本论文在综合国内外大量相关文献的基础上，对混凝过程中的流体动力条件进行实验及其对流体力化学的机理进行了研究。
On the basis of comprehended Numbers of relative literatures, the experiment of fluid dynamic condition and the mechanism of fluid mechanic chemistry in coagulation are studied in this paper.
为给船体下水提供水动力参数，采用计算流体动力学（CFD）方法对船体从船台上纵向重力式下水过程进行动力学分析。
To supply hydrodynamic parameters for ship launching, computational fluid dynamics(CFD) method was used to analyze the process of longitudinal gravity launching for ship from a slipway.
盆地流体过程和模拟是当前的一个研究热点，盆地流体的识别、追踪和盆地规模的流体动力学分析与模拟获得突出性进展。
Basin fluid study has became an active research area of basin analysis, and has achieved great progresses in basin scale geofluid flow simulation.
电站热力系统中相当数量疏水管路接口排入凝汽器或扩容器，疏水排入的过程中涉及到流体动力、扩散、闪蒸及两相流等多种复杂问题。
In the thermal system of a power plant, there are quite a number of drain pipes that discharge into the condenser or into a flash tank.
介绍了浮选脱墨流体动力学的基本过程及其主要参数。
The elemental processes of flotation deinking and its main parameters were introduced in this paper.
主要讨论了亚微米半导体器件模拟的流体动力学模型方程的建立过程。
This paper presents the building procedures of hydrodynamic model for submicron semiconductor device simulation.
在恒星结构和演化模型中，磁流体动力学过程作为一个非理想效应并没有被考虑。
As a non-ideal effect, magnetohydrodynamics is not considered in the stellar structure and evolution.
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。
Based on the shear theory of hydrodynamics, the damping coefficient in plasticizing process is determined in this paper.
可以提供更详细的多学科计算流体动力学的非定常空气动力学过程的认识，涉及现代制导武器系统机动飞行。
Multidisciplinary computations can provide detailed fluid dynamic understanding of the unsteady aerodynamics processes involving the maneuvering flight of modern guided weapon systems.
从事传递过程强化与多相流体动力学基础理论和工程应用的教学与科研工作。
Research interest and field was focused on the theory and application of transfer process enhancement and multi phase fluid dynamics.
从等离子体的流体动力学方程出发，导出了描述激光辐照平板靶条件下产生x射线激光物理过程的自相似方程。
A similarity model describing the physics of slab target X ray lasers is constituted from the ideal hydrodynamic equations.
从等离子体的流体动力学方程出发，导出了描述激光辐照平板靶条件下产生x射线激光物理过程的自相似方程。
A similarity model describing the physics of slab target X ray lasers is constituted from the ideal hydrodynamic equations.
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