设计的程序可模拟实际的测井过程。
声波测井用于区分泥岩和白云岩。
测井曲线间的深度误差几乎是不可避免的。
密度测井仪包括辐射源。
输入资料主要来自于地质、测井、地震和地化。
Input data are mainly from geology, well logging, seismology and geochemistry.
氧活化测井解释的关键是确定各测点的水流速度。
The key of oxygen activation logging interpretation was water-flow velocity which determined every measuring point.
地应力剖面的研制为测井资料开辟了新的应用领域。
The development of geostress profile has opened a new field for log data application.
电缆测井仪器的一部分，测井过程中紧贴在井壁上。
That part of a wireline logging tool that is pressed firmly against the borehole wall.
现代测井操作在一个钻孔中同时进行多种不同的测量。
In modern logging several different kinds of measurements are taken simultaneously in a borehole.
利用测井资料评价油气层是石油勘探与开发的重要环节。
To evaluate reservoir with the use of logging data is an important link for oil exploration and development.
简要论述了该石油测井车电缆滚筒传动系统的设计要点。
This paper briefly expounds the main points of design for drum drive system of well logging wheeled machice.
最后通过测井信息的处理，给出相应的储集层评价成果数据和成果图。
And finally, after the process of well-logging information, some outcome data and outcome figures for evaluation of reservoir will be show.
地层岩性和储层类型识别是测井解释地层压力的地质基础。
Stratum lithology and reservoir type recognitions are the geological foundation to explain the formation pressure by using logging data.
在井眼声波测井中，这些波是横波、弯曲波、斯通·利波。
In borehole sonic logging, these may be the shear, flexural and Stoneley waves.
测井超越了通常在地质、地球物理和石油工程中划定的界线。
Well logging transcends the boundaries ordinarily established between geology, geophysics, and petroleum engineering.
在地层界面处的曲线变化中提取出测井曲线的综合纵向响应函数。
Integrated log response function can be derived from the change rate of logs over boundary.
测井曲线的多重分形分析方法对于复杂地层的研究具有一定的现实意义。
Therefore, the logging multifractal analysis method will take some practical significance in study of the complicated formation.
同常规油气勘探和开发应用一样，测井也应成为煤层气评价的有力工具。
As well as the application of conventional hydrocarbon exploration and development, the well logging should be an important measure to evaluate coalbed gas.
本毕业设计的主要目的是通过开发测井信息计算机处理软件来评价储集层的基本特性。
The main aim of this design is evaluate the fundamental characteristics of reservoir, through developing software of computer processing for well logging.
利用三维有限元法，模拟了电性各向异性倾斜沉积岩层的双侧向测井响应。
The response of dual laterolog in tilted anisotropic sedimentary formation was simulated with the three-dimensional finite element method.
通过多元线性回归分析，建立了用多种测井信息划分、评价储层的数学模型。
By using multivariate linear regression analysis, the mathematical model to classify and evaluate reservoir with well logging data was established.
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.
对核测井曲线进行付氏变换，其纵向分辨率可以从分析振幅谱斜率变化中获得。
Used Fourier transforming the nuclear logs, its vertical resolution can be achieved from analyzing the changes of amplitude spectrum slope.
本文将广义反射、透射系数矩阵方法推广用于研究声法测井中的声波传播问题。
The generalized reflection-transmission coefficient matrix method is developed to study the acoustic wave propagation in a layered cylindric symmetric medium.
经层内细分试油，验证了现场和室内化验资料及测井资料数字处理成果的可靠性。
The field and in-house testing data and those from computerized well logging technique are examined for their reliability.
主要通过VisualBasic 6.0的强大功能来实现测井信息的数字化综合处理。
This system realize a digital integrated process for well-logging information, mostly by utilizing the powerful function of Visual Basic6.0.
主要通过VisualBasic 6.0的强大功能来实现测井信息的数字化综合处理。
This system realize a digital integrated process for well-logging information, mostly by utilizing the powerful function of Visual Basic6.0.
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