| 1. | Development characteristics and genetic mechanism of the untectonic fracture
非构造裂缝的发育特征及成因机制 |
| 2. | Seismic response and prediction of fracture - cavity system in carbonate reservoir : a case study in the ka - 1 field
碳酸盐岩油气藏构造裂缝预测及其定量参数场形成初步研究 |
| 3. | The fracture in studied area can he divided into diagenetic micro - facture , weathering fracture and structural fracture
研究区的裂缝可以划分为岩微裂隙、风化裂隙和构造裂缝3种类型。 |
| 4. | The forming and distribution of the structural fractures are related to the local tectonics ( e . g . the rifting and the folding )
构造裂缝的形成和分布与局部构造作用(断层、褶皱作用)有关。 |
| 5. | 1 . in fractured reservoir , the spaces and the paths of reserving and percolating for oil and gas are mainly structural fractures
1 、在裂缝储集层中，油气储集、渗滤的空间、通道以构造裂缝为主。 |
| 6. | The fractured system is very advantageous to the reserving and the percolating for oil and gas , which is formed by stacking of the regional fracture and the structural fracture , 2
区域裂缝与构造裂缝叠加形成的裂缝系统，有助于油气的储集和渗滤。 |
| 7. | According to the genetic classification , fracture system can be classified as follow : structure fracture , regional fracture and shrinkage fracture
裂缝系统按其成因分类可分为：剪裂缝、扩张裂缝和拉张裂缝。按地质分类可分为：构造裂缝、区域裂缝、收缩裂缝。 |
| 8. | The finite element numerical simulation method is an effective method in quantitatively forecasting reservoir structural fractures and determining the spatial distribution of fractures
有限元数值模拟法是对储层构造裂缝进行定量预测并确定其空间分布的一种有效方法。 |
| 9. | According to real geologic situation , the preliminary evaluation of the structural fracture development in the studied area is conducted by means of structural stress simulation method in this paper
根据研究区实际地质情况，采用构造应力模拟方法，对研究区构造裂缝发育进行了初上学评价。 |
| 10. | The integrated identification of fractures with the bpo interpretation of logs and the 3d seismic fracture interpretation technology were used to predict the development and distribution rules of fractures in ve rtical and plane directions of mesozoic reservoirs of baigezhuang region . the plane distribution of the stress fields of different major oil reservoirs determined with finite element numerical simulation provides a theoretical foundation for the research of the plane distribution of the fracture . thus , the quantitative prediction of the tectonic fractures is possible
本文应用测井参数的bp神经网络裂缝综合识别方法、三维地震裂缝检测技术，预测了柏各庄地区中生界储层平面或纵向上裂缝的发育分布及规律；并用有限元法数值模拟技术展示出不同主力油层的平面古应力状态，为研究裂缝的平面分布规律提供了理论依据；在此基础上，依据岩石破裂准则进行了构造裂缝定量预测。 |
