1.
FLUID PHASE-BEHAVIOR PROPERTY IN WELLBORE DURING DEVELOPMENT OF CO_2 GAS RESERVOIR
CO_2气藏开发过程中井筒内流体相态特征研究
2.
PHASE-BEHAVIOR RECOVERY AND PERFORMANCE PROPERTY OF FORMATION FLUID IN TAHENAN CONDENSATE GAS RESERVOIR
塔河南凝析气藏地层流体相态恢复及动态特征研究
3.
A Study on the Special Phase Behavior of Multiphase Fluid in Gas Reservoirs with High Sulfur Content and Formation Damage Caused by the Sulfur Deposition;
高含硫气藏特殊流体相态及硫沉积对气藏储层伤害研究
4.
Influence of the splitteing schemes on the heavy fractions characterization procedure
重馏分特征化对油气藏流体相态特征模拟计算的影响
5.
Study on Relationship of Morphology and Dynamic Rheological Behavior for Multiphase Polypropylene System;
聚丙烯基多相体系相形态与动态流变行为研究
6.
Steady-state heat flow is comparable to the flow of an incompressible fluid.
稳态热流和不可压缩流体的流动可相比拟。
7.
Equation of State and Phase Transition to First Order for Argon-Like Fluids;
类氩流体的物态方程和气液一级相变
8.
Flowings characteristics of CO_2-oil system in miscible phase flooding in porous media
CO_2—原油体系混相状态的渗流特性
9.
Flowing Characteristics of CO_2-Oil System in Miscible Phase Flooding in Porous Media
CO_2-原油体系混相状态的渗流特性
10.
The volumetric behavior is related to various physical properties of the hydrocarbons composing the fluid.
油藏流体的体积动态与构成流体的碳氢化合物的不同物性相关。
11.
The Morphological Evolution of Immiscible Polymer Blend Undercomplex Flow Field;
复杂流场下不相容聚合物共混体系相形态学与流变学研究
12.
Studies on the Mechanism of Solid Quasi-fluid State and Similarity to Seismogenic Process;
固体“类流态”机理及其与地震孕震的相似性研究
13.
Research on Thermal Properties in Liquid-Solid Lubrication;
液—固二相流体润滑状态下的温度特性的研究
14.
Analysis of Oscillation Time Series and Study on Correlation of Quasi-fluid State in Solid;
固体“类流态”振荡时间序列分析及相关性研究
15.
Simulation of Capillary Pumped Loop and Demonstrate Use 3D Animation;
毛细抽吸两相流体回路的动态仿真及3D演示
16.
Quantitative Measurement of Flow Velocity with a Phantom by 2D PC-MRI
二维相位对比MRI在稳态流体模型的定量测量
17.
Steady Calculation Model of Gas-liquid Two-phase Flow Based on Two-fluid Model of Pipe
基于双流体模型的管内气液两相流稳态计算方法
18.
A Study on the Complex Phase Behavior Theory of Multiphase Fluid in Deep Gas Condensate Reservoirs and the New Method to Improve Gas Well Productivity;
深层凝析气藏多相流体复杂相态理论及提高气井产能新方法研究