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log parameter inversion
相关语句
  相似匹配句对
     Log-Boughton Distribution and Its Parameter Estimation
     对数Boughton分布及参数估计
短句来源
     Single log parameter is limited in reservoir evaluation.
     为避免这种局限性,综合各种参数在储层评价方面的优势。
短句来源
     Reservoir parameter inversion using seismic and log data
     利用地震、测井资料联合反演储层物性参数
短句来源
     n—Parameter CAPM
     n个参数的资本性资产定价模型
短句来源
     Log is necessary.
     记录日志是项目开发必不可少的部分.
短句来源
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According to the characteristic of high shale and calcium content and sand shale and thin interbeds of Putaohua reservoir in the southern part of Daqing Placanticlineand combining with time and frequency analysis,middle frequency constraint wave resistance model inversion and high frequency non linear pseudo log parameter inversion,this paper constructs a geologic data to predict laterally the thin interbeds of sandstone and mud stone so as to describe thin interbeds from formation group and sandstone...

According to the characteristic of high shale and calcium content and sand shale and thin interbeds of Putaohua reservoir in the southern part of Daqing Placanticlineand combining with time and frequency analysis,middle frequency constraint wave resistance model inversion and high frequency non linear pseudo log parameter inversion,this paper constructs a geologic data to predict laterally the thin interbeds of sandstone and mud stone so as to describe thin interbeds from formation group and sandstone group to single oil sand body.This technique can predict a thin interbed of sand shale,mudstone with high shale and calcium content which is 1.0-3.0m thick.

针对大庆长垣南部葡萄花油层高泥、高钙、砂泥岩薄互储层的特点 ,以建立油层组级层序地层格架作为反演约束的前提条件 ,结合时频分析、中频井约束波阻抗模型反演和高频非线性拟测井参数反演 ,并以钻井、测井和油田生产资料为基础建立地质模型 ,对砂、泥岩薄互层进行横向综合预测 ,从而实现从低频到高频 ,从宏观到微观 ,从地层组、砂层组到单油砂体 ,依次刻画薄互储层目的。此项技术可以预测出 1 0~ 3 0m的陆相高泥、高钙、砂泥岩薄互储层 ,实际应用效果很好。

It is presented that log layer interpretation and 3D seismic structure interpretation in terms of principle of sequence stratigraphy, which is important basis work; qualitative appraising technique of identifying lithological reservoir by seismic attribute; quantitative static appraising technique of Hthological reservoir by seismic impedance inversion and log parameters inversion; quantitative dynamic appraising technique of lithologlcal reservoir by log parameters inversion in many...

It is presented that log layer interpretation and 3D seismic structure interpretation in terms of principle of sequence stratigraphy, which is important basis work; qualitative appraising technique of identifying lithological reservoir by seismic attribute; quantitative static appraising technique of Hthological reservoir by seismic impedance inversion and log parameters inversion; quantitative dynamic appraising technique of lithologlcal reservoir by log parameters inversion in many wells. According to technique of predicting and appraising lithology deposit, we can consciously make exploration and development of lithology deposit oilfield. Finally, this technique is successful in the exploration of SN31 lithology deposit oilfield and in the development of Zhou Qingzhuang lithological reservoir oilfield.

针对岩性油气藏的储层预测及评价所面临的问题,提出了岩性油气藏的储层预测及评价技术思路和配套技术。其分4个层次:①基于层序地层学分析的小层对比、构造解释;②基于地震属性提取的岩性油气藏的定性识别技术;③基于地震波阻抗反演、拟测井参数反演的岩性油气藏定量(静态)评价技术;④基于多井拟测井参数反演的岩性油气藏定量(动态)评价技术。根据岩性油气藏的储层预测及评价技术,可以有目的地进行岩性地层油藏的勘探和开发。将岩性油气藏的储层预测和评价技术应用于准噶尔盆地石南31油田岩性油气藏勘探和大港周清庄岩性油气藏开发,获得了很好的应用效果。根据预测和评价结果部署的多口开发井不仅获得了高产油气流,且新井数据为油田的滚动开发提供了进一步储层预测及评价的依据。

In terms of the problems in reservoir prediction and evaluation for lithologic deposits,a series of techniques are presented for reservoir prediction and evaluation of lithologic deposits in this paper,which consist of four levels:(1) small-thickness bed correlation and structure interpretation based on an analysis of sequence stratigraphy,which serve as a basic work;(2) a qualitative identification technique of lithologic deposits based on seismic attributes;(3) a quantitative static evaluation technique of...

In terms of the problems in reservoir prediction and evaluation for lithologic deposits,a series of techniques are presented for reservoir prediction and evaluation of lithologic deposits in this paper,which consist of four levels:(1) small-thickness bed correlation and structure interpretation based on an analysis of sequence stratigraphy,which serve as a basic work;(2) a qualitative identification technique of lithologic deposits based on seismic attributes;(3) a quantitative static evaluation technique of lithologic deposits based on seismic impedance inversion and pseudo-log parameter inversion;(4) a quantitative dynamic evaluation technique of lithologic deposits based on pseudo-log parameter inversion in multiple wells.These techniques have been applied in exploration and development of SN31 lithologic deposit in Junggar basin,and have made good results.

针对岩性油气藏储层预测与评价所面临的问题,提出了岩性油气藏储层预测与评价的技术思路和配套技术,主要分4个层次:①基于层序地层学分析的小层对比及构造解释作为基础研究工作;②基于地震属性提取的岩性油气藏定性识别技术;③基于地震波阻抗反演及拟测井参数反演的岩性油气藏定量(静态)评价技术;④基于多井拟测井参数反演的岩性油气藏定量(动态)评价技术。岩性油气藏储层预测与评价技术应用于准噶尔盆地SN31岩性油气藏勘探和开发,取得了很好的应用效果。

 
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