结果表明，气测资料与储层含油气性具有较强的相关性。
The results show that there is a noticeable correlativity between gas logging data and oil-bearing reservoirs.
在砂体发育预测的基础上，对工区的含油气性进行了检测。
On the basis of reservoir prediction, we also examined the hydrocarbon potential of this area.
储集层孔隙度和电阻率曲线间微差信号蕴涵着含油气性信息。
The information of petroliferous reservoir is contained in the differential signals between the resistivity and porosity curves of reservoirs.
井中油气化探资料在构造含油气性评价中具有重要的参考作用。
Data from well geochemical exploration play an important referential role in hydrocarbon-bearing evaluation of structure.
局部构造的特征，决定着其含油气性，是形成构造油气藏的基础。
The geological features of these structures are the controlling factors in the accumulation of Oil and gas to form commencial reservoirs.
经过改进的含油气性预测方法，适用于结构复杂和油气藏形成期长的古老地层。
This important method for prediction of petroliferous property is suitable to predicting the ancient formation with complicated textures and petroleum reservoirs that shaped for a long period.
实例研究表明，人工神经网络法性能良好，是一种岩石含油气性评价的有效方法。
The case study indicates that the method of artificial neural networks has good performance and is an effective way to evaluate the oil prospects of rocks.
地震储集层预测的基本内容可以归结为岩相预测、岩性预测、物性预测及含油气性预测。
The basic content of seismic reservoir prediction covers a large prediction range from petrofacies, lithology, petrophysics, to oil and gas distribution.
在岩性油气藏勘探阶段，地震属性分析在很大程度上应用于储集体储集性能和含油气性评价。
In lithological reservoir exploration stage, the seismic attributes analysis mainly focuses on the storage capability and oil-gas-bearing possibility.
在松辽盆地北部某地区应用该技术预测含油气性，成功率达90 %左右，说明该方法的应用效果良好。
Forecast in Songliao basin indicates that this technology's success ratio is about 90%, and it has good application result.
QGF - E技术在油气族群、储层含油气性、油气运移路径与油层识别等方面具有广泛的应用前景。
This study shows good prospect of the TSF and QGF-E techniques in discriminating oil group, evaluating maturity and identifying oil migration pathway as well as paleo-oil layer.
模糊综合评判在圈闭、区带等含油气性有利区预测及其优劣程度进行定量分析评价中发挥着非常重要的作用。
Fuzzy comprehensive estimation plays an important role in predicting favorite oil and gas-bearing regions and analyzing quantitatively their quality order in trap.
储层孔隙度和电阻率曲线间微差形态波形的复杂程度隐含着储层含油气性的信息，可以用混沌动力学系统加以刻划。
Differential waveform complexity between resistivity and porosity curves of reservoir often contains information of petroliferous reservoir, which can be described by the chaotic dynamics.
这种含油气性预测方法是建立在综合地层、构造、岩性-岩相、地球化学和本文地质指标和对每种指标进行评价的基础上的。
This method is based on the comprehensive indexes, such as strata, structure, lithology-lithofacies, geochemistry and hydrogeology, and evaluations of these indexes.
根据研究区油气藏形成的主导因素，可确定出反向屋脊断块油气藏、逆牵引油气藏等九种油气藏类型，它们具有各自的展布特征和含油气性。
In the light of the major controlling factors of pool formation, 9 types of pools which possess specific distribution features and oil-bearing strata are identified.
根据研究区油气藏形成的主导因素，可确定出反向屋脊断块油气藏、逆牵引油气藏等九种油气藏类型，它们具有各自的展布特征和含油气性。
In the light of the major controlling factors of pool formation, 9 types of pools which possess specific distribution features and oil-bearing strata are identified.
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