Sheldon - They make up a non-Newtonian fluid, which is liquid, but solid under the percussive action of the speaker.
谢尔顿—它们组成了非牛顿流体。是一种液体，但是在喇叭的冲击作用下就成了固体。
Sheldon non - Newtonian fluid, which is liquid, but solid under the percussive action of the speaker.
谢尔顿—它们组成了非牛顿流体。是一种液体，但是在喇叭的冲击作用下就成了固体。
The focus of the research on the two phase flow, gas and non-Newtonian fluid in horizontal pipelines, is pressure drop, the law of liquid adhesiveness and the prediction of flow form.
水平管中气体和非牛顿液体两相流动研究的中心问题是压降和持液率的规律，以及流动型态的预测。
However, magma is a non-Newtonian fluid in most instances.
然而，在大多数情况下，岩浆是一种非牛顿流体。
It effectively controls the rheology of slurry, with good non - Newtonian fluid performance.
能很好地控制泥浆的流变性，具有良好的非牛顿流体性。
Therefore, the basis of theoretical analysis is presented for the application of non-newtonian fluid in tribology.
从而为这种非牛顿流体在摩擦学中的应用提供了理论分析基础。
This paper studies power law non-Newtonian fluid relative flow in an annular pipe.
本文研究幂律非牛顿流体在环管内的不定常旋转流。
In some common textbooks or reference books concerning on polymer rheology, the concept of true viscosity of non-Newtonian fluid is explained unclear, and parts of the calculation results are wrong.
在现有的有关聚合物流变学的教科书或辅导书中，对非牛顿流体中“真实黏度”的概念解释不清，部分内容计算上有误。
For the Non-Newtonian fluid, Finite Element Method (FEM) is used to have an accurate description of the fluid flow details and this result can be used for further reduced-order modeling.
然后针对一类复杂的非牛顿流体，采用有限元方法对其建模分析，得到的结果可以为进一步的简化解析建模提供参考。
The regression method of rheology parameter for non-Newtonian fluid is obtained by the least square method.
同时根据最小二乘法原理得出确定非牛顿流体流变参数的回归分析方法。
The generalized Newtonian fluid models are commonly adopted in the numerical simulation for non-Newtonian fluid for their advantages of simpleness in form and low computational complexity.
阐述了广义牛顿流体模型形式简单、计算量低，在非牛顿流体搅拌流场数值模拟过程中应用广泛；
The concentrated suspension of the kaolin slurry, known as a non-Newtonian fluid, possesses the shear-thinning characteristic.
煤系高岭土料浆的浓分散体系为非牛顿流体，具有剪切变稀的特性。
Two dimensional incompressible N S equations for non Newtonian fluid was solved by using MAC method in staggered grids.
在交错网格中，用MAC方法求解非牛顿流体的二维不可压NS方程。
The governing equations are established for the viscous, incompressible, non-Newtonian fluid under non-isothermal conditions.
建立了非等温、粘性、不可压缩、非牛顿流体流动的控制方程。
These finite integral expressions contain apparent viscosity, which is a function of the rheological properties for non-Newtonian fluid.
这些表达式以定积分的形式表示，表达式中含有一个函数——视粘度，它可以根据具体的流体的流变特性确定。
The results show that finite element method is suitable for the analysis of non-Newtonian fluid flow with complex geometry.
结果表明有限元法适于分析复杂流场中非牛顿流体的流动。
The viscosity is one of the most important flow properties of blood, the blood is a non-Newtonian fluid. the viscosity of blood is change with the shear rate changes.
粘滞度是血流最重要的性质之一，血液是非牛顿流体，血液的粘度随着切变率的变化而变化。
This paper introduces the hydrodynamic parameter expression of non-Newtonian fluid being injected into the reservoir.
本文主要介绍了被注入到储层中的非牛顿流体水动力参数的测定表达式及推导过程。
An experimental study has been carried out for the forced convection heat transfer in non-Newtonian fluid in a small scale square duct at low Reynolds Numbers.
对非牛顿流体在小尺寸方形通道内的低雷诺数受迫对流传热进行了实验研究。
The high viscous non-newtonian fluid can be continuously bleached through static mixer, the mixing time is short, the energy consumption is small and the result is ideal.
利用静态混合器可实现生物多糖与脱色剂的连续处理，混合时间短，能耗低、效果好。
Many problems in petroleum and chemical industry can be reduced to the solutions of the helical flow of Non-Newtonian fluid in eccentric annular space.
石油和化工中许多问题需要求解非牛顿流体偏心环空螺旋流。
Non-Newtonian fluid viscosity in the formation of a shear rate of change with variable, stress response reflected in the instability shown by different characteristics of Newtonian flow.
非牛顿流体在地层中的粘度是一个随剪切速率变化而改变的非常数，反映在不稳定压力响应特性上表现出与牛顿流大不相同的特征。
The main object of rheology is to study non-Newtonian fluid.
流变学的主要研究对象是非牛顿流体。
An entrance converging flow will be produced when a non-Newtonian fluid enters a small channel from a big one, it is one of common flow patterns in industry.
聚合物流体从大截面流道进入小截面流道时产生的入口收敛流动，是工业中常见的流型之一。
Productivity analysis of horizontal well with non-Newtonian power law fluid is helpful to carry out rational development and evaluation of heavy oil reservoirs.
开展非牛顿幂律流体水平井产能分析有助于对稠油油藏进行合理的开发和评价。
Assumed the blood in arterioles is a non-Newtonian fluid governed by the power law, a detailed optimization analysis for arteriole blood vessels was conducted.
作者假设血液为符合幂定律的非牛顿流体，对小动脉血管系统进行了详细的优化分析。
This research can be used to predict well test data with non-Newtonian such as polymer fluid flow and locate the polymer flooding frontier.
本文的研究可用于聚合物驱等非牛顿幂律流体条件下的试井解释、预测油层参数和聚合物驱替前缘的位置。
This research can be used to predict well test data with non-Newtonian such as polymer fluid flow and locate the polymer flooding frontier.
本文的研究可用于聚合物驱等非牛顿幂律流体条件下的试井解释、预测油层参数和聚合物驱替前缘的位置。
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