Firstly the optimization log interpretation method is researched.
论文首先开展了最优化测井解释方法研究。
Log interpretation methods are the effective means of discovering oil and gas reservoirs.
测井解释方法是发现油气层的有效手段。
It is used for multi parameter and nonlinear optimized data processing in log interpretation.
文章将遗传算法用于测井解释中，研究多参数、非线性最优化测井数据处理问题。
FORWARD Log Interpretation Platform is the first one in China designed and developed with the object-oriented thought.
FORWARD是我国第一套完全采用面向对象思想设计和开发的测井解释平台。
The log interpretation theory of Schlumberger RFT has been studied according to the seepage flow mechanics of porous media.
根据多孔介质渗流力学理论研究了斯仑贝谢公司的重复式电缆地层测试器测试曲线的解释理论。
Log interpretation with geochemistry technique is not affected by reservoir rock composition and formation fluid properties.
用地球化学方法进行测井解释不受储层岩石组成及储层流体物理性质的影响。
A new recognition method based on the theory of non-parameter statistics is used to lithology identification in log interpretation.
本文应用非参数统计理论，提出了一种新的分类判别方法，用于测井解释中的岩性划分。
Oil bearing evaluation of low salinity water shaly sand reservoirs in the Liudong area is a difficult problem in log interpretation.
柳东地区低矿化度地层水储层的含油性评价是测井解释的一大难题。
Calculation methods and formulae of porosity, permeability, shale content and oil saturation are given in the part of log interpretation.
测井解释中对孔隙度、渗透率、泥质含量和含油饱和度给出了计算方法和公式。
Logging data play an important part in geologic study, but there are some differences between log interpretation and geologic application.
在地质研究中测井资料起着重要的作用，而地质应用又与测井解释有所不同。
Nowdays, for the unitary lithology and moderate, high porosity conventional reservoir, the log interpretation and evaluation method is built.
目前，对于岩性单一、中高孔隙度的常规储层形成了较为成熟的测井解释和评价方法。
It is very difficult to calculate this parameter from point by point conventional log interpretation for the layers in a single well section.
采用常规测井解释方法逐点计算单井剖面中各小层的渗透率往往很难达到精度要求。
Archie formula is established theoretically in clean sandstone model and applied to various reservoirs. It is the fundamentals of log interpretation.
阿尔奇公式是用纯砂岩模型建立的理论方程，应用于不同性质的储集层中，是测井资料综合解释的基础。
The research for reservoir's geophysical response feature has been a important basic task of well log interpretation under surpressure and high temperature.
储层在高温高压条件下地球物理响应特征的研究就成为高温高压储层测井解释的一项重要的基础性工作。
So it would make the study, development and spreading of the fractal log interpretation software advance and create the good conditions for its field applications.
这对于分形测井解释软件的研究开发和推广应用将起到一定的促进作用，并为分形测井解释的现场应用创造有利条件。
The results indicate the effect of the transition zone and the annulus on the resistivity log interpretation is significant. This study provides a theoretical bas…
研究结果一方面表明了考虑过渡带和低阻环带可以提高测井解释的准确度，另一方面也为用多电极系电阻率测井探测侵入带提供了理论依据。
The influence of geological factors should always be taken into account in establishing well log interpretation model, log data processing and reservoir evaluation.
断块油藏测井解释模型的建立、资料的处理及储层评价应始终考虑地质因素的影响。
The quantitative log interpretation is very difficult because of the complex lithology of carbonate reservoir and the incomplete logging suite in old oil and gas region.
碳酸盐岩储层岩性复杂，老油气区测井系列不全，测井定量解释的难度很大。
Log interpretation model of flood zone in different exploiting time at Zhongyi district in Gudao oil field is developed by analyzing critical well and establishing region model.
采用关键井分析技术和区域建模方法，建立了孤岛油田中一区不同开发期的水淹层测井解释模型。
According to the log interpretation request, the lithology framework in this area can be divided into skeleton identified as quartz sandstone, cutting sandstone, mudstone and coal.
从测井解释角度将本区岩性骨架确定为石英砂岩、岩屑砂岩、泥岩和煤层。
To establish accurate reservoir parameters log interpretation model which can provide basal data for reservoir research, is the key and important basic of fine reservoir description.
建立准确的储层参数测井解释模型，为储层研究提供基础地质数据，是油藏精细描述的关键和重要基础。
In conventional log interpretation model, it USES dynamic model load technology, so, it doesn't need modifying program in application in local area, and its applicability is improved.
在常规测井处理解释程序中采用了动态模型加载技术，实现了地区模型的免编程修改，扩大了适用范围。
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。
Based on the double water model and the program system, GCDQ for optimization of log interpretation, a new mathematical model for optimization of log interpretation has been developed.
在双水模型和测井优化解释程序系统GCDQ的基础上，建立了新的测井优化解释数学模型。
The flooded strata are often wrongly interpreted as oil layers by use of conventional log interpretation, mainly due to the formation water resistivity can not be determined accurately.
利用常规测井解释方法，往往把水淹层解释为油层，这主要是由于水淹层内的地层水电阻率求不准。
Log interpretation is the most common method of identifying oil reservoir, gas reservoir and water lay er, its basis being the differences among the physical properties of reservoir fluids.
测井解释是油气层识别最常用方法，它是依据储层流体物理性质差异解释油气水层。
Based on building high definition log interpretation model, in this paper, the reservoir geological modeling techniques is used to stimulate reservoir parameter characteristics between Wells.
在建立高精度的测井解释模型的基础上，采用储层地质建模技术，模拟了井间储层非均质参数的变化。
The variation of CHGR with depth is available from the calibration of the porosity, gas saturation of electric log interpretation of the reservoir and hydrocarbon gases expansion coefficient.
经储集层段测并解释孔隙度、含气饱和度及天然气膨胀系数等校正，可作出岩石含烃浓度随深度剖面变化的成果图。
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.
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.
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。
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