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.
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。
Compared with deconvolution method, the well log curves transformed by wavelet analysis contain more detailed information and reach higher vertical resolution.
该方法与反褶积方法比较，小波变换后的测井曲线更能反应细节信息，具有更高的纵向分辨率。
The research of the example is based on the well data, including drilling , rock-core analysis, log, production and the parameters of reservoir obtained from the well data.
本实例以井的资料为基础，包括钻井、岩芯分析、测井和生产数据，以及由井资料所导出的储层物性参数等。
At Chaluhe area in Yitong Graben, the relationship between log properties and lithology combining with core and well logging data was used for sedimentary facies analysis and reservoir prediction.
在伊通地堑岔路河地区，利用测井属性与岩性之间的对应关系，结合岩心和录井资料，进行了沉积相分析和储层预测。
Log analysis includes straightforward statistics, such as page access frequency, as well as more sophisticated forms of analysis, such as finding the common traversal paths through a Web site.
日志数据的分析可以通过统计数据的形式，像统计经常被访问的页面集、统计经常需要分析的重要的表格数据、通过网站分析找出一般的访问路径模式等。
The accuracy and coincidence rate of log interpretation are improved by jointly using the analysis results of imaging logging, lithologic classification and multi-well comparison, etc.
联合使用成像测井分析结果、岩性分类和多井对比等方法，提高了测井解释精度和解释符合率。
The obtained conclusion provides a premise for the application of chaotic time series analysis in well-log facies recognition.
这一结论为混沌时间序列分析方法应用于测井曲线识别领域提供了前提条件。
Is it fetch every analysis, sampling well test materials is it log well curve to combine to utilize secondly, confirm and flow the quantity of division and sign of the unit.
其次利用取心井的各项分析化验资料结合测井曲线，确定流动单元的划分数量和标志。
Genetic stratigraphic sequence analysis using well log data may provide high-resolution chronostratigraphic framework and serve for the exploration of subtle traps in matured basins.
利用测井资料进行成因地层层序分析，可以提供高分辨率的年代地层格架，在成熟盆地中寻找隐蔽圈闭。
The general principles and methodology of genetic stratigraphic sequence analysis using well log data are discussed in this paper.
本文主要讨论利用测井资料进行成因地层层序分析的一般原则与方法。
This paper established the single well's isochronous sequence stratigraphy framework with well log sequence stratigraphy analysis making use of sequence stratigraphy theory.
本文利用层序地层学理论，通过测井层序地层学分析，建立起了单井的层序地层格架。
Then the lithofacies database is built up. An analysis of the feature extraction and data Whitening for well log is made, and the pattern recognition given can sercen variables automatically.
文中分析了测井数据的特征提取、数据白化等关键问题，给出的模式识别具有自动筛选变量的功能。
Result Summarizing the multiple judging methods of dynamic analysis combine with well log-ging curves.
结果：总结出动态分析与电测曲线相结合的综合判断方法。
The analysis shows that the top and base seismic reflectors can be tracked accurately by calibration of well log and VSP data.
利用测井和垂直地震剖面 （VSP）资料对地震剖面进行联合标定 ，可以准确地标定出火成岩的顶、底地震反射层。
The analysis shows that the top and base seismic reflectors can be tracked accurately by calibration of well log and VSP data.
利用测井和垂直地震剖面 （VSP）资料对地震剖面进行联合标定 ，可以准确地标定出火成岩的顶、底地震反射层。
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