The computing formula of equivalent viscosity coefficients of emulsions was obtained,by measuring the effective viscosity of emulsion with various oil fractions.
通过对乳化液在不同油相浓度时的有效粘度的测量,获得乳化液当量粘度系数的计算公式。
The results show that with increasing temperature,when the internal energy of water is increased that the viscosity coefficients are decreased and diffusion coefficients are increased.
研究结果表明,随着温度的升高,内能增加,粘度系数减小,扩散系数增大,且粘度系数和扩散系数符合Arrhenius行为。
The accurate dynamic penetration coefficient and viscous damping coefficient of rock are evaluated by regression analysis, and the typical model.
岩石的力—凿深特性是冲击钻进波动力学研究的一个重要边界条件和基本参量,利用两点测量法对岩石的动态凿入特性进行实验研究,并考虑了钻头端部变截面和凿入速度对力—凿深特性的影响,运用最小二乘法的曲面拟合,得出了更为精确的凿入系数和粘度系数值,并在实验的基础上综合得到粘弹性类型岩石,即泰山花岗岩力 凿深特性的一般模式。
The accurate dynamic penetration coefficient and viscous damping coefficient of rock are evaluated by regressive analysis, and the typical model of the force.
运用两点应变测量法的基本原理进行了圆柱形杆末端冲击力测试实验 ,理论值和实测结果取得了一致 ,验证了其可行性 ,并利用两点应变测量法对岩石的动态凿入特性进行实验研究 ,根据最小二乘法曲面拟合 ,得出了更为精确的凿入系数和粘度系数值 ,并在实验的基础上综合得到粘弹性类型岩石——泰山花岗岩力——凿深特性的一般模
The parameter identification of viscosity coefficient for SiO_2 matrix composites;
硅基复合材料粘性系数的参数辨识
A method of obtaining the viscosity coefficient of material is based on the model of parallel arrangement of plastic component and viscous component.
以塑性元件和粘性元件并联的模型为基础 ,研究材料粘性系数的获取方法 ,给出了一些材料的粘性系数和影响因素之间的关系曲线 ,为模拟研究中粘性系数的获取提供一种方便有效的方法。
The relationship between stress field distribution and viscosity coefficients and Mach numbers are given.
以II型裂纹为例进行了求解计算,详细地分析了粘性系数α、马赫数M2对裂纹尖端的应力场影响。
It is assumed that the viscosity coefficients can be omitted in elastic stage and only contribute in plastic strain.
同时讨论了粘性系数α、马赫数M2对裂纹尖端应力应变场的影响,即,弹粘塑性材料扩展裂纹的奇异性取决于其粘性系数和马赫数,粘性系数较大时,裂纹尖端场具有对数奇异性;粘性系数较小时,裂纹尖端场具有指数奇异性。
Kinamatic shear viscosity of the lattice gas is mesured by numerical simulation ofPoiseuille flow.
在Ｂｏｌｔｚｍａｎｎ假设下，提出一种概率型格子气模型，并通过对平面Ｐｏｓｅｕｉｌｌｅ流的模拟，用数值方式“测量”了格子气体的粘性系数。
coefficient of kinetic viscosity
动力粘性系数，动力粘度
coefficient of viscous traction (=Trauton's coefficient)
拉伸粘性系数,粘性曳引系数
The vertical eddy viscosity is derived based on the mixing-length theory.
垂直涡动粘性系数采用混合长度理论。
Study on friction factor and eddy viscosity of overbank flows
漫滩水流摩阻因子与涡粘性系数的研究
Sir Isaac Newton was one of the pioneers in investigating viscosity, and on his analysis depends the definition of the coefficient.
艾萨克?顿爵士是研究粘度的先驱者之一，粘性系数就是根据他的分析下的定义。
According to the eddy mass mode, a new formula was developed for calculating viscidity coefficient as follows:
模型中，根据涡团模式，推求出新的紊动粘性系数计算公式：
Analysis of Numerical Creep Test of Nonlinear Viscosity Coefficient on Rock
岩石非线性粘滞系数的蠕变数值试验分析
Quasi-static and Dynamical Analysis for Viscoelastic Structures with Fractional Derivative Constitutive Relation;
具有分数导数型本构关系的粘弹性结构的静动力学行为分析
Study on Compression Curve and the Coefficient of Earth Pressure at Rest for Cohesionless Soil Based on Hypoplastic Constitutive Model
基于亚塑性理论的无粘性土压缩曲线和静止土压力系数的研究
Exponential Stability Behavior of Solutions of a One-Dimensional Compressible Viscous Gas System in H~4
一维可压缩粘性气体系统的解在H~4中的指数稳定性
Experimental Study of Bonding Characteristics of Self-etching Adhesives;
自酸蚀粘结系统粘结性能的基础研究
Determination of viscosity number and limiting viscosity number of polymers in dilute solution
GB/T1632-1993聚合物稀溶液粘数和特性粘数测定
The further investigation of the formula shows that it can be used to determine the coefficient of earth pressure at rest of cohesionless soil.
文中讨论结果表明,该公式可用于确定无粘性土的静止土压力系数。
A MONODISPERSED EQUATION BETWEEN MOLECULAR WEIGHTAND INTRINSIC VISCOSITY OF cis-1,4-POLYISOPRENEPREPARED BY RARE EARTH CATALYST
稀土催聚高顺式-1,4-聚异戊二烯的单分散特性粘数-分子量关系式
DETERMINATION OF COEFFICIENT OF EARTH PRESSURE AT REST FOR COHESIONLESS SOIL BY USING STRESS VECTOR-BASED CONSTITUTIVE MODEL
用应力矢量本构模型确定无粘性土的静止土压力系数
Measurements of Physical Properties of Mixtures Related TPA Manufacture and Study of Viscometer on High Temperature and Pressure;
TPA生产中相关体系物性数据的测定及高温高压粘度仪的研制
The Action of Depleted Layer Effect and Viscoelastic Effect on Polymer Sweep Coefficient;
衰竭层效应和粘弹性效应对聚合物波及系数的作用研究
Calculate Methods for the Response of IPVFD s System and Research for the Characteristic;
拟粘滞摩擦耗能系统响应数值计算方法与性能研究
