《石油高等院校特色教材:油層物理(英文版)》主要介紹了儲層岩石和儲層流體的物理性質，烴類體系的相態特徵；多相流體在多孔介質中的滲流機理和提高採收率的方法等內容。專業知識和辭彙涵蓋了油層物理的基本知識、基本理論及學科前沿的新技術、新方法，可滿足讀者在學習專業知識的同時學習和掌握相關知識的英語表達方法。 《石油高等院校特色教材:油層物理(英文版)》可作為高等學校石油工程、石油地質和套用化學專業學生雙語教材，也可供研究生及從事相關工作的礦場技術人員及科研人員參考。外文名：Physics of Petroleum Reservoirs
基本介紹
- 作者：胡雪濤
- 出版社：石油工業出版社
- 頁數：428頁
- 開本：16
- 類型：科技
- 出版日期：2013年10月1日
- 語種：簡體中文, 英語
內容簡介,圖書目錄,
內容簡介
《石油高等院校特色教材:油層物理(英文版)》充分考慮了國外原版教材相關資料和國內各高校《油層物理》教材，內容包含了本課程所需的基礎知識，同時還介紹了學科前沿理論與發展的相關內容。
油層物理是石油工程及相關專業一門非常重要的專業基礎課，在很多高校的石油工程專業均採用雙語教學，但是目前可供教師和學生選擇的油層物理雙語課程教材太少，直接使用國外原版教材又存在內容與中文教材不匹配、學生理解和接受難度大、很難反映專業學科最新研究發展方向等問題。沒有合適的教材，雙語教學就成了無源之水，合適的雙語教材是提高雙語教學質量的基礎。
油層物理是石油工程及相關專業一門非常重要的專業基礎課，在很多高校的石油工程專業均採用雙語教學，但是目前可供教師和學生選擇的油層物理雙語課程教材太少，直接使用國外原版教材又存在內容與中文教材不匹配、學生理解和接受難度大、很難反映專業學科最新研究發展方向等問題。沒有合適的教材，雙語教學就成了無源之水，合適的雙語教材是提高雙語教學質量的基礎。
圖書目錄
Introduction
1.1 Importance of this course
1.2 The origin and developments of this subject
1.3 Description and targets of this coarse
References
Chapter 1 The Physical Properties of Reservoir Rocks
1.1 Matrix features of reservoir rocks
1.2 Porosity of reservoir rocks
1.3 Fluid saturation of reservoir rocks
1.4 Permeability of reservoir rocks
1.5 Average of rock parameters
1.6 Sensitivity of reservoir rocks
Exercises
References
Chapter 2 The Physical Properties of Reservoir Fluids
2.1 Introduction of petroleum and natural gas
2.2 Phase behavior of hydrocarbon systems
2.3 Properties of natural gas
2.4 Properties of crude oil
2.5 Properties of formation water
2.6 Gas—liquid equilibrium calculation for reservoir fluids
2.7 Experimental determination of reservoir fluid's properties
2.8 Correlations for physical properties of crude oil
2.9 Application of reservoir fluid properties
Exercises
References
Chapter 3 Mechanism of Muitiphase Fluid Flowing Through Porous Media
3.1 Interracial phenomena in reservoir rocks
3.2 Wettability of reservoir rocks
3.3 Capillary pressure curve
3.4 Microcosmic resistances during water displacing oil
3.5 Effective permeability and relative permeability curves of reservoir rock
Exercises
References
Chapter 4 Principles of Enhanced Oil Recovery
4.1 Fundamental concepts and principles of EOR
4.2 Classification of EOR processes
4.3 Thermal recovery processes
4.4 Miscible gas flooding
4.5 Chemical flooding
4.6 Microbial enhanced oil recovery （MEOR）
Exercises
References
Glossary
1.1 Importance of this course
1.2 The origin and developments of this subject
1.3 Description and targets of this coarse
References
Chapter 1 The Physical Properties of Reservoir Rocks
1.1 Matrix features of reservoir rocks
1.2 Porosity of reservoir rocks
1.3 Fluid saturation of reservoir rocks
1.4 Permeability of reservoir rocks
1.5 Average of rock parameters
1.6 Sensitivity of reservoir rocks
Exercises
References
Chapter 2 The Physical Properties of Reservoir Fluids
2.1 Introduction of petroleum and natural gas
2.2 Phase behavior of hydrocarbon systems
2.3 Properties of natural gas
2.4 Properties of crude oil
2.5 Properties of formation water
2.6 Gas—liquid equilibrium calculation for reservoir fluids
2.7 Experimental determination of reservoir fluid's properties
2.8 Correlations for physical properties of crude oil
2.9 Application of reservoir fluid properties
Exercises
References
Chapter 3 Mechanism of Muitiphase Fluid Flowing Through Porous Media
3.1 Interracial phenomena in reservoir rocks
3.2 Wettability of reservoir rocks
3.3 Capillary pressure curve
3.4 Microcosmic resistances during water displacing oil
3.5 Effective permeability and relative permeability curves of reservoir rock
Exercises
References
Chapter 4 Principles of Enhanced Oil Recovery
4.1 Fundamental concepts and principles of EOR
4.2 Classification of EOR processes
4.3 Thermal recovery processes
4.4 Miscible gas flooding
4.5 Chemical flooding
4.6 Microbial enhanced oil recovery （MEOR）
Exercises
References
Glossary
