在水斗三维贴体坐标系中，还推导了流体粒子在水斗曲面上的运动控制方程。
The governing equation of motion for fluid particles moving on bucket was deduced on BFC at the same time.
通过将流体的属性参数化，建立了一个参数化的流体粒子系统模型，并对粒子参数特性进行了详细的定义。
A parameterized model of fluid flowing particle system has been established by the particle attributes and the model characteristics are defined in detail.
原因是这不过是一个物理规律,描述了流体或者其他介质中粒子的热量传递。
The reason for that is basically physics of how heat is transported between particles in fluid, or actually any medium.
提出一种流体力学模型结合粒子系统的卡通烟雾实时模拟算法。
This paper presents a real time cartoon smoke simulation algorithm based on fluid dynamics and particle system.
我们会用粒子来驱动流体运动，并在整体反应中加入大量的反应。
We'll use the particles to drive the motion of fluids and add lots of bursts to the overall reaction.
显示他们用粒子流体型态产生另外的一个物体，在下面解释，领域使用同一的烘焙目录。
To display them create another object with the Particle fluid type, explained below, that USES the same bake directory as the domain.
应力偶流体是一种粘性介质，其中悬浮着刚性的、随机排列的粒子，在科学和工程技术、医疗临床中具有广泛的应用背景和现实意义。
Couple stress fluids are the fluids consisting of rigid, randomly oriented particles suspended in a viscous medium, which have been widely used in scientific, industrial and clinical fields.
用粒子成像测速技术（PIV）和稳态法分别测量均相流体在热管生物反应器中湍流时的流场、温度场；
The flow field and temperature field of the uniformity phase fluid were measured by PIV and the steadystate method during the state of onflow.
复合固体推进剂药浆是固体粒子含量很高的粘性流体。
Composite solid propellant slurry is a viscous fluid with high percentage of solid particles.
利用耗散粒子动力学（DPD）对方形通道内流体流动进行了模拟。
The fluid flow in a square channel was investigated using dissipative particle dynamics(DPD).
您将学习如何结合粒子系统和流体产生广泛的影响。
You will learn how to combine particle systems and fluids to produce a wide variety of effects.
得到了不同位置的速度分布细节以及流体示踪粒子的行为轨迹。
The velocity distribution details at different positions are obtained, along with the flow trajectories of fluid tracer particles.
在考虑粒子碰撞的情况下，利用二流体模型研究了等离子体与器壁之间的相互作用。
With the particle collision taken into account, the interaction of plasma with a fixed wall is studied by using a two-fluid model.
利用粒子图像测速仪(PIV)对圆筒形容器内有自由表面变形的粘弹性流体旋转流动进行了实验研究。
By using a particle image velocimetry (PIV), an experimental study was performed on the swirling flow of viscoelastic fluid with deformed free surface in a cylindrical container.
跟踪粒子从进入流体开始模拟的数目。
Number of tracer particles to be put into the fluid at the beginning of the simulation.
应用电流体力学和外力场输运理论，分析了电收尘器中带电粉尘粒子的凝并现象。
The agglomeration of the charged dust particle is investigated by the method of electric-fluid mechanics and the transport theory of external force field.
这是一个伟大的方式得到的粒子的行为和流体的外观结合在一起。
This is a great way do get the behavior of particles and the look of fluids together.
为克服传统涡量测量方法的缺点，提出了从代表流体运动的粒子图像中直接测量涡量(DMV)的方法。
For overcoming the shortcomings of conventional methods for vorticity measurement, a new direct measurement of vorticity (DMV) method extracting vorticity from particle images was proposed.
已经使用的物理特性有比如流体模拟粒子系统等等。
This leads to a lot of the scalability of the physics being used for visual effects such as richer particle effects or fluid simulation.
高梯度磁力分离是从流体中除去悬浮状磁性粒子的一种新技术。
High gradient magnetic separation is a new technique by which suspended magnetic particles can be removed from fluids.
提出一种流体力学模型结合粒子系统的卡通烟雾实时模拟算法。
This paper presents a fast cartoon smoke simulation model based on fluid dynamics and particle system.
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。
This paper expands the particle drift in single particle model to the magnetic hydrodynamics and the plasma.
同时该方法通过引入粒子数密度的概念和半隐式算法，有效地保持了流体的不可压缩性。
And at the same time introduce the concept of particle number density and the semi-implicit algorithm, effectively maintain the incompressible of the fluids.
系统运行结果，初步验证了提出的粒子系统在管道流体三维可视化方案的可行性。
The feasibilities of 3-dimension visualization system have been verified with the designed particle system of the fluid flowing in pipeline.
用矩方法与Boltzmann方程相结合，推导出气体弱电离环境下粒子所满足的流体力学方程组。
Using moment method, combined with Boltzmann equation, a set of fluid kinetics equations is used to describe the motion of particles in the weak ionization gas.
并基于粒子密度的分类对图像做相关分析并得到流体速度矢量分布图，取得了良好的实验结果。
Then liquid velocity vector picture has been drawn which based on sorting the density of particles in this paper.
分析了壁面的润湿性对流体的流速、流量和粒子的分布影响。
The effects of different wettability boundary to the liquid flow, the flow rate and the distribution of particles were investigated.
大量的实验数据都表明，纳米粒子的添加对流体的导热性能确实存在影响。
Experimental results indicate that the addition of nanoparticles truly influences the thermal conductivity of fluids.
大量的实验数据都表明，纳米粒子的添加对流体的导热性能确实存在影响。
Experimental results indicate that the addition of nanoparticles truly influences the thermal conductivity of fluids.
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