单一分形在测井解释方面已有许多应用。
There are many applications of fractals in logging interpretation.
测井解释方法是发现油气层的有效手段。
Log interpretation methods are the effective means of discovering oil and gas reservoirs.
测井解释能对灰分、铁、硅和铝含量作出评估。
Logging interpretation can estimate ash, Fe, Si and al contents in the coal seam.
氧活化测井解释的关键是确定各测点的水流速度。
The key of oxygen activation logging interpretation was water-flow velocity which determined every measuring point.
油气储集层是测井解释与评价中的主要研究对象。
Oil and gas reservoir is the major research target in log interpretation and evaluation.
裂缝的有效性是裂缝性油气藏测井解释的难点之一。
The fracture effectivity evaluation is one of the most difficult problems in well logging interpretation.
以往的测井解释方法对于复杂储集空间储层已不适用。
Previous logging interpretation methods are no more suitable to the complex accumulated space reservoirs.
地层岩性和储层类型识别是测井解释地层压力的地质基础。
Stratum lithology and reservoir type recognitions are the geological foundation to explain the formation pressure by using logging data.
这一方法既可用于生产测井解释，亦可用于油藏动态分析。
This method can be used for either production logging interpretation or reservoir dynamic analysis.
目前，准确识别油水层仍然是大庆油田测井解释的难题之一。
To identify oil and water layers accurately is now still a problem in well logging interpretation in Daqing Oilfield.
当地层水电阻率低而使电阻率测井解释困难时，便认为是淡水。
Water is considered fresh when its low conductivity makes the interpretation of resistivity logs difficult.
但是，火成岩的常规测井解释至今没有一套成熟而有效的方法。
But, the valid methods for igneous rock interpretation from common well logs have not been found up to now.
该方法的应用有效地提高了川西致密低渗透储层的测井解释精度。
Application of this method increased the accuracy of logging interpretation in low permeability tight reservoirs in Chuanxi depression.
同时，可以指导现场测井解释工作，进一步提高测井解释符合率。
At the same time, it may instruct logging interpretative work in the field, and further improve the accordance rate of logging interpretation.
合理的选择测井系列，能够有效的改善测井效果，提高测井解释精度。
To select logging suite reasonably can improve the logging data and be helpful to the logging interpretation.
脉冲氧活化水流速度测井解释的关键是准确求解时间谱上水流信号的峰位。
One of the important steps concerning data interpretation of impulse oxygen activation water-flow logging was to accurately locate the peak position in the time spectrum.
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.
如何可靠地确定油气水物性参数，这一直是生产测井解释中的一个关键问题。
How to correctly determine the physical parameters of oil, gas and water has been a key problem in production logging interpretation.
测井解释成果已应用于储量计算及油田开发工作中，取得了良好的经济效益。
This logging interpretation result has been applied in calculation of the reserve and oil field development, producing good economic results.
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。
Logging data play an important part in geologic study, but there are some differences between log interpretation and geologic application.
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.
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。
Calculation methods and formulae of porosity, permeability, shale content and oil saturation are given in the part of 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。
It is used for multi parameter and nonlinear optimized data processing in log interpretation.
准确求取流体的真实流动速度是确定油水各相分层流量及产液剖面测井解释的关键。
Accurately deriving the true liquid flow velocity is the key for determining the stratification flow rate of oil and water and logging interpretation of liquid producing profile.
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.
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。
It is very difficult to calculate this parameter from point by point conventional log interpretation for the layers in a single well section.
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.
通过对波阻抗数据和测井解释资料的分析，建立起波阻抗数据与储层参数的相关关系。
Through analyzing the wave impedance data and logging interpretation data, the relations of the former to the reservoir parameters were established.
随着吐哈盆地勘探的进一步深入，低孔、低渗储层是测井解释和储层评价的一个难题。
With the further exploration of Tuha basin, one difficult problem is logging interpretation and reservoir evaluation for low porosity and low permeability reservoir.
随着吐哈盆地勘探的进一步深入，低孔、低渗储层是测井解释和储层评价的一个难题。
With the further exploration of Tuha basin, one difficult problem is logging interpretation and reservoir evaluation for low porosity and low permeability reservoir.
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