1) the porous medium coupled heat and water transport model
多孔介质热湿迁移模型
2) heat and water transfer model in porosi-ty material
多孔介质热湿迁移
3) multi-media transfer
多介质迁移
1.
Simulation of multi-media transfer and fate of benzo[a]pyrene;
苯并(a)芘的环境多介质迁移和归宿模拟
4) porous medium model
多孔介质模型
1.
Application of porous medium model in analysis of flow field around secondary filter;
多孔介质模型在二次滤网内流场分析中的应用
2.
The wind pass the wind-proof and suppressing wall is a typical porous media-fluid coupled flow,the porous medium model can show its working characters well.
气体通过挡风抑尘墙的流动是典型的多孔介质-纯流体耦合流动,多孔介质模型能够良好的反映其工作特性。
3.
The leakage flow behavior through a brush seal was numerically investigated using the Reynolds-averaged Navier-Stokes solution based on the porous medium model.
采用数值求解基于多孔介质模型的Reynolds-averaged Navier-Stokes方程技术,对刷式密封内泄漏流动特性进行了详细的数值研究。
5) Porous media model
多孔介质模型
1.
The leak of gases through nonmetallic gaskets can be described with a porous media model.
气体通过非金属垫片的泄漏可以用多孔介质模型来描述，由流动方程得到的垫片材料常数可以作为密封设计的基本参数。
2.
Adopting porous media model to describe the gas flow through the porous plug and tundish with bottom blowing as an example,the effect of porous media model on calculated results of bubble′s escape velocity and fluid flow in the tundish were analysed by mathematical modeling.
采用多孔介质模型描述流体在透气砖内的流动,并结合欧拉两流体模型描述容器内的气液两相流动,以底吹中间包为例,采用数学模拟的方法,研究了多孔介质模型对气泡逃逸速度及中间包内流体流动特性计算结果的影响。
6) hot porous medium
热多孔介质
1.
To conduct a fundamental study on mixture formation in porous medium engine,a numerical simulation of the interaction between umbrella spray and a hot porous medium was made.
为深入认识多孔介质发动机中均匀混合气的形成,用改进的KIVA-3V详细模拟了伞喷油雾与热多孔介质之间的相互作用。
2.
In order to study the mixture formation in porous medium engine,a numerical simulation for the interaction of hollow cone spray and a hot porous medium was conducted.
为加深对多孔介质发动机中均匀混合气形成的了解,用改进的KIVA-3V详细模拟了空心喷雾油滴碰撞热多孔介质的过程。
3.
With the structure of the hot porous medium being simplified,the interaction of fuel spray and the porous medium were simulated in detail.
在KIVA-3V中增加了油滴碰撞热多孔介质壁面的碰撞模型、传热模型及空心喷雾的线性不稳定性液膜破碎模型(LISA)。
补充资料：多介质深层过滤器
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条