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   储层四维地质模型 的翻译结果: 查询用时:0.008秒
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储层四维地质模型
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  “储层四维地质模型”译为未确定词的双语例句
     A New Trial to Build a 4-Dimensional Reservoir Model——A Case Study of the Reservoir Model of Member 3 of the Shahejie Formation in Eastern Hebei Province
     建立储层四维地质模型的新尝试——以冀东高尚堡沙三段储层模型的建立为例
短句来源
     4D geological modeling using artificial neural network system.
     利用人工神经网络系统建立储层四维地质模型
短句来源
     Using core, logging and lab analytic data, and taking the reservoir model of member 3 of the Shahejie Formation in eastern Hebei Province for example, this paper studies the variation rule of reservoir parameters during the course of water injection, builds a 3 D reservoir geological model for different development stages by means of stochastic simulation, and makes a useful trial for building a 4 D reservoir geological model, which has gained good effects in practical application to oil fields.
     论文立足于油田开发过程中储层的动态变化 ,以冀东高尚堡沙三段储层建模为例 ,综合不同开发阶段的井网及相应的取心、测井和实验测试资料 ,研究注水过程中储层参数的变化规律 ,应用随机建模方法建立了不同开发阶段的储层三维地质模型 ,对储层四维地质模型的建立进行了有益的尝试 ,并在油田的实际应用中取得了较好的效果
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  相似匹配句对
     GEOLOGICAL MODELS OF PETROLEUM RESERVOIR
     储层地质模型
短句来源
     4D geological modeling using artificial neural network system.
     利用人工神经网络系统建立储层四维地质模型
短句来源
     DEVELOPMENT OF GEOLOGICAL RESERVOIR MODELING IN PAST DECADE
     储层地质模型10年
短句来源
     ESTABLISHMENT OF THE GEOLOGICAL MODEL OF FRACTURED RESERVOIRS
     裂缝储层地质模型的建立
短句来源
     SOME NEW METHODS FOR ESTABLISHING QUANTITATIVE RESERVOIR MODEL
     建立定量储层地质模型的新方法
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The basic principle and method of 4D geological modeling using Artificial Neural Network System (ANNS) are discussed in the paper. The concrete procedures include setting up submodel, synthesis of predictive results from the submodel, building MIMO prediction model of reservoir parameter, preparing data pool, selecting input signal, model structure, its testing and working pattern etc. When ANNS is employed in geological modeling, time is regarded as an input variable, it can better describe and study the...

The basic principle and method of 4D geological modeling using Artificial Neural Network System (ANNS) are discussed in the paper. The concrete procedures include setting up submodel, synthesis of predictive results from the submodel, building MIMO prediction model of reservoir parameter, preparing data pool, selecting input signal, model structure, its testing and working pattern etc. When ANNS is employed in geological modeling, time is regarded as an input variable, it can better describe and study the features and the distribution of reservoir properties in 4D space, then effectively predict the remaining oil distribution.

论述了用人工神经网络系统建立储层四维地质模型的原理和方法。具体步骤包括子模型的建立、子模型预测结果的合成、储层参数MIMO预测模型的建立、数据体的准备、输入信号的选取、模型结构与检验及模型的工作方式等。人工神经网络用于地质建模时 ,它可以把时间作为一个输入变量 ,可以较好地描述、研究储层参数在四维空间的特征和空间展布 ,进而有效预测剩余油的分布

During the development of oil fields, the physical properties of reservoirs, microscopic pore structure and heterogeneity are changed with the development of water injection. It is of importance to build a 4 D geological model reflecting the dynamic variation of reservoir properties for recognizing reservoir geological characteristics, predicting the distribution of remaining oil and raising effectiveness in the exploitation of oil fields. Using core, logging and lab analytic data, and taking the reservoir...

During the development of oil fields, the physical properties of reservoirs, microscopic pore structure and heterogeneity are changed with the development of water injection. It is of importance to build a 4 D geological model reflecting the dynamic variation of reservoir properties for recognizing reservoir geological characteristics, predicting the distribution of remaining oil and raising effectiveness in the exploitation of oil fields. Using core, logging and lab analytic data, and taking the reservoir model of member 3 of the Shahejie Formation in eastern Hebei Province for example, this paper studies the variation rule of reservoir parameters during the course of water injection, builds a 3 D reservoir geological model for different development stages by means of stochastic simulation, and makes a useful trial for building a 4 D reservoir geological model, which has gained good effects in practical application to oil fields.

油田注水开发过程中 ,储层物性、微观孔隙结构和非均质性都会发生动态变化。建立反映储层性质动态变化的四维地质模型对于深化高含水期油田地质特征的认识、预测剩余油的分布规律、提高油田开发效果具有十分重要的地质意义。论文立足于油田开发过程中储层的动态变化 ,以冀东高尚堡沙三段储层建模为例 ,综合不同开发阶段的井网及相应的取心、测井和实验测试资料 ,研究注水过程中储层参数的变化规律 ,应用随机建模方法建立了不同开发阶段的储层三维地质模型 ,对储层四维地质模型的建立进行了有益的尝试 ,并在油田的实际应用中取得了较好的效果

 
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