英文版普通高等教育十一五国家级规划教材：油层物理学

　　Introduction
　　Section Ⅰ  Physico-chemical Properties of Reservoir Fluids
　　Chapter 1  Chemical Composition and Properties of Reservoir Fluids
　　1.1  Chemical Properties of Crude Oil
　　1.2  Physical Properties and Classification of Crude Oil
　　1.3  Chemical Composition of Natural Gas
　　1.4  Classification of Oil & Gas Reservoirs
　　1.5  The Chemical Composition and Classification of Formation water
　　Chapter 2  Natural Gas Physical Properties under High Pressure
　　2.1  Apparent Molecular Weight and Density of Natural Gas
　　2.2  Equation of State for Natural Gas and principle of Corresponding State
　　2.3  Physical Properties of Natural Gas under High Pressure
　　2.4  Water Vapor Content of Natural Gas and the Gas Hydrate
　　Chapter 3  Phase State of Reservoir Hydrocarbons and Gas-Liquid Equilibrium
　　3.1  Phase Behavior of Reservoir Hydrocarbon Fluids
　　3.2  Gas-Liquid Equilibrium
　　3.3  Solution and Separation of the Gas in an Oil-Gas System
　　3.4  Calculation of Oil-Gas Separation Problems Using Phase-State Equations
　　Chapter 4  Physical Properties of Reservoir Fluids under Reservoir Conditions
　　4.1  High-Pressure Physical Properties of Reservoir-oil
　　4.2  Physical Properties of Formation Water under High-pressure
　　4.3  Measurement and Calculation of High-pressure Physical Parameters of Reservoir-oil & Gas
　　4.4  Application of the Fluid High-pressure Property Parameters： Material Balance Equation of Hydrocarbons in Reservoirs
　　Section Ⅱ  Physical Properties of Reservoir Rocks
　　Chapter 5  Porosity of Reservoir Porous Medium
　　5.1  Constitution of Sandstone
　　5.2  Pores in Reservoir Rocks
　　5.3  Porosity of Reservoir Rocks
　　5.4  Compressibility of Reservoir Rocks
　　5.5  Fluid Saturation in Reservoir Rocks
　　Chapter 6  Permeability of Reservoir Rocks
　　6.1  Darcy' s Law and Absolute Permeability of Rock
　　6.2  Gas Permeability and Slippage Effect
　　6.3  Factors Affecting the Magnititude of Rock Permeability
　　6.4  Measurement and Calculation of Permeability
　　6.5  Permeability of Naturally Fractured and Vuggy Rocks
　　6.6  Ideal Models of Rock Structure
　　6.7  Sensibility of Sandstone Reservoir Rocks
　　Chapter 7  Other Physical Properties of Reservoir Rocks
　　7.1  Electrical Conductivity of Fluids-Bearing Rocks
　　7.2  Thermal Properties of Reservoir Rocks
　　7.3  Acoustic Characteristics of Reservoir Rocks
　　Section Ⅲ  Mechanics of Multi-Phase Flow in Reservoir Rocks
　　Chapter 8  Interfacial Phenomena and Wettability of Reservoir Rocks
　　8.1  Interfacial Tension between Reservoir Fluids
　　8.2  Interfacial Adsorption
　　8.3  Wettability of Reservoir Rocks
　　Chapter 9  Capillary Pressure and Capillary Pressure Curve
　　9.1  Concept of Capillary Pressure
　　9.2  Measurement and Calculation of Capillary Pressure Curves of Rock
　　9.3  Essential Features of Capillary Pressure Curve
　　9.4  Use of Capillary Pressure Curve
　　Chapter 10  Multiphase Flow through Porous Medium and Relative Permeability Curve
　　10.1  Characteristics of Multi Phase Flow through Porous Medium
　　10.2  Two-Phase Relative Permeability
　　10.3  Three-Phase Relative Permeability
　　10.4  Measurements and Calculations of Relative Permeability Curves
　　10.5  Use of Relative Permeability Curves
　　Appendix 1  Unit Conversation Tables
　　Appendix 2  Vocabulary of Technical Term
　　Appendix 3  Charts of Equilbrium Ratio
　　Reference
　　 

　　《英文版普通高等教育十一五国家级规划教材：油层物理学》是杨胜来、魏俊之主编的《油层物理学》的英文版。内容涵盖油气藏开发所涉及的基本物理现象、物理过程及物理量之间的关系。全书包括储层流体的物化性质，储层岩石的物理特性和储层中多相流体的渗流机理三大部分。
　　《英文版普通高等教育十一五国家级规划教材：油层物理学》可作为石油工程及相关专业本科生的双语教材，也可供研究生及从事石油地质、采油工程、油藏工程的工程技术人员参考。