的流场进行处理，使之用于扩散模型后更能准确反应污染物的浓度分布；
To dispose of the flow field of mesoscale cities, in order to make the diffusion model be used to exactly calculate the concentration distribution of the pollutants;
②对中尺度城市的流场进行处理，使之用于扩散模型后更能准确反应污染物的浓度分布；
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