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   储层地质建模 的翻译结果: 查询用时:0.392秒
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储层地质建模     
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  reservoir geological modeling
     The second is to study the technique details of reservoir geological modeling integrated seismic and well-log data, based on the study of reservoir geological modeling in Fang 2 area of Daqing Songfangtun oi!
     二是通过对大庆宋芳屯油田芳2区块结合地震资料建立储层地质模型的研究,探讨地震与地质资料综合储层地质建模的技术细节,为大庆油田结合地震资料建立储层地质模型进行方法尝试和积累经验。
短句来源
     The purpose of advanced seismic inversion is similar with reservoir geological modeling integrated seismic and well-log data.
     但两者之间存在很大的不同,地震与地质资料综合储层地质建模以井资料为主,地震资料起约束作用,而地震反演以地震资料为主,井资料起约束作用;
短句来源
     Firstly, well-log data is main data in reservoir geological modeling integrated seismic and well-log data, seismic data only makes restriction function, and seismic data is main in seismic inversion, well-log data only makes restriction function.
     论文在介绍储层地质建模技术研究的现状和发展趋势的基础上,论述了开展结合地震资料建立储层地质模型的重要性、地震与地质资料综合储层地质建模和广义储层地质建模的关系、地震资料在储层地质建模中应用的可行性、地震资料的约束作用,以及地震与地质资料综合储层地质建模技术的应用领域。
短句来源
     A Study on Reservoir Geological Modeling with Seismic and Well-log Data in Fang 2 Area of Daqing Songfangtun Oil Field
     大庆宋芳屯油田芳2区块地震与地质资料综合储层地质建模研究
短句来源
     Its main exploration methods are explicated from the viewpoint of reservoir geological modeling, description of recognizing traps and comprehensive evaluation of reservoir and so on.
     从储层地质建模、圈闭识别描述、油藏综合评价等方面阐述了隐蔽油气藏的主要勘探技术。
短句来源
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  reservoir geologic modeling
     Reservoir Geologic Modeling in the Late Development Phase of Zhongshi Oil Field
     钟市油田开发后期储层地质建模
     The concept method and procedures for reservoir geologic modeling are introduced. A sequential indication simulation method based on image element is used, by which a reservoir sandbody matrix model and a sedimentary microfacies model for 6 main subzones in Block Zhen 11 are established, by which bases are provided for residual oil study and well pattern adjustment based on structural factors at the late period of Zhenwu Oilfield development.
     介绍了储层地质建模的思路、方法和程序 ,采用基于象元的顺序指示模拟方法 ,建立了真 11块储层的砂体骨架模型和 6个主力小层的沉积微相模型 ,为真武油田开发后期以结构要素为基本单位的剩余油研究和井网调整思路等方面提供了基础
短句来源
     Results By using of this technology of reservoir geologic modeling,the reservoir geologic model was built that exact adapt to this area.
     结果运用以上储层地质建模技术,建立了适合于该区的准确储层地质模型。
短句来源
  “储层地质建模”译为未确定词的双语例句
     The Geological Modeling of Chang-3 and Chang-8_1 Reservoir Bed in Zhenbei Area, Ordos Basin
     鄂尔多斯盆地镇北地区长3、长8_1储层地质建模
短句来源
     Geologic Modeling for Reservoirs in Block Zhen 11 of Zhenwu Oilfield
     真武油田真11块储层地质建模研究
短句来源
     Application of reservoir modeling in reservoir description of Baolige Oil Field
     储层地质建模在油藏描述中的应用
短句来源
     GEOLOGIC MODELING FOR OUTCROP RESERVOIR OF CONTINENTAL BASIN AND THE CONCEPTUAL SYSTEMS
     陆相盆地露头储层地质建模研究与概念体系
短句来源
     The technology of reservoir geologic model and the meaning role in reservoir description
     储层地质建模技术及其在油藏描述中的重要作用——以南堡油田为例
短句来源
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The computerization degree of study to establish reservoir geological model is an important work to measure the modernization degree of this study. The developed and studied Chinese software of the resevoir 3D geological model has improved the computerization degree by the visualization and man computer technology of computers, but the quality to establish this model depends on the experts' ability too much. This not only influences the software application efficiency but also places restrictions on automatic...

The computerization degree of study to establish reservoir geological model is an important work to measure the modernization degree of this study. The developed and studied Chinese software of the resevoir 3D geological model has improved the computerization degree by the visualization and man computer technology of computers, but the quality to establish this model depends on the experts' ability too much. This not only influences the software application efficiency but also places restrictions on automatic degree. In this paper, the authors put forward the intellectualizing thought and methods in stead of part of the experts' intelligence and capability in the course of study and processing.

储层地质建模研究的计算机化程度是衡量储层地质模型研究的现代化程度的一个重要标志。借助于计算机的可视化、交互化技术所研制和开发的储层三维地质建模软件,虽然提高了储层地质建模的计算机化程度,但建模质量却过多地依赖于储层地质建模专家的水平,这不仅影响了软件的使用效力,也限制了建模自动化程度的提高。本文针对地质建模的特点,提出了智能化思路与办法来代替专家在研究、处理等工作的部分智商与能力,以进一步提高本研究领域的计算机化程度。

Abstract The geologic modeling for outcrop reservoirs depends on the clarification of the characteristic heterogeneity of reservoirs,including the depositional heterogeneity,diagenetic heterogeneity,and the heterogeneity of porosity and permeability.The heterogeneity of resevoirs can be studied on three scales (macroscopic scale,mesoscopic scale and microscopic scale). From the study of depositional heterogeneity on different scales,the essential procedure is to model the internal architectural frame,for which...

