The standard for reservoir level and type identification is made based on the date from over 20 wells in the middle Tarim area.
首先提取了对缝洞型储层反映敏感的测井比值参数,介绍了用于储层识别的综合特征参数的原理;然后通过塔中地区20余口井的资料,分别建立了碳酸盐岩储层级别和储层类型的识别标准;最后用塔中地区3个实例介绍了该方法的应用效果。
Research on Division of Carbonate Reservoir Levels Based on Conventional Logging Data
基于常规测井资料的碳酸盐岩储层级别划分方法研究
Appliction of multi-grade identification in He8 producing pay of Jingbian gasfield
多级多元判别法在靖边气田盒8段储层评价中的应用
Method for Automatic Identification of Marker Bed in Reservoir Correlation
储层对比中标准层自动识别方法研究
IDENTIFICATION AND APPLICATION OF DELTA RESERVOIR BY SEQUENCE STRATIGRAPHY TECHNOLOGY
层序地层学技术对三角洲储层的识别与应用
(already enabled at the authorization store and application levels)
(已在授权存储和应用程序级别启用)
Stored procedure '%s' can only be executed at the ad hoc level.
只能在特殊级别上执行存储过程 ''%1!''。
linear hierarchy of multiple storage levels
多存储器级的线性层次结构
Study on Lithologic Identification and Fracture Evaluation of Igneous Rock Reservoirs;
火成岩储层岩性识别及裂缝评价研究
The Method of Identifying and Application of Reservoir Heterogeneity Unit;
储层非均质单元的识别方法及其应用
Research on the Recognition Method of Single Sandbody of the Reservoir in Lamadian Oilfield
喇嘛甸油田储层单砂体识别方法研究
RESERVOIR FLUID PROPERTY IDENTIFICATION OF VOLCANIC ROCK IN SONGNAN GAS FIELD
松南气田火山岩储层流体性质的识别
USING P-WAVE AVA FOR FRACTURE DETECTION AND FLUID RECOGNIZING
利用纵波AVA进行裂缝储层和流体识别
Reservoir detection based on EMD and correlation dimension
基于EMD与关联维的储层识别(英文)
Fracture identification for carbonate reservoir by conventional well logging
常规测井方法识别碳酸盐岩储层裂缝
EVALUATION OF THE LOGGING PARAMETERS IN CARBONATE RESERVOIRS OF IRANIAN A OILFIELD(PARTB)
伊朗A油田碳酸盐岩储层测井参数评价(下)(储层分级及产能预测)
EFFECTS OF MM-LEVEL MUD-FILMS ON RESERVOIR DEVELOPMENT IN YINGTAI AREA
英台地区储层内部毫米级泥膜对开发的影响
These data hierarchies are grouped into levels that roll together to form the values for the next highest level in the hierarchy.
这些数据层次结构划分为不同的级别，级别中的值汇总在一起，构成层次结构中上一级别的值。
These data hierarchies are grouped into levels that combine to form the values for the next highest level in the hierarchy.
这些数据层次结构划分为不同的级别，级别中的值组合在一起，构成层次结构中上一级别的值。
