1.
A NEW UNDERSTANDING OF THE NONLINEAR EDDY-VISCOSITY DISTRIBUTION FOR THE TWO-DIMENSIONAL SEPARATION FLOWS
对二维分离流涡黏性系数非线性分布的新认识
2.
Deducing the wind stress drag coefficient and the oceanic eddy viscosity profile by data assimilation
数据同化反演风应力拖曳系数以及垂向涡动黏性系数的分布
3.
Deduce the Eddy Viscosity of South China Sea Using Adjoint Assimilation
利用伴随同化方法反演南海涡黏性系数
4.
NONLINEAR EDDY VISCOSITY AND ALGEBRAIC STRESS MODELS FOR SOLVING COMPLEX TURBULENT FLOWS
求解复杂湍流的非线性涡黏性系数模型和代数应力模型
5.
The results show that the viscoelasticity of PCB and its size have distinct influence on dynamic properties of PCB under board-level drop impact.
结果表明，电路板的黏性系数和尺寸对板的动力学特性有显著影响。
6.
Influences of horizontal turbulent viscosity coefficient and moving boundary treatment on tidal current simulation
潮流模拟中平面紊动黏性系数及动边界处理的影响
7.
Approximation of Anisotropic Q_1 Element for Viscoelasticity Type Equations with Varying Coefficients;
变系数黏弹性方程各向异性Q_1元逼近
8.
Inter-relationship between viscosity and plasticity as viewed from dissipative rate function
从耗散率函数看黏性与塑性间的内在联系
9.
Testing for Liquid Crystal Anisotropy Viscosity Coefficient Use Capillary with Voltage Applied
毛细管加电场测试液晶各向异性黏滞系数
10.
The relationship between semen viscosity and semen analysis parameters on male infertility
精液黏度与精液分析参数及男性不育的关系
11.
Effects of Determining UHMWPE Inherent Viscosity by Viscosity Method
黏度法测定UHMWPE特性黏数的影响因素
12.
Application of elastic-viscoelastic correspondence principle to Biot′s consolidation finite layer analysis of viscoelastic soil:numeric volume
弹性黏弹性对应原理在黏弹性固结有限层方法中的应用——数值篇
13.
Methodology of numerical computation for elastoplastic deformation of clay
黏土弹塑性变形的数值模拟方法研究
14.
Coulomb numerical solution of passive earth pressure on cohesive soil
黏性土被动土压力计算的库仑数值解
15.
The Study of Relation between Souble Intercellular Adhesion Molecule-1 and Immunoglobulin E and Eosinophil Count in Children with Henoch-Schoenlein Purpura;
过敏性紫癜患儿血可溶性细胞间黏附分子-1、IgE与嗜酸细胞计数的改变及关系研究
16.
Research on stress-strain relation of unsaturated cohesive soil
非饱和黏性土的应力-应变关系研究
17.
Adhesive Property of LLDPE/POE-g-MAH/SIS Ternary Blends
LLDPE/POE-g-MAH/SIS体系的黏结性能研究
18.
Separation of Chemical Mechanism of Viscous Increase and Physical Mechanism of Viscous Falling for Reactive Resin System
反应性树脂体系化学增黏和物理减黏机制的分离