The pressure drop is one of the most important characteristics in hydrodynamics of high-gravity rotating bed.
压降是超重力旋转床流体力学的重要特征之一。
In hydrodynamics, however, the scheme for numerical flux is constructed from the solution of the generalized Riemann problem in the present research.
本文采用求解非齐次方程组的广义黎曼问题解，对模型数值通量计算格式进行了修改。
Drawing on the experience of the principle of similitude in hydrodynamics, the formula of similitude-criterion concerning the surface impedance of target is proposed in this paper.
根据量纲分析原理，提出了关于有耗雷达目标表面阻抗的相似准则关系式。
In FCDS. a model picked from the model bank is taken as the foundation for generating a contour surface, which makes the further design of the surface have some warranties in hydrodynamics.
FCDS以性能优良的库模型作为外形曲面生成的基础，使曲面的进一步设计有了一定的流体性能上的保证。
Because of the strongpoints in numerical simulation, it has become an effective means for hydrodynamics.
正是因为数值模拟具有较多的优点，渐已成为研究流体力学强有力的手段。
The hydrodynamics of particle agglomeration flow was numerically simulated at the different inlet gas velocity, initial particle size distribution and type of agglomeration mechanisms in the absorber.
对不同入口气体速度、初始颗粒尺寸分布和不同颗粒团聚形成机理下收集器内颗粒聚团流动的流体动力特性进行数值模拟。
In the experiment of tray hydrodynamics and tray efficiency, the variants involved are generally many and the calculating expressions are complicated.
进行塔板流体力学和塔板效率的实验时，涉及变量多，计算公式复杂。
Based on the energy equation of hydrodynamics, the distribution of velocity and pressure in the classifier was analyzed.
利用流体力学的能量方程，分析了分级机内的速度和压力分布。
A shock-capturing method in finite volume scheme with two order of precision and wave propagation is employed to discretize and solve hydrodynamics equations of shock waves.
运用一个具有二阶精度和波传播性质的激波捕捉法，数值求解激波折射运动的流体力学方程组。
This paper focuses on the application of hydrodynamics and magnetohydrodynamics to solar oscillations and accretion process and outflow in star formation.
本文着重讨论了流体和磁流体力学在日震学方面和恒星形成中吸积和外流这两方面的应用。
Along with the development of the computer industry, numerical calculation is widely used in the computation hydrodynamics.
随着计算机工业的飞速发展，数值计算方法在计算流体力学中得到了广泛的应用。
Analyzed the application of hydrodynamics at the fields of removing of dust in excavate machine, hydraulic system, fanner machine, concentrator machine, especially the use in new concentrator machine.
分析了流体力学在采掘机械中灭尘及液压系统、通风机械、选矿机械，尤其是在新型选矿机械中的应用。
This paper expands the particle drift in single particle model to the magnetic hydrodynamics and the plasma.
把单粒子模型中粒子导向中心漂移现象推广到磁流体力学和等离子体中去。
Theory of boundary layer mainly researches the liquid in the boundary layer along the surface of an object, use a method including hydrodynamics and numerical analysis to solve the questions.
边界层理论以在流体中运动物体的表面附近的流体为研究对象，将流体力学和计算力学有机地结合起来以处理相应的问题。
To study the moving of a ship in the shallow waterway, a kind of numerical model based on hydrodynamics is built in the paper.
在流体力学的基础上建立了船舶进入半无限长浅窄航道的数学模型。
Used porous medium porous Jump Boundary Conditions of hydrodynamics in simulating the gas distribution screen.
在模拟气流分布板时，利用计算流体动力学软件中的多孔介质模型是一种有效的方法。
In this article, we studied the occurred condition of cavitation in pipe design based on the hydrodynamics and the configuration theory. and offered the resolved method.
本文结合实例运用流体力学、电机结构原理定量研究了管路装置设计中汽蚀产生的条件，并提出了解决的方法。
The hydrodynamics of slurry flow was studied and the suspension velocity of particle in the model reactors was measured.
分析讨论了不同粒径固体颗粒群的料浆流体力学特性，并在模型反应器中对其悬浮速度进行了实验测量。
The application of CFD in resolving ship hydrodynamic problems results in a new branch in ship hydrodynamics — ship CFD.
CFD应用于船舶水动力学问题的数值求解，产生了船舶CFD方法。
This paper discusses the effects of air jet in the leading edge of propeller on its hydrodynamics and radial noise.
讨论了螺旋桨导边充气对其水动力性能和辐射噪声的影响。
Numerical prediction of ship hydrodynamic performance at design stage using computational fluid dynamics (CFD) technique is a most important and challenging subject in the field of ship hydrodynamics.
采用计算流体动力学(CFD)技术实现在船舶设计阶段对船舶水动力性能的精确预报，是船舶水动力学学科中一个具有重大理论和实用意义的、富有挑战性的课题。
In Magneto hydrodynamics (MHD) generation a conductive gas (plasma) is. directed through a magnetic field and a potential is. developed.
在磁流体(MHD)发电中，导电气体(等离子体)直接通过一磁场来产生电压。
Electromagnetics and hydrodynamics have many homologous physical phenomena and mathematical expressions in the same form.
电磁学与流体力学之间有许多对应的物理现象，有在形式上相同的数学表示式。
In view of problems existing in velocity of flow monitoring points collocation in circular flue, using hydrodynamics theory to analyze and optimize, one monitoring point at 0.
针对圆形烟道流速监测点布置存在的问题，用流体力学理论进行分析、优化，在确定采样断面后，在距采样孔0。
Based on the shear theory of hydrodynamics, the damping coefficient in plasticizing process is determined in this paper.
依据流体动力学的剪切理论，确定预塑过程聚合物熔体的阻尼系数。
The increase of the polymer concentration enlarges its hydrodynamics radius, resulting in the increase of the thickening property.
疏水缔合聚合物的浓度越大，其表观流体力学半径就越大，从而造成其增粘能力越强。
Experimental studies for hydrodynamics and heat transfer characteristics in thin water films falling down the outside of a vertical tube is reported.
本文报道对过冷薄层水膜沿均匀加热竖管外壁向下流动时的流动和传热特性而作的实验研究。
The effects of flow velocity, turbulence level and flow direction in the cell on hydrodynamics of flotation deinking were also discussed in this paper.
论述了浮选槽的结构特征以及浮选槽中浆流速度、湍流强度和流动方向等特征对浮选脱墨流体动力学的影响。
The effects of flow velocity, turbulence level and flow direction in the cell on hydrodynamics of flotation deinking were also discussed in this paper.
论述了浮选槽的结构特征以及浮选槽中浆流速度、湍流强度和流动方向等特征对浮选脱墨流体动力学的影响。
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