Haifeng Yuan所著的這本英文版《DEVELOPMENT
PERIODS AND GENETIC MECHANISMS OF FRACTURES
IN VOLCANIC RESERVOIRS IN THE HALA'ALATE
MOUNTAIN AREA(NORTHWESTERN MARGIN OF THE
JUNGGAR BASIN)》通過錄井資料和岩心觀察，研究分
析裂縫發育的特征，產狀、裂縫的密度、寬度、充填
情況、充填物的特征等；通過顯微薄片觀察，研究顯
微鏡下裂縫的發育特征，如裂縫的充填物特征、裂縫
的寬度等；將觀察和統計結果和常規測井曲線和成像
測井成果相對應，分析了不同類型裂縫的測井響應特
征；通過岩心觀察和顯微薄片觀察，分析裂縫的充填
情況和充填物類型、充填次序，建立各裂縫充填物的
相對時序關繫；對裂縫充填物進行Sr、C、O穩定同位
素分析技術，以及包裹體分析測試技術，分析各充填
物的地球化學特征；對不同裂縫發育段的選取具有代
表性的樣品，分析其岩石力學特征，研究裂縫形成的
機理；與區內地質背景相結合，分析裂縫形成的構造
背景、其形成與岩性、礦物組成的關繫、裂縫與層厚
的關繫、裂縫與岩性組合和岩性變化之間的關繫，從
而總結分析裂縫的發育機理。

Chapter 1 Regional Geological Setting
1.1 Geological setting of the Junggar Basin
1.1.1 Overview ofthe basin
1.1.2 Structural evolution and structural unit division
1.2 Geological setting of the northwestern margin of the Junggar Basin
1.2.1 Geological setting
1.2.2 Structural evolution
Chapter 2 Reservoir Petrological Characteristics and Reservoir Space Types
2.1 Reservoir petrology
2.1.1 Volcanic breccia
2.1.2 Andesite
2.1.3 Basalt
2.1.4 Tuff
2.1.5 Clastic rock
2.2 Reservoir space types
2.2.1 Primary reservoir space
2.2.2 Secondary reservoir space
2.3 Factors influencing reservoir space development
2.3.1 Effect of lithology and lithofacies
2.3.2 Effect of dissolution
2.3.3 Effect of tectonic activity
Chapter 3 Oil-source Correlation and Migration Pathway Tracing
3.1 Geochemistry of source rocks
3.1.1 Evaluation criterion of source rocks
3.1.2 Evaluation of source rocks
3.1.3 Biomarkers of source rocks
3.2 Geochemical features of crude oil and oil-source correlation
3.2.1 Physical properties of crude oil
3.2.2 Geochemical features of crude oil and oil-source analysis
3.3 Migration pathways and tracing of crude oil
3.3.1 Conducting system of crude oil
3.3.2 Tracing of crude oil migration pathways
Chapter 4 Development Features of Reservoir Fractures
4.1 Development features of core fractures
4.1.1 Identification and statistic of fractures in coring sections
4.1.2 Filling features of fractures in coring sections
4.2 Imaging log responses of fractures
4.2.1 Imaging logging response of typical drilling fractures
4.2.2 High-conductivity fractures and high-resistivity fractures
Chapter 5 Geochemistry of Fracture Fillings
5.1 Isotope geochemistry
5.1.1 Srisotope
5.1.2 C and O isotopes
5.2 Fluid inclusion geochemistry
5.2.1 Inclusion petrography
5.2.2 Fluorescence characteristics
5.2.3 Homogenization temperature
Chapter 6 Mechanical Properties of Reservoir Rocks
6.1 Rock mechanics characteristics
6.1.1 Sample information and test
6.1.2 Sample test procedure and results
6.1.3 Rock deformation characteristics
6.1.4 Rock mechanics parameters
6.2 Factors affecting mechanical properties of rock
6.2.1 Influence of rock types on mechanical properties
6.2.2 Influence of pre-existing weak planes on mechanical properties of rock
6.2.3 Influence of confming pressure on mechanical properties of rock
Chapter 7 Factors Affecting Fracture Development and Effectiveness
7.1 Factors affecting fracture development
7.1.1 Influence of lithology
7.1.2 Influence of formation thickness
7.1.3 Influence of structural position
7.2 Development stages of fractures
7.2.1 Sequence of fracture development
7.2.2 Tectonic evolution and fracture development stage
7.3 Fracture effectiveness and distribution
7.3.1 Analysis on fracture effectiveness
7.3.2 Distribution of effective fractures
References