分析了爆炸冲击波强度对不同流体界面运动、变化的影响。
The movement and changes of fluid under blasting shock wave are analyzed using numerical calculation.
文中以油水过渡带内的流体界面为例，阐述了该方法的基本原理和具体操作步骤。
The ultimate principle and detailed operation procedures of the method are illustrated in this paper taking fluid interfaces of oil-water transition zone as examples.
储层中分隔不同密度流体的界面。
The interface that separates fluids of different densities in a reservoir.
两种流体(如油和水)的界面当它向前推进时旁通储层的地段并由此产生一个不均匀的或指状的型面，这一状况即为指进。
A condition whereby the interface of two fluids, such as oil and water, bypasses sections of reservoir as it moves along, creating an uneven, or fingered, profile.
研究倾斜荷载作用在黏性流体与热弹性微极蜂窝结构固体界面上时，荷载倾斜角的影响。
The effect of Angle of inclination at the interface of a viscous fluid and thermoelastic micropolar honeycomb solid due to inclined load is investigated.
分隔两种非混相流体的界面薄膜的粘度。
The viscosity of the interfacial film that separates two immiscible fluids.
在求解演化方程的过程中，引入“内迭代”过程实现流体域和多孔介质交界面的连接条件。
An inner iteration technique is developed to implement the conjunctive conditions of the interface between the fluid domain and the porous media.
由无粘结性沉积物颗粒和流体间的动态界面的流动条件所造成。
And created by the conditions of flow at the dynamic interface between a body of cohesionless sediments particles and a fluid.
当两层流体之间的相对流速增加时，分界面成为波浪型。
As the relative velocity between the two layers is increased, waves are formed at the interface.
它能保持流体分界面在倾斜的玻璃管中基准线上。
It can maintain a fluid interface at a reference line in an inclined glass tube.
故障树辅助建树专家系统(FTES)是基于本地机数据库的图形界面软件，其目标是辅助建造核电站流体系统故障树模型。
Fault tree expert system (FTES) is GUI software based on the local database, which is developed to aid the FT-building work of fluid systems in NPP.
在两种流体之间没有界面形成的情况下，这两种流体以任一比例的混合。
The mixture of two fluids in any proportion without an interface forming between the fluids.
在耦合界面上，通过定义ale界面传递流体域和固体域之间的相互作用。
And by defining ALE interface in coupling interface the interaction between fluid domain and solid domain was transmitted.
从流体力学的角度来看，这个无剪切界面对应着流体中的滑移边界条件，而与此相关的概念是有效滑移长度。
From the view of fluid mechanics, the shear-free air water interface corresponds to a slip boundary condition in fluid and relatives to the concept of effective slip length.
用一个体积分数F来定义流体区域，并用它来跟踪自由界面的运动。
A volume fraction specification, f, is used to define fluid region, and to track the movement of free boundaries.
研究两个同心旋转圆柱之间的两种流体的交界面几何形状问题。
The shape problem of interface surface of bicomponent flows between two concentric rotating cylinders is investigated.
本实用新型公开了一种流体过滤器设备，其中，流动附加部件在过滤元件和过滤器顶端之间提供独特的界面。
The utility model discloses a fluid filter with a flow attachment, wherein, the flow attachment provides a unique interface between a filter element and the top of the filter.
插件的用户界面内，您将了解什么是流体的映射，以及如何用它来你的优势。
Inside of the plugin UI you will learn what Fluid mapping is, and how to use it to your advantage.
分析了微孔渗流中的界面现象及其作用；讨论了温度、压力等参数变化时，界面参数、多孔介质参数的变化导致界面现象的变化，从而影响流体在微孔中的行为。
This paper analyzed the function of interfacial phenomena, the parameters of interphase and porous material varying with the temperature and pressure acting on the flow.
由地震反射表示的一个界面，例如，具有不同的地震速度、密度、孔隙度、流体含量的两个岩层之间的界面。
An interface that might be represented by a seismic reflection, such as the contact between two bodies of rock having different seismic velocity, density, porosity, fluid content or all of those.
通过分析心流理论及心流体验产生的可控条件，探索心流理论在工业图形用户界面设计中应用的问题。
The paper explores the application of the flow theory in industrial graphics user interface by analyzing the controllable conditions resulting from the flow theory and the flow experience.
为解决分布式网络并行技术在计算流体力学应用中的主要问题，提出了“并行平台上的CFD通用界面标准”。
In order to resolve the key problems of distributed network parallel technology using in CFD, the CFD Universal Interface Model on Parallel Platform was established.
两种或多种流体在流体间没有任何界面的情况下完全溶解。
The complete solution of two or more fluids without any interfaces between the fluids.
本文提出一种非密接界面模型，其中两个弹性固体被一个粘性流体薄膜所分开。
One of the uncoupled boundary models has been suggested, in which two elastic solids are separated by a viscous fluid membrane.
运动界面的数值模拟是计算流体力学中的重要课题之一。
The numerical modeling of the moving interface is one of the most important problems in CFD.
分别求出了磁液动密封中磁液和被密封液体的速度分布，特别是磁液作为非牛顿流体运动方程的解，并计算了两相液体界面的速度差。
The motion equations of sealed liquid and magnetic liquid which is considered to be non-Newton fluid in magnetic liquid seal were solved respectively and their speed distributions were got.
本文讨论上表面固定的某一深度二层流体系统中的交界面孤立波传向另一较浅深度水域时的演变情况。
The propagation of the interfacial solitary waves in a two-layer system with upper surface fixed over a slope onto a shelf is discussed.
通过对照片的分析确定了泰勒空腔的扩展速度，提出了两相流体在界面上的相互作用机理。
On the basis of the fast framing pictures' analysis, the frontal velocities of Taylor cavity are measured, and the interaction mechanism between plasma jets and liquid is presented.
多介质流体运动界面问题的数值模拟已经成为计算流体力学研究领域的重要研究课题之一。
The numerical simulation of compressible multi-material fluids has become an increasing important aspect in CFD.
本文以阿西金矿床为例，研究地球化学界面对流体成矿的控制作用。
This paper focused on the study of the most optimal geochemical interfaces controlling the mineralization and location of a 'xi gold deposit.
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