并结合建模软件建立储层沉积微相模型，实现了测井解释成果的定量化应用。
It establishes reservoir microfacies using modeling software to realize quantitative application of well logging interpretation.
测井解释成果已应用于储量计算及油田开发工作中，取得了良好的经济效益。
This logging interpretation result has been applied in calculation of the reserve and oil field development, producing good economic results.
测井解释数据包括测井采集基本信息、资料质量评价数据、测井解释成果、测井资料图件以及地质、录井、取心、试油等资料。
Log information are numerous, which includes basic log data acquisition, quality control, log analysis and delivered blue prints, as well as data of geology, mud log and production test, etc.
反演依靠一维合成声波测井的结果，以地震地质解释的成果为约束，顺层横向递推形成初始波阻抗模型。
Combined with the result of one dimensional synthetic acoustic curve and seismic geological interpretation, comprehensive constrained inversion forms primitive impedance model along with layers.
将地震特征与地质特征(如根据测井记录解释出的构造顶部)相关，可以改善解释成果。
Correlation of seismic picks to geologic picks, such as formation tops interpreted from well logs, can improve interpretations.
最后，在岩心分析资料和测井解释结果的基础上，结合有关储层成因机制的研究成果，对研究区内各种储层类型分别进行储层发育分布规律研究和质量评价研究。
Finally, combined core analysis data with log interpretation data, the rules for reservoir develop distribution and quality is worked over on the basic of fruit of reservoir origin mechanism.
数字化测井仪种类多、成果图格式各异，造成测井数据建库困难，解释成果图不规范。
The digital logging instruments have many types and are different in plot format that makes difficult to build the data storage and nonstandard of the plot.
根据工作区以往271个钻孔的测井资料及所施工8个钻孔的钻探成果，共解释高岭岩矿层361层，其中可靠达170层。
Based on formerly 271 boreholes' well-logging data and 8 kaolin drilling results, totally interpreted 361 kaolin seams, in which 170 proven.
根据工作区以往271个钻孔的测井资料及所施工8个钻孔的钻探成果，共解释高岭岩矿层361层，其中可靠达170层。
Based on formerly 271 boreholes' well-logging data and 8 kaolin drilling results, totally interpreted 361 kaolin seams, in which 170 proven.
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