| 1. | Introduced are the principle , methods of low field nuclear magnetic resonance ( nmr ) imaging technology and it ' s application in rock petrophysics experiment
摘要主要介绍了低场核磁共振成像技术的原理、方法及在岩石物理实验方面的应用。 |
| 2. | This technology provides a new nondestructive testing method for rock petrophysics research , and pushes forward the petrophysics experimental technology
该技术的发展与应用，为岩石物理实验研究提供了全新的无损检测方法，必将推动岩石物理实验技术的发展。 |
| 3. | The traps are frequently controlled both by fault and lithology . because of reservoir with good petrophysics , a better seal and shelter is strongly required for pool formation
圈闭条件常常受断层和岩性双重控制；由于储层物性很好，良好的盖层和遮挡条件是该区油气成藏的关键因素。 |
| 4. | 4 . there are many reservoir spaces in the studying area . after the studying of core , petrophysics , capillary , impregnated thin section , sem and electronical characteristics , porosity , cavity and fracture are determined
6 、本区的储层主要是岩溶储层，其储集空间类型主要有晶间孔、晶间溶孔、溶蚀孔洞、裂缝等。 |
| 5. | Petrophysics software package has been used to quantitative analyzing of the logging parameter of non - sandstone between salt beds , hence to develop logging evaluation method and obtained a satisfied result in practice
此外，还要辅之以“ p包”等多种解释软件实现盐间非砂岩储层参数的测井定量解释，以形成江汉盐湖盆地盐间非砂岩储层的测井评价方法。 |
| 6. | Results mr - ml technology can be used to quickly and effectively evaluate petrophysics and the property of pore fluids , and compensate the low resolution of seismic data , command the drilling situation of reservoir and lower the exploration risk
结果通过磁共振录井技术可快速、有效地评价储层的物性及流体性质，从而弥补深部储层由于地震资料解释精度低、储层落实程度差的不足，对于及时把握储层的钻探情况、降低勘探风险具有重要的意义。 |
| 7. | 6 . every member and formation are primarily evaluated by petrophysics , drilling accidents and gas show in dagang oilfield . we conclude that the lower fengfeng formation and the first member of upper majiagou formation are of better quality , and the other members are non - reservoir
10 、根据储层物性、钻井漏失、放空、油气显示、沉积相等多方面资料，对不同组段储层进行初步评价，认为峰峰组下部和上马家沟组上段储层较好，其余组段储层较差。 |
| 8. | The research contents include the foundational research on petrophysics , the feasibility of 4 - d seismic in water driven reservoir , pre - stack and post - stack 4 - d seismic data processing , static reservoir description , 4 - d seismic interpretation and dynamic reservoir description
研究内容涉及岩石物理基础理论、水驱四维地震可行性分析、迭前和迭后四维地震资料。处理、静态油藏描述和四维地震资料解释与动态油藏描述等，取得了许多重要的研究成果。 |
| 9. | 4 - d seismic is a kind of reservoir monitoring technique which acquires and analyzes multiple seismic surveys repeated at the same site during the period of production in order to image the changes in a producing reservoir . it utilizes the knowledge of seismology , petrophysics and reservoir engineering comprehensively . there are some important methods such as the repeatability of seismic acquisition and processing , time lapse seismic interpretation and analyses
四维地震是在油藏生产过程中，在同一地方，利用不同时间重复采集的、经过互均化处理的、具有可重复性的三维地震数据体，应用时间差分技术，综合岩石物理学和油藏工程等多学科资料，监测油藏变化，进行油藏管理的一种技术。 |
| 10. | In this thesis , the study of petrophysical parameters database and modeling visualization is presented . petrophysics is the essentially basic information in the geophysics research field ; it is the bridges in connecting geologic and geophysics . the petrophysics is also the foundations in building the geophysical models
本文介绍了岩石物性参数数据库与可视化建模的研究，岩石物性是地球物理研究必需的重要基础数据资料，是联系地质与地球物理的纽带与桥梁，是地球科学研究建立地质地球物理模型的基础。 |
