However, even igneous and metamorphic rocks may act as groundwater reservoirs if extensive fracturing occurs in such rocks and if the fracture system is interconnected.
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2. 裂缝发育的泥岩也可成为储集层。
The cracky mudstone as well as may become reservoir.
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3. 水下分流河道砂为储集层骨架砂体。
The distributary channel deposits is the main reservoir sands.
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4. 储集层有效厚度为储集层气显示厚度。
The reservoir effective thickness was the reservoir gas showing thickness.
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5. 岩溶缝洞型储层仍是本区最主要的储集层类型。
Solution-fracture reservoir is the best favourable reservoir type.
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6. 油气储集层是测井解释与评价中的主要研究对象。
Oil and gas reservoir is the major research target in log interpretation and evaluation.
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7. 储集层产液特征与原油在储集层中的分布密切相关。
Reservoir fluid properties is closely related to the oil distribution in the reservoir.
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8. 威远震旦系白云岩层是年代老、结构复杂的储集层。
The sinian dolomite in Weiyuan is an old reservoir rock of complex structure.
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9. 提出了应用模糊聚类划分储集层岩石物理相的方法。
A method for division of reservoir petrophysical facies by fuzzy clustering is proposed.
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10. 砂岩的岩性特征对储集层的储集性能具有影响作用。
The rock property of sandstone is a factor of influence on the function of the reservoir.
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11. 测井数据的统计指标可用于预测储集层参数的分布。
The statistical indicators of well log can be used to predict the distribution of reservoir parameters.
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12. 连续型储集层属性分布预测是油气储集层研究的重要内容。
Predicting the distribution of continuous reservoir attributes is an important task in the reservoir research.
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13. 这表明当混合花岗岩被断层破碎后将成为石油的良好储集层。
This shows that good oil reservoir can be formed due to the faulting of the mixed granite.
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14. 文昌A凹陷储集层可分为砂体储集层和裂缝型储集层两大类。
The reservoirs in Wenchang a sag can be divided into two types: sandstone and fracture reservoirs.
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15. 二叠系储集层主要由碳酸盐岩、沉凝灰岩、碎屑岩和火山岩组成。
The reservoirs in Permian is consist of carbonate rock, tuff, clastic rock and volcanic rock.
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16. 断裂勾通深部气源和浅部储集层，是天然气垂向运移的主要通道。
They link deep gas sources to shallow reservoirs, and are main pathways for the vertical migration of natural gas.
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17. 对确定储集层孔隙结构特征参数的两种常用方法进行了分析讨论。
This paper make analysis and discussion on the methods to determine pore microgeometrical parameters of reservoirs.
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18. 不同的岩性对石西石炭系火山岩储集层孔隙的形成有一定的影响。
Different lithology had some effects to the formation of pore of carboniferous volcanic reservoir in SHIXI.
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19. 如果其间歇性可以被克服，那里的空气是一个潜力巨大的能源储集层。
The air up there is a vast potential reservoir of energy, if its intermittency can be overcome.
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20. 断层发育程度、构造部位、储集层岩性是控制油气分布的主要因素。
Fault development, structure geometry and reservoir lithology are the major factors to controll oil and gas distribution.
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21. 这种方法为利用测井资料研究储集层孔隙结构提供了一个可能的途径。
This method provides a possible way to approach the pore-structure of reservoirs, using log informations.
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22. 最后通过测井信息的处理，给出相应的储集层评价成果数据和成果图。
And finally, after the process of well-logging information, some outcome data and outcome figures for evaluation of reservoir will be show.
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23. 研究区砂岩储层的孔隙分布较为集中，储集层非均质性主要由喉道非均质性引起。
The pore distribution of the sandstone reservoir is comparatively centralized. The reservoir inhomogeneity is mainly caused by the throat inhomogeneity.
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24. 在其后的漫长岁月中，该带储集层因深埋而致密化，油气被“冰冻”于储集层中。
During the long years afterwards, reservoir of this zone is compacted because of deep burial and hydrocarbon is frozen in the reservoir.
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25. 本毕业设计的主要目的是通过开发测井信息计算机处理软件来评价储集层的基本特性。
The main aim of this design is evaluate the fundamental characteristics of reservoir, through developing software of computer processing for well logging.
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26. 粘土矿物是储集层的重要组成部分，其含量及特性对油田开发效果有着较大的影响。
Clay mineral is an important component part of reservoir, and its content and feature have a great effect on oil field development.
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27. 侏罗系煤系地层广泛分布于我国西北地区，低渗透砂岩储集层是其主要的储集层类型。
Jurassic coal-bearing formation scatters over the northwestern China. The low-permeability sandstone reservoir occurs as the main reservoir type.
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28. 摘要青化砭油田上三叠统长2辫状河砂岩储集层物性主要受沉积相及成岩作用的控制。
The reservoir quality is strongly influenced by the depositional facies and diagenesis of the Chang 2 sandstones of braided river facies in Qinghuabian oil field.
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29. 摘要青化砭油田上三叠统长2辫状河砂岩储集层物性主要受沉积相及成岩作用的控制。
The reservoir quality is strongly influenced by the depositional facies and diagenesis of the Chang 2 sandstones of braided river facies in Qinghuabian oil field.
