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1)  Guannan structure
官南构造
1.
Beginning with the present structural features of Guannan structure, numerical analysis technique is used to calculate the paleotectonic stress field and fracturing proximity coefficient of gas reservoirs in the 4th member of Xujiahe Formation in Chishui, Guizhou.
从贵州赤水地区官南构造现今构造形迹特征入手,利用数值分析技术,模拟计算该地区须4段气藏岩体的古构造应力场和破裂接近程度系数(η);将η与实际资料和野外观测结果对比,确定不同裂缝发育级别及其对应的η值;文章利用此标准,结合岩石力学与构造地质学理论、野外裂缝观测结果、以及实际生产资料,对官南构造裂缝发育程度、裂缝类型及产状进行综合预测。
2.
Sand reservoirs of Xujiahe Formation and lower Shaximiao Formation is the major gas production layers in continental elastics in Guannan Structure.
须家河组和下沙溪庙组的砂岩储层是官南构造陆相碎屑岩中的主要产气层。
3.
4 gas reservoir on Guannan structure are preliminarily analyzed in this paper.
通过官南构造须家河组沉积、成岩、储层、圈闭、烃源岩演化和气源对比等研究,对官南构造须四气藏的成藏特征进行了初步分析,认为其特点为"多期运移聚集,喜马拉雅期调整扩大并最终成藏"。
2)  Guandu structure
官渡构造
1.
Prediction for the reservoir porosity of the Jurassic Xiashaximiao Formation in Guandu structure of South Sichuan,China;
川南官渡构造下沙溪庙组储层孔隙度预测
2.
Fine structural interpretation and favorable reservoir distribution of the Maokou Formation in Guandu structure of South Sichuan,China
川南官渡构造茅口组精细构造解释与有利储层分布
3.
Based on the systematic analytical data of light hydrocarbon,saturate,aromatic fractions and carbon isotopes,the geochemical characteristics of Middle Jurassic oil from Guandu structure in the southeastern Sichuan Basin was investigated,and the source rock for the oil was determined by oil/ source rock correlation.
根据轻烃、饱和烃、芳烃和碳同位素的系统分析资料,全面剖析了川东南地区官渡构造中侏罗统原油的地球化学特征,并通过油源对比确定了其主力烃源层。
3)  Nanpo Structure
南坡构造
1.
The Deep Drilling Techniques for the Dongying Nanpo Structure;
东营南坡构造深井钻井技术
4)  Nangang structure
南岗构造
1.
Comprehensive reservoir prediction is successful in Nangang structure of Jianghan Basin.
通过对地震资料的叠前时间偏移处理,提高复杂断块初始构造模型精度;利用井震联合反演、Stratimagic波形分析技术等特殊处理手段,提高地震数据对储层的分辨能力,对江汉盆地南岗构造进行油藏综合预测取得了良好的效果。
5)  Jiannan structure
建南构造
1.
High-resolution sequence stratigraphy and reservoir differences between the southern and northern culminations in the third member of the Feixianguan Formation in the Jiannan structure,Hubei;
建南构造飞仙关组三段高精度层序地层学及南北高点储层差异原因探讨
2.
Firstly,this paper defines the source rock of reservoir bitumen in Sinian of the Dingshan structure and the natural gas pool in Hanjiadian,Huanglong,Changxing,Feixianguan and Jialingjiang Formations of Jiannan structure by a contrastive analysis of the organic geochemistry characteristics between reservoir bitumen(natural gas) and possible hydrocarbon source rock.
通过对储层沥青(天然气)与可能烃源岩的有机地球化学特征对比分析,确定了丁山构造震旦系储层沥青和建南构造韩家店组、黄龙组、长兴组、飞仙关组、嘉陵江组天然气藏的烃源岩;然后利用EasyRo模型恢复了丁山1井下寒武统和建38井下志留统、二叠系烃源岩的热演化史;再以泥质岩类及膏盐层为流体封存箱的顶底板,划分了两典型构造(古)油气藏所处的流体封存箱系统;最后结合构造演化史,分析了两构造流体封存箱及其油气藏的形成与演化。
6)  Younan structure
油南构造
1.
A series of lost circulation control technique are summarized, which have been applied successfully in Younan structure drilling.
柴达木盆地油南构造地质情况异常复杂 ,井漏严重 ,通过重点预探井油南 1井的钻探实践 ,分析了油南构造钻井的漏失机理 ,认为油南构造上油砂山组 (N2 2 )地层裂缝发育 ,地层含盐量高溶解后易发生井漏 ,并且地层压力低。
补充资料:忝官引
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【出处】:
全唐诗:卷241_2
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