1) well test data
试井资料
1.
By analyses, an analytical model has been established by using well test data to determine the reservoir permeability distribution.
通过分析 ,建立了应用试井资料确定油藏渗透率分布的分析模型 ,应用该模型可以确定单相流地层渗透率分布 ;通过引入偏差系数 ,考虑了含水对确定油藏渗透率分布的影响 ,从而使油藏渗透率分布的确定更加准确、可
2.
In view of the existence of natural fractures of Shanshan Oil-field,a novel and complex model was used to analyse the well test data in order to find the extent and flow parameters of the fractrues near the well and the average values of the entire system which are needed for evaluating the naturally fractured reservoir.
针对鄯善油田具有天然裂缝的特征,运用了一个新颖的复合模型,分析其试井资料,求得近并裂缝延伸尺寸。
3.
The hydraulic fractured formation selection is mainly based on the formation response of the well test data and the forecasted production values.
高压低渗油气藏的压裂选层 ,可根据试井资料所反映的储层特征并结合其它地层资料估测压后产能 ,来确定是否压裂。
3) logging data
测井资料
1.
Study on remaining oil distribution after polymer flooding using logging data;
应用测井资料研究聚合物驱后剩余油分布
2.
A calculating method of underground stress of reservoir with logging data and its application in Anpeng oil-bearing block;
测井资料计算储层地应力方法及在安棚含油区块的应用
3.
Method of identifying unconformity by using logging data.;
测井资料识别不整合面的方法
4) well logging data
测井资料
1.
Using well logging data to determine resistivity of mixed fluid in water flooded layer of Daqing Placanticline;
用测井资料确定大庆长垣水淹层混合液电阻率
2.
Prediction of reservoir sensitivity with well logging data in Dagang Oilfield;
利用测井资料预测大港油田储集层敏感性
3.
The research of the routine well logging data pigeonholing based on DBMS;
常规石油测井资料归档方案的数据库管理研究
5) log data
测井资料
1.
Interpretation and processing software for RFT log data;
RFT测井资料解释处理方法与软件应用
2.
Fast iterative inversion of multi-array induction log data.;
阵列感应测井资料的快速迭代反演
3.
Using log data for predicting oil-gas production capacity of Keshang Formation reservoir in eighth block, Kelamayi oil-field.;
利用测井资料预测克拉玛依油田八区克上组油层产能
6) well log data
测井资料
1.
Quantitative discrimination of architectural elements of fuvial reservoir using well log data;
测井资料定量识别河流储层建筑结构要素
2.
Based on cores, outcrop, drilling and well log data, this paper analyzes the fluvial characteristics of the 3 Sand Sets in the 2 member of Shahejie Formation(S32) in 2 District, Shengtuo Oilfield(TDSO), and recognizes all kinds of hierarchical bounding surfaces, lithofacies and architectural elements in the sandbody according to Miall's suggestion.
针对地下河流相储层内部建筑结构分析难度大、非均质性突出的问题,在岩芯、露头、钻井、测井资料分析的基础上,以胜坨油田二区沙二段3砂层组(胜二区S23)辫状河沉积体为例,运用Miall的结构要素分析法,进行层次界面解剖、岩相类型和建筑结构要素的划分,提取相应测井曲线特征参数,建立有效的结构要素定量模糊识别模型,并编成软件,对研究区进行了实际资料处理,结果与地质专家解释结果相当吻合,最后建立了储层建筑结构展布模型,精细表征了砂体间的接触方式和连通程度,为进行精确的储层预测和剩余油挖潜提供了地质依据。
补充资料:奉试冷井诗
【诗文】:
仙闱井初凿,灵液沁成泉。色湛青苔里,寒凝紫绠边。
铜瓶向影落,玉甃抱虚圆。永愿调神鼎,尧时泰万年。
【注释】:
【出处】:
全唐诗:卷203_33
仙闱井初凿,灵液沁成泉。色湛青苔里,寒凝紫绠边。
铜瓶向影落,玉甃抱虚圆。永愿调神鼎,尧时泰万年。
【注释】:
【出处】:
全唐诗:卷203_33
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条