接着做出储层分类，对储层进行综合评价。
Then makes the reservoir classification, carries on the quality synthetic evaluation to the reservoir.
鄂尔多斯盆地；苏里格气田；苏48区块；储层特征；主河道；储层分类评价。
Ordos Basin; Sulige gas field; The well-su 48 area; reservoir characteristics; main channel; classification and evaluation of reservoir.
探索了用地层倾角、长源距声波、电阻率、三孔隙度及蚀变系数识别储集空间类型以及对储层分类的方法；
The methods to identify the types of reservoir by using such parameters as dipmeter, long space sonic, resistivity, porosity and alteration factor are studied.
最后，应用试验区分析化验、试油和生产资料，建立储层质量评价的电性分类标准。
It establishes electrical property classification criteria of reservoir quality evaluation by using assaying, test and production information in the paper.
该方法不仅可以综合定量地评价储层产能的分类，还可以通过关联度给出评价结果的可靠程度。
The method can not only quantitatively evaluate the classification of reservoir′s production capacity, but also give the reliability of evaluation results by relation degree.
该方法操作步骤包括横波速度预测、流体替换、属性优选、属性分类和储层预测等。
The prediction method includes five sequential steps of shear wave velocity estimation, fluid substitution, attribute optimization, attribute classification and reservoir prediction.
针对大港油田孔南地区孔一段冲积环境储层，开展了流动单元划分参数筛选和流动单元分类方法研究。
Parameter screening and classification method of flow unit were studied in alluvial environment in Kong 1 member in Kongnan area of Dagang oilfield.
进一步对油层进行分类，有针对性地为油层压裂提供施工层位和准确的储层参数。
Oil bearing layers are classified in order to provide fracturing layer of interest and accurate reservoir parameters.
并结合测井储层解释对储层进行分类评价和分布预测，最终提出有利勘探分布区。
Combimning the well logging interpretation, the reservoir was classified and evaluated, favorable blocks for eXploration were pointed out.
流花19 - 5气藏按气藏分类标准为高孔高渗气藏，储层岩石成岩性较差，具有中等压实。
Liuhua 19-5 gas field belongs to high porosity and permeability reservoir, poor lithology, medium or not strong compaction.
根据P油田储层物性分类原则，该储层在本区分布较为广泛，是今后挖潜的重点。
According to petrophysical property classification principle of this oilfield, such reservoir occurs extensively in this area, and is the focal target of future potential tapping.
以井点分析为基础，利用核磁共振测井等资料，对埕东油田埕913断决沙三段储层岩石进行分类；
Types of reservoir rocks in Sha 3 formation of fault block Cheng 913 in Chengdong oilfield are classified on basis of well point analysis by using data of nuclear magnetic resonance;
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.
在此基础上，对储层作了分类评价。
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.
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.
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