核磁共振实验是利用核磁共振测井进行储集层评价的物理基础。
The NMR experiment is the physical basis of the interpretation of NMR data in evaluating reservoirs.
最后通过测井信息的处理，给出相应的储集层评价成果数据和成果图。
And finally, after the process of well-logging information, some outcome data and outcome figures for evaluation of reservoir will be show.
研究表明，利用测井资料评价岩石物理相是储集层评价的重要手段之一。
Study shows that using well log data for appraisal of petrophysical facies is one of an important tool to evaluate reservoir quality.
NLT A中子寿命测井仪是用于储集层评价、油层动态监测等生产测井领域的新型测井仪器。
NLT-A Neutron Lifetime logging tool is a new logging tool which is used to evaluate the reservoir and monitor the reservoir behavior.
罗家地区砂砾岩体规模大、厚度大、岩石结构复杂、储集层非均质性强，储集层评价有很高的难度。
Reservoir evaluation is very difficult in Luojia area for thick, large? Scale glutenite body, complex structure of the rock and strong heterogeneity of reservoirs.
该方法在松辽盆地深层天然气井储集层评价中取得了比较理想的效果，通过典型实例验证了该方法的可行性。
The method got an ideal effect while it was used in the evaluation of the deep gas well reservoir in Songliao Basin, and the feasibility of the method was verified by typical examples.
本设计使用Windows应用程序开发软件VisualBasic6.0来开发测井信息处理软件，从而最终形成储集层评价系统。
This design uses Windows application program development software-Visual Basic6.0. And ultimately form an evaluating system for reservoir.
本毕业设计的主要目的是通过开发测井信息计算机处理软件来评价储集层的基本特性。
The main aim of this design is evaluate the fundamental characteristics of reservoir, through developing software of computer processing for well logging.
双侧向测井被认为是目前常规测井中进行储集层裂缝识别和评价的最有效的测井方法之一。
Among the conventional well loggings, the dual laterolog is considered as one of the most effective methods of the identification and evaluation of fractures.
因此，在碳酸盐岩区进行油气勘探与开发时，对研究与评价储集层乃是有用的手段之一。
Therefore it is one of the useful method for studying and evaluating the reservoir in carbonate rocks during oil and gas exploration and development.
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.
结果表明，用测井数据可以进行油、水相对渗透率的计算，并且完全满足评价储集层的产液情况。
It is showed that well logging data can be used to calculate oil and water relative permeability that can satisfy produced fluid types of evaluating reservoir.
辽河油田粗面岩油气藏比较发育，但储集层的均质性较差，增加了对其评价的难度。
Trachyte reservoir of Liaohe Oilfield are fairly developed, but its homogeneity is poor, thus adding difficulties to the evaluation.
裂缝性储层储集类型评价是储层综合评价的重要研究内容。
Evaluating fractured reservoir types is a main content of formation comprehensive evaluation.
在此基础上，对研究区进行了评价，划分了有利储层发育带及有利含气储集带。
On that basis, the study area is evaluated and the favorable reservoir zone and gas accumulation zone are determined.
罗151火成岩油气藏岩性复杂、储集空间多样、非均质性强，储层评价困难。
Igneous reservoirs around well Luo 151 are featured by complex lithology, various storage space and strong heterogeneity.
实际上，在任何一个地区无论纵向上还是横向上，岩石矿物成分总要发生变化，因此确定岩石矿物成分是测井评价储集层过程中的一项重要工作。
In fact, in any area, the rock mineralogical composition always varies vertically and lateral - ly, hence, the identification of it is a important part of work in reservoir logging evaluation.
因此，用此类轻烃参数评价储集层性质和已开发油层的水洗、水淹程度更有说服力。
So it is very convincing to use such light hydrocarbon parameters to evaluate reservoir characteristics and water washed and water flooded degree of developed oil layers.
再根据砂层分布规律和构造特征进行储集层的预测和油气圈闭评价。
Finally, we can predict the reservoir and evaluate the oil-gas trap in the light of the sandstone distribution and geological structure.
在储层研究中，最关键的环节是采用聚集期孔隙评价储集层。
The most key link is to evaluate reservoir by porosity of reservoir-accumulation stage in the reservoir research.
在此基础上，探讨了储层演化的主控因素，对储层进行分类评价，并结合地震属性反演预测了有利储集区的分布范围。
On this basis, we discussed main factors of the reservoir evolution and evaluated reservoir, then predicted the advantageous regions combining with seismic attribute inversion.
最后对白云岩储层进行了分类评价，指出了有利储集区带的分布。
In the end, it evaluates dolomite rock reservior and points out the distribution of favorable reservoir zone.
目的指明有利的火山岩储集相带及储集空间 ，进行储层评价。
Purpose To point out favorable igneous accumulation faces tract and space so as to evaluate general formation.
该方法可实现对储集层的整体评价，在此基础上，可优选出储层的最佳有效部位或油气富集带。
Based on the appraisal. The best effective plane of reservoir or the rich reservoir space can be found. The demonstration of some practical examples shows that the reservoir plane comprehens…
该方法可实现对储集层的整体评价，在此基础上，可优选出储层的最佳有效部位或油气富集带。
Based on the appraisal. The best effective plane of reservoir or the rich reservoir space can be found. The demonstration of some practical examples shows that the reservoir plane comprehens…
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