建立准确的储层参数测井解释模型，是进行储层非均质性表征的前提和基础。
Establishment of accurate logging interpreting models for reservoir parameters is the foundation and premise for characterizing the reservoir heterogeneity.
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 influence of geological factors should always be taken into account in establishing well log interpretation model, log data processing and reservoir evaluation.
综合利用遗传约束优化方法，建立了考虑水淹影响因素的剩余油饱和度测井解释模型。
Thirdly, with a genetically constrained optimization method, the interpretation model that accounts for water flooding is set up for remaining oil saturation.
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。
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.
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。
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.
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。
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.
志丹地区侏罗系、三叠系储层是低孔、低渗储层，压实程度高，地质解释模型与测井解释模型拟合复杂。
The Jurassic and Triassic reservoirs in Zhidan area have low porosity and permeability, and are highly compacted.
结果表明，只要某地区有合格的岩心分析资料和测井资料，就能非常方便、迅速地形成适合本地区的测井解释模型。
The result shows that such a model adaptable to the local fields can be set up easily only if the core analysis data and log data are qualified.
表明开展低孔隙度低渗透率储层的岩石物理实验，对于建立测井解释模型，进而评价该类储层，具有重要的研究价值。
It indicates that core experiments of petrophysical parameters for low porosity and permeability reservoir are important in establishing logging interpretation models and formation evaluation.
因此，低渗透储集层的测井解释模型要针对不同的储集层类型建立模型，其核心问题是利用测井资料进行低渗透储集层类型的识别。
Therefore the log interpretation model should be set up in consideration of the different reservoir types and its key problem is to identify the low permeability reservoir type by use of log data.
并结合建模软件建立储层沉积微相模型，实现了测井解释成果的定量化应用。
It establishes reservoir microfacies using modeling software to realize quantitative application of well logging interpretation.
多矿物模型分析的最优化解释能采用多种测井信息和多种模型来研究和评价复杂油气层。
The multi minerals model analysis of optimization explanation can study and evaluate complex hydrocarbon reservoir adopting a great of logging formation and many kinds of models.
通过所建模型在某气田低孔隙度低渗透率储层测井解释中的实际应用，取得了满意的效果。
The actual application of these models to some gas reservoirs with low porosity and permeability has proved their reliability and satisfaction in logging interpretation.
通过对火山岩储层的系统研究，初步建立火山岩的评价方法，建立火山岩的测井、地震等解释模型。
Through the study of igneous rock reservoir, this paper founded the methods of evaluation and interpretation model specially for igneous reservoir.
反演依靠一维合成声波测井的结果，以地震地质解释的成果为约束，顺层横向递推形成初始波阻抗模型。
Combined with the result of one dimensional synthetic acoustic curve and seismic geological interpretation, comprehensive constrained inversion forms primitive impedance model along with layers.
其中测井反演不仅提供用于地质解释的参数，还把它作为宽带约束反演的初始模型及约束条件；
The well-log inversion results can not only provide parameters for geological interpretation, but also be used as the initial-model and constrained condition of broadband-constrained inversion.
所建立的测井二次解释模型的解释精度可满足储量套改的要求。
The interpretation precision of the formed secondary interpretation models may meet the demands of reserve standard exchange.
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。
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.
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。
A theoretical model is established for interpreting production well logging data in horizontal Wells and its principle is denoted.
应用扩散双电层原理和最新测井方法，研究有效和有针对性的定量评价和解释模型；
This paper uses the diffuse electric double layer theory and the latest logging method to study the effective and targeted quantitative evaluation and interpretation model.
从自然电位测井原理出发建立压力解释数学模型；
The pressure interpretation mathematical model is established based on the theory of spontaneous potential logging;
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。
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.
因此，利用核磁测井资料建立了束缚水饱和度模型，形成了低阻油层的解释方法及标准，在实际应用中见到了较好的效果。
So nuclear magnetic image logging data is used to make the model of bound water saturation, it is a method and standard of explaining the low resistivity oil zone. The …
然后，采用克里金模型和断裂力学模拟系统，综合构造和成像测井裂缝解释资料，构建多场趋势克里金估计模拟模型。
Then, by integrating the Kriging system and fracture simulation system and using structure and imaging logging data, we constructed an multi-field Kriging estimation model.
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。
Archie formula is established theoretically in clean sandstone model and applied to various reservoirs. It is the fundamentals of log interpretation.
地层水电阻率是测井解释中一个极其重要的参数，以纯地层条件推导的用于确定地层水电阻率的自然电位理论模型不适合泥质砂岩地层。
The therical water saturation model in shaly sandstone is derived from HB equation under the consideration of many factors that affect the reservoir conductance.
将这两个公式应用于测井解释，对解释泥质砂岩的双水模型作了有效的改进。
The data of experiment for shaly sands have computed with new function. The results show that the accuracy of the new function is higher than the "dual water" model function.
从此组成模型出发，用以“岩心刻度测井”为主的解释方法，对煤层气储层的灰分、含气量和渗透率等储层参数进行了实测解释分析。
Starting from component model, using interpretation method mainly as "Core Scale Logging", the ash, gas content and permeability and so forth parameters of coalbed gas reservoir were m…
从此组成模型出发，用以“岩心刻度测井”为主的解释方法，对煤层气储层的灰分、含气量和渗透率等储层参数进行了实测解释分析。
Starting from component model, using interpretation method mainly as "Core Scale Logging", the ash, gas content and permeability and so forth parameters of coalbed ga...
从此组成模型出发，用以“岩心刻度测井”为主的解释方法，对煤层气储层的灰分、含气量和渗透率等储层参数进行了实测解释分析。
Starting from component model, using interpretation method mainly as "Core Scale Logging", the ash, gas content and permeability and so forth parameters of coalbed ga...
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