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.
利用构造曲率、断层数据结合成像测井、岩心描述等数据，可以对裂缝的区域分布、发育密度等进行研究。
The regional distributions and the development density of fracture are studied by the data such as tectonic curvature, fault data associated with image logging and core description.
本文主要介绍利用岩心成像扫描仪对岩心进行扫描，来标定成像测井计算的裂缝、孔洞七参数的方法。
This article mostly introduces a method with which seven parameters of fractures and vugs can be calculated by imaging well logging through scanning rock core with imaging scanner.
介绍了利用从偶极声波成像测井资料中提取的斯通·利波和横波各向异性，对火成岩裂缝的有效性进行评价的原理和方法。
Introduced are principle and method of applying Stoneley wave and the anisotropy of shear wave picked from the dipole shear wave image logging to evaluate the fracture effectivity of igneous rock.
在大量观察岩心资料并对裂缝特征进行详细描述的基础上，对测井曲线进行岩心标定。
Through investigating a large amount of core data, the characteristics of fractures were described and recorded as log curves in detail.
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.
利用纵波和横波的衰减确定裂缝位置的一种声波测井方法。
An acoustic log that USES the attenuation of compressional and shear waves to locate fractures.
充分考虑到碳酸盐岩剖面孔隙性地层和裂缝性地层中岩石抗张强度对地层破裂的影响，建立了地层破裂压力测井计算模型。
The effects that the rock tensile strength is in pore formation and the fracture formation are sufficiently considered, the formation fracture pressure is established.
利用岩心分析、测井、地震、薄片分析等静态描述手段测试并计算了基质的孔隙度和渗透率，得到裂缝的宽度、密度和方位等参数。
The porosity and permeability of matrix, and the width, density and direction parameters of fractures were obtained by core analysis, well logging, seism and thin section observation methods.
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.
声波全波列测井中的反射纵波可以用来评价高角度裂缝和对井周附近地质结构进行成像。
The reflected compressional waves of the full waveform acoustic logging can be used to evaluate fractures with high dips and image the near borehole geological structure.
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.
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.
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.
潜山储层声波测井能够指示裂缝，但基本不能描述裂缝尺度。
Sonic log of buried-hill reservoirs is able to indicate the existence of fractures, but it is generally incapable of describing the fracture scale.
超声电视成像测井仪器可用于测量裸眼井壁的裂缝、塌陷和孔洞发育状况。
The Supersonic TV imaging logging tool is used to measure the cracks of the open hole.
利用岩心描述、微裂缝电镜扫描、裂缝包裹体测试、地层倾角测井等多项资料对歧北地区下第三系深层碎屑岩储层裂缝进行分析。
Fractures in deep Eogene clastic rock of Qibei area has been analyzed through core description, scanning micro fissures by electron microscope, testing fracture wrap, and stratigraphic dip logging.
利用地表露头、岩心、薄片和成像测井等资料，对该区裂缝的成因类型、分布特征及其形成序列进行了分析。
Using the data of outcrops, cores, thin sections and image logs, we analyzed the fracture origin types, distribution characteristics and formation sequences.
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.
地震、钻井和成像测井资料的研究表明，潜山带油气藏类型主要有潜山风化壳型和内幕型两类，储集空间以裂缝、溶洞为主。
The seismic, drilling and logging data shows that types of the reservoirs can be divided into crust and inside hill, the reservoir space are mainly fracture and solution cavity.
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.
裂缝的有效性是裂缝性油气藏测井解释的难点之一。
The fracture effectivity evaluation is one of the most difficult problems in well logging interpretation.
利用岩心、测井资料对裂缝进行了描述，并以此为约束条件，应用裂缝预测软件预测裂缝发育区。
Using the data of coring and longing, it described the fracture, and use it as restriction, it forecast the fracture developing place by fracture forecasting software.
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.
据岩心观察、成像测井和薄片鉴定，将裂缝分为4种类型：微裂缝、斜交裂缝、高角度裂缝和网状裂缝。
The core observation, image logging and thin section examination show that the fractures could be classified into 4 types: micro-fractures, bevel fractures, high Angle fractures and map fractures.
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.
另外，为了准确计算地质储量，对狮35井区的裂缝性储层进行精细的测井解释就显得非常迫切。
Moreover, it is urgent for accurate geological reserves to carry on the fine logging interpretation on the fractured reservoir of Shi 35 well field.
另外，为了准确计算地质储量，对狮35井区的裂缝性储层进行精细的测井解释就显得非常迫切。
Moreover, it is urgent for accurate geological reserves to carry on the fine logging interpretation on the fractured reservoir of Shi 35 well field.
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