因此如何利用低测井成本方法识别裂缝，是能否提高碳酸盐岩油田开发能力的重要途径。
So the primary way to improve exploited potential is how to use low logging cost method to identify fractures in carbonate reservoir.
裂缝性储层流体类型识别一直是测井界亟待解决的难题。
Fluid type identification of fracture reservoir is a worldwide difficult problem.
本文基于人工神经网络理论，开展了常规测井资料识别评价裂缝的研究。
Based on artificial neural network theory, using routine logging data in fracture identification is studied.
通过岩心刻度测井的方法，开展了岩性识别、定量计算裂缝参数等基础研究。
With the help of core scale logging method, the basic study is conducted to identify the lithologic character and quantitatively calculate the parameters of fractures.
一方面裂缝性储层具有岩性复杂、储集类型多样、物性变化大和非均质性强等特点，因而其测井解释和流体类型识别要复杂和困难得多。
On the one hand, it is is very complex and difficult to identify fluid type of fracture reservoir because of its complex lithology, various reservoir types and heterogeneity.
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.
声电成像测井作为测井新技术，可以应用于地层裂缝识别、地应力分析、构造识别等方面。
As a new technology, acoustic and electric imaging well logging can be applied to formation fracture identification, ground stress analysis and structure identification, etc.
用测井方法识别致密储层中的裂缝是目前最常用、最有效的方法。
It is the most widely used and the most efficient method for identifying fractures in tight reservoirs by logging analysis.
该测井识别方法简单、实用，可有效识别岩石类型、裂缝发育带以及裂缝产状，具有一定的推广应用价值。
This logging method is simple and practical, can effectively recognize rock type, fracture developed zone and fracture occurrence, and is worth of spreading.
从测井资料中提取与裂缝有较好相关性的响应参数作为识别裂缝样本的组成部分。
The response parameters, which have good relation with fracture, were taken as the part of identification for fracture samples.
对仪器信号的影响因素及其测井应用进行了分析，指出了仪器的适用条件，阐述了其在射孔和裂缝识别以及固井质量评价中的作用。
It also points out the adaptive condition of this tool, and tells about the role in perforating, fracture-distinguishing and cementing quality of Wells.
经岩心分析与成像测井资料仔细对比，建立起裂缝在成像测井资料上的识别方法。
Contrast with the core analysis and the material of imaging logging carefully, the identification for fracture was set up in the imaging logging field.
经岩心分析与成像测井资料仔细对比，建立起裂缝在成像测井资料上的识别方法。
Contrast with the core analysis and the material of imaging logging carefully, the identification for fracture was set up in the imaging logging field.
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