This paper proposes a method for determining gas-water contact with well logs.
本文首次提出了利用测井资料确定气水界面的方法。
Detailed studies of a number of core sections, well logs and seismic data of the Biyang depression reveal that the depression had a special construction style and forming mechanism.
在深入研究泌阳凹陷大量岩心、测井和地震资料的基础上，证实泌阳凹陷具有独特的盆地结构样式和形成机制。
The stratigraphic structure can be learned according to electric well logs.
根据电测井曲线可以了解地层构造。
But, the valid methods for igneous rock interpretation from common well logs have not been found up to now.
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。
The petrophysical parameters and seismic response models of He 8 formation were created by rebuilding the well logs.
通过测井曲线重构，建立了盒8地层岩石物理参数及其地震响应模型。
The characteristic parameters of sedimentary microfacies are extracted by using well logs and geological parameter curves.
本文利用多种测井曲线及其计算的地质参数曲线提取反映沉积微相的特征参数。
Correlation of seismic picks to geologic picks, such as formation tops interpreted from well logs, can improve interpretations.
将地震特征与地质特征(如根据测井记录解释出的构造顶部)相关，可以改善解释成果。
Algal limestone reservoirs appear to have relatively high gamma ray value in well logs and strong reflectance signatures in seismic profiles.
藻灰岩储层在测井曲线上显示出较高的自然伽马值，在地震剖面上表现为强反射特征。
The main purpose of this thesis is to identify oil and gas layers in the igneous reservoirs by using the neural network based on the common well logs.
本文研究的主要目的是：以常规测井资料为基础，应用神经网络技术来识别火成岩储层中的油气水层。
The detailed sequence stratigraphic research about Cambrian-Ordovician in Awati depression has been done on the basis of the outcrop sections and the well logs.
在露头和单井层序地层分析的基础上，为了更好地探讨研究区寒武-奥陶纪地层的时空展布，从北往南进行了多条露头和连井剖面的对比分析。
By directly measuring the acoustic velocity of each formation encountered in a well, the well logs and borehole seismic data can be correlated to surface seismic data more easily.
通过直接测量井中每一地层的声速度，测井记录和井中地震数据可以更容易地和地表地震数据联系起来。
By directly measuring the acoustic velocity of each formation encountered in a well, the well logs and borehole seismic data can be correlated to surface seismic data more easily.
通过直接测量井中每一地层的声速度，测井记录和井中地震数据可以更容易地和地表地震数据联系起来。
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