电成像测井是青西油田最重要的测井项目。
The electric imaging logging is the most important logging item in Qingxi oilfield.
介绍了36臂井径成像测井仪器、解释方法，并给出测井实例。
The article introduces logging instrument of 36-finger image caliper and interpretation method and also gives examples.
在超声电视成像测井仪器中，磁通门传感器用于确定图像的方位。
The fluxgate sensor of supersonic TV imaging logging tool was used to determine the position of image.
文章介绍了32臂井径成像测井仪的结构、测量原理和技术特点。
Structure, measurement principle and technical features of the 32-finger imaging caliper logging unit were introduced in the paper.
电视成像测井测试精度高，费用低，有较强的适应性，应用前景广阔。
Television imaging logging technique has the advantages of high accuracy, low cost and extensive applicability, thus has bright application prospect.
先进的均衡技术可提高电缆的传输速率，以满足成像测井系统的需要。
An advanced equalization algorithm can increase cable transmission rate so as to meet the need of imaging logging system.
成像测井对于评价碳酸盐岩储层地质特征有很好的效果，但成本较高。
Imaging logs have good effect in evaluating the geological characteristics of subsurface carbonate reservoirs, but their cost is high.
研制了一种与成像测井高速遥传系统配接的高性能自然伽马能谱测井仪。
A high performance natural gamma-ray spectrometry logging tool is developed, and it is designed for the high-speed telemetry system of image logging unit.
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.
ALD成像测井可以揭示井眼形状特征，例如井眼螺旋以及应力诱导裂缝。
ALD image logs reveal borehole shape features such as hole spiraling and stress-induced breakout.
成像测井是继数控测井技术以后新一代的测井技术，是一门多学科的综合技术。
Imaging well logging is a new generation of technology after direct digital logging. It is an integrated multidisciplinary technology.
同时也讨论了EMI成像测井资料在沉积相展布和演化及物源方向的研究中应用。
Also, the application of EMI image logging data to the distribution and evolution of sedimentary facies and the source direction of the target zone is discussed.
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.
在定量评价方面，主要是采用双侧向测井幅度差和成像测井方法来估算裂缝参数。
In the quantitative evaluation, estimation fracture parameters mainly by dual lateral logging magnitude difference and image logging.
介绍了成像测井地面仪中的DSP数据采集板的构成、工作原理、技术指标和应用。
This article introduces the architecture, operation theory, specifications and application of DSP digital collection board in the imaging logging surface instrument.
本文利用常规及成像测井资料，对碳酸盐岩缝洞型储层的识别与评价方法进行研究。
Methods of well logging evaluation and identification for carbonate reservoirs with fracture and vug are researched in this paper by using conventional logs and imaging logs.
该仪器由组合式井斜方位多功能测井仪和MSC-36多臂井径成像测井仪组合而成。
The tool consists of a Combined Inclination Azimuth Multi-function Logging Tool and a MSC 36-Arm Caliper Imaging Logging Tool.
用BP网络建立识别储集类型模型，识别结果与成像测井识别结果和岩心分析结果吻合。
The BP neural network based reservoir model provides the same result as that of FMI and core analysis.
超声波成像测井仪通过改善成像质量和分辨率，较好地满足了各种套管井复杂情况的需要。
Ultrasonic imaging well logging tool satisfies the needs of all kinds of complex situations of casing well through improving imaging quality and resolution.
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.
全井眼微电阻率扫描成像测井(简称fmi)是斯伦贝谢公司最为先进的成像测井技术之一。
Full - bore Micro resistivity Scanner Imager (FMI) is one of the most advanced image logging techniques of Schlumberger.
全井眼微电阻率扫描成像测井(简称fmi)是斯伦贝谢公司最为先进的成像测井技术之一。
Fullbore Microscan Imager (FMI) is one of the most advanced logging methods and made by Schlumberger Company.
联合使用成像测井分析结果、岩性分类和多井对比等方法，提高了测井解释精度和解释符合率。
The accuracy and coincidence rate of log interpretation are improved by jointly using the analysis results of imaging logging, lithologic classification and multi-well comparison, etc.
自投放市场以来，它在诸多方面取得了良好的地质效果，已成为应用最为广泛的成像测井方法。
FMI has got good geologic effect since being put on the market and has become the most widely used image logging method.
成像测井通过研究不断完善、进步，将成为主流测井技术，在油气勘探开发中发挥重要的作用。
Through further researches imaging well logging will be perfect and pre - dominate in well logging technologies. It will play an important role in oil and gas exploration and development.
成像测井系列中的偶极子声波测井和微电阻率扫描成像测井为地应力研究提供了丰富的基础数据。
The imaging logging series such as dipole acoustic log and micro - resistivity scanning imaging log, etc. provides abundant basic data for the research of stress.
采用误差抖动分散算法在成像测井系统上实现了实时绘制伪灰度的成像图，提高了成像图的质量。
With the use of error distribution algorithm in imaging logging system, imaging logging result in gray scale can be plot in realtime and the quality of the images is perfect.
采用误差抖动分散算法在成像测井系统上实现了实时绘制伪灰度的成像图，提高了成像图的质量。
With the use of error distribution algorithm in imaging logging system, imaging logging result in gray scale can be plot in realtime and the quality of the images is perfect.
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