The application of Well logging data in drilling engineering is being used widely.
测井资料在油气钻井工程中的应用正日益拓宽。
Predicting formation pressure using well logging data is a comparatively effective method.
利用测井资料预测地层压力是一条比较有效的途径。
Rock drillability test is the foundation of prediction rock drillability from well logging data.
室内岩石微可钻性测试是测井预测岩石可钻性的实验基础。
In well logging data the natural potential parameters have obvious reaction to oxidize and reducing environment.
测井中自然电位参数对氧化和还原环境的反映比较明显。
The parameters needed in the model can be acquired from core analysis and well logging data directly or indirectly.
模型中预测渗透率所需参数可从岩芯及测井资料直接或间接得到。
Formation sensitivity can be predicted exactly with comprehensive analysis of geological, seismic and well logging data.
综合分析地质、地震及测井资料，可以准确地预测储层的敏感性。
Resolution of all these well logging data have been improved greatly. Thus, good results have been obtained as predicted.
共处理辽河油田18口井的测井资料， 处理后的各曲线分辨率都得到很大提高，取得了预期的效果。
A theoretical model is established for interpreting production well logging data in horizontal Wells and its principle is denoted.
建立了水平井生产测井数据解释的理论模型，阐述了解释原理。
With the progress of oilfield development, well logging data is becoming more and more important in studying sedimentary microfacies.
随着油田开发的不断深入，测井资料在沉积微相研究中起到了更为重要的作用。
The study of sequence stratigraphy is carried out in central Huanghua Depression using 3D seismic data, drilling, and well logging data.
应用三维地震、钻井和测井等资料，对岐北凹陷进行层序地层学研究。
Well logging data including a great amount of geological information are the main sources applied to study multi-scale sedimentary cycle.
测井数据具有良好的连续性和高分辨率特性，是研究沉积旋回多尺度特性的主要资料。
Well logging technology is advancing and all kinds of well logging data are increasingly enriched while the oil field has developed further.
伴随油田开发的深入进行，测井技术不断进步，各类测井成果资料日益丰富。
By using multivariate linear regression analysis, the mathematical model to classify and evaluate reservoir with well logging data was established.
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。
The principle and the methodology of Walsh function decreasing the unknowns and reducing the dimensions in well logging data inversion are studied.
研究了沃尔什函数在测井资料反演中降低反演维数的原理和方法。
Using multi-well logging data to constrained inversion enhances the ability to discriminate thin-bed sand bodies and correctly predicts their distribution.
运用多井约束反演提高薄砂层的分辨率，准确预测砂体的分布，是深层薄砂体岩性油气藏勘探新的方法技术之一。
An example presented in the paper demonstrates that this reduction of dimension makes the high-resolution inversion of the normal well logging data possible.
实例计算表明，这种降维方法使测井资料高分辨率反演成为可能。
It is showed that well logging data can be used to calculate oil and water relative permeability that can satisfy produced fluid types of evaluating reservoir.
结果表明，用测井数据可以进行油、水相对渗透率的计算，并且完全满足评价储集层的产液情况。
The neural network we have built can be used to integrate and analyze the different kinds of well logging data to obtain the formation parameters in particular depth.
透过本研究创建的两组类神经网络为主架构，可经由灰关联分析所选定之特定电测资科做为类神经网络的输入值，预测地层特性参数。
According to geological and geophysical characteristics of volcanic reservoir, a new evaluation method for the special reservoir using well logging data is put forward.
针对火山岩储层的地质和地球物理特征，提出了用常规测井方法评价火山岩储层的理论和方法。
By mean of well logging data interpretation, the residual oil distribution nearby the well can be predicted, but the state far away from the well is hard to prediction.
通过对测井资料进行解释，可以预测井区附近剩余油的分布情况，但无法预测远离井区域的剩余油的分布情况。采用时间平均方程和时移地震技术，得出了预测剩余油分布的方法。
With enough rock cores, we also can through the rock mechanics experiment, enhance relationship relevance between the well logging data and the rock mechanics parameter.
在有足够岩芯情况下，还可以通过岩石力学实验，提高测井数据与岩石力学参数回归关系式的相关性；
The efficiency of accessing to well logging data is very important to well logging software, and the application of variable data structures to the logging software become very popular.
测井数据的高效访问直接关系到测井软件的执行效率，高效的数据结构在测井软件中的应用是数控测井软件的研究方向。
This paper formulates the theoretical basis of it and gives the optimized interpretation chart for oil and water layer I - dentification in Changyuan of Daqing with the well logging data.
本文简述了复电阻率测井的理论基础，优选了应用复电阻率测井资料在大庆长垣外围油田识别油水层的图版。
The relationship between water cut and water saturation in the formation of reservoir are given combined the conventional well logging data in open hole with production well logging data.
通过综合运用裸眼井中常规测井资料和套管井中生产测井资料（产出剖面测井资料和碳氧比能谱测井资料） ，研究确定区块每一储层产水率与含水饱和度之间关系式。
The method include as fellows:(1) In Early diagenesis stage, the porosity and lithology well logging data are applied to analysis compression curve, and to determine the compression area.
方法为：（1 ）成岩作用早期：应用孔隙度测井和岩性测井资料，通过压实曲线分析压实作用区间；
A new method based on well logging data and pre-stack seismic inversion parameters, which is called pore bulk modulus method, is presented to quantitatively calculate pore fluid saturation.
提出了一种基于测井数据和叠前地震反演参数的流体饱和度定量预测方法——孔隙体积模量法。
Analyzes the field logging data and application results; Finally gives the conclusion that the performance of this tool is reliable and its well logging data is helpful to identify thin beds.
对其现场测井资料及应用效果进行了分析。结果表明，该仪器性能可靠，对划分薄层有明显作用。
Combined with the abundant well logging data, this paper took the upper Es_2 ~ (2 + 3) of the eastern Pucheng oilfield as the research target, and raised some new cognitions about the faults.
本文以濮城油田东区沙二上2 +3砂层组为研究对象，在结合大量的测井曲线的基础上，对本区的断层提出了新的认识。
This paper presents the principle, structure and characteristics of Russian MID-K logging tool. And the well logging data show the detection effect in single case-pipe and multilayer case-pipes.
结合俄罗斯最新产的电磁探伤测井仪MID-K，介绍MID-K的原理方法、仪器结构及特点，并用测井资料，展示在单套管和多层管内进行套管检查的应用效果。
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。
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