Abstract The geologic modeling for outcrop reservoirs depends on the clarification of the characteristic heterogeneity of reservoirs,including the depositional heterogeneity,diagenetic heterogeneity,and the heterogeneity of porosity and permeability.The heterogeneity of resevoirs can be studied on three scales (macroscopic scale,mesoscopic scale and microscopic scale). From the study of depositional heterogeneity on different scales,the essential procedure is to model the internal architectural frame,for which it is significant to complement and improve the conceptual order for the internal architectural units and bounding surfaces.This paper indicates the common channel units in various channels,explains the differences of the internal architetural complexity and beddings for different channel sand bodies,and takes the different palaeocurrent energy and depositional modes as the major causes for the differences. Modeling the strong permeation net frame is based on recognition and differentiation of fluid flow units which are building blocks differentiated with isolate barrier beds as the bounding hydrodynamic conditions and are closely related with the internal architectural units of sand bodies in scales and spatial distribution. The study on the heterogeneity of reservoir porosity and permeability of different scales depends on different subjects,for instance,the study for mesoscopic scale is focused on the differences between fluid flow units and the differences between the reservoir lithological facies which formed the architectural units. Deposition significantly dominates the porosity and permeability of reservoirs,but in case of heterogeneous diagenesis in superposition,the integral porosity and permeability will greatly decrease.

露头储层地质建模的关键是阐明储层非均质性特征(即储层沉积非均质性、储层成岩非均质性和储层物性非均质性特征)。储层非均质性具有层次性,并可以分为3种尺度(大尺度、中尺度和小尺度)进行研究。在不同尺度的沉积非均质性研究基础上,建立储层内部构成格架模型是储层沉积非均质性研究所要解决的主要问题,因此补充和完善砂体内部构成单位和等级界面分析法的概念等级序列尤为重要。本文提出河道单元在各类河道中具有普遍存在的规律,并指出不同类型河道砂体的内部构成复杂性和层次性具有差异,认为形成这种差异的主原因在于古流能量存在差异和沉积作用方式的不同。建立高渗透网络格架模型的基础是识别和划分流体流动单元。流体流动单元是以隔挡层为边界按水动力条件划分的建造块,其规模和分布空间与砂体内部构成单位关系密切。不同尺度的储层物性非均质性具有不同的研究对象和重点。以中尺度研究为例,储层物性非均质性的焦点在于流体流动单元的差别上以及构成流体流动单元的储层岩性相的差别上。沉积作用对储层物性的影响无疑是重要的,但如果叠加有不均匀的成岩作用的影响,那么整体孔渗值将会大大地降低。

Fracture can be important reserving space and the main contributor to permeability in reservoirs. However, there are few researches focus on the fracture characteristics and distribution rules of alluvial fan conglomerate reservoirs. This paper provides an example of such reservoir of Xiazijie formation, Xiao Gnat Oilfield, whereas the study is based on outcrops,cores and well- logging data. Study indicates that the fracturing degree is firmly controlled by lithology while the regional tectonic background is...

Fracture can be important reserving space and the main contributor to permeability in reservoirs. However, there are few researches focus on the fracture characteristics and distribution rules of alluvial fan conglomerate reservoirs. This paper provides an example of such reservoir of Xiazijie formation, Xiao Gnat Oilfield, whereas the study is based on outcrops,cores and well- logging data. Study indicates that the fracturing degree is firmly controlled by lithology while the regional tectonic background is the same. Fractures in fine conglomerates and sandstone are well developed with minor scale and high density, where in coarser conglomerates those fractures are characterized by large scale and low density, and in mudstone very few fractures are devel- oped. There is a close relationship between fracturing degree and interval velocity, and this perests us to establish a quantitative forecasting model for fracturing degree by integrating outcrops, well-logging and core data. This model is used to predict frac- ture distribution based on seismic data and well-logging with seismic inversion and quantitative reservoir modeling techniques. The result of the fracture distribution can be used for further hydrocarbon development.

裂缝是低渗透储层的重要储集空间和渗透率的主要贡献者。有关冲积扇砾岩储层中裂缝特征及分布规律预测的研究很少。通过露头、岩心及测井资料分析,研究了小拐油田夏子街组的裂缝特征和控制因素。在区域构造背景相同的情况下,裂缝的发育程度受岩性的严格控制。在细砾岩及砂岩中裂缝最发育、裂缝规模小,密度大;而在中细砾岩及泥岩中裂缝则不发育。裂缝发育程度与地层层速度有密切的关系。通过测井、钻井及地质资料建立裂缝的定量表征模型,借助于地震反演方法及集成化定量储层地质建模新技术,综合使用地质、测井及地震资料,高精度地预测裂缝的发育程度,为进一步开发提供可靠的依据。

 
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