该仪器为工程测井提供了新的手段。
本文从两个方面阐述了工程测井技术在油田开发中有关套管损坏方面的应用。
This paper presents the application of engineering logging technology in inspection of casing damage in oilfield development from two aspects.
这里介绍JGS - 1智能工程测井系统硬件、软件系统的组成、主要技术指标及野外应用。
This paper presents the composition of the hardware, software, main technique parameters and field applications of JGS-1 intelligent engineering well logging system.
对油水井套管损伤情况的检测是工程测井的主要内容之一，36臂成像井径测井能较准确判断套管弯曲、变径、变形等情况。
It is one of main content for engineering to estimate effect of casing damage. Technology of 36-finger image caliper can judge bend, changing diameter, distortion of casing.
俄罗斯EMDS -TM -4 2E电磁探伤测井仪是一种检测管柱损坏状况的工程测井仪，可过油管测量，主要描述油管套管的变形、裂缝等参数。
The EMDS-TM-42E gamma-electromagnetic defectoscope imported from Russia is an engineering logging tool to inspect casing damages and is used through tubing.
测井超越了通常在地质、地球物理和石油工程中划定的界线。
Well logging transcends the boundaries ordinarily established between geology, geophysics, and petroleum engineering.
广西地质测井中心利用综合物探方法对场地的水文地质、工程地质和环境地质进行勘察评价。
Guangxi geology well logging centre used comprehensive geophysical prospecting method to survey and evaluate the conditions of hydrogeology, engineering geology and environmental geology.
钻孔成像测井技术在油气勘探中已经发挥了重要的作用，然而在工程中的应用尚处在探索阶段。
Imaging well log technique has played an important role in oil and gas exploration, but its application in construction engineering is still in its initial testing phase.
该系统以其强大的功能，可广泛用于地质勘探、煤田测井、浅井石油勘探、工程地质勘探等各个领域。
For its powerful functions, the system can be widely applied to geological exploration, coal field well logging, shallow oil-well exploration, engineering geological exploration and so on.
讲解了测井类勘探数据库的实际建库过程及工程数据库在石油测井行业的具体应用；
Detailed are the construction procedures of exploration database in logging types and applications of engineering database in petroleum logging field.
近年来，声波全波列测井在理论和仪器原理上已经成熟，正被广泛应用在固体矿产测井及工程勘查设计中。
In recent years, the sonic full wave well-logging technique is widely using for solid mine well-logging and engineering prospecting with its maturing both in theory and instrument.
水平井钻井的地质导向是随钻测井的重要工程应用。
Geosteering drilling in horizontal well by logging is an important application of LWD.
随钻测井已成为油田工程技术服务的主体技术之一，其业务收入和工作量快速增长。
Currently, LWD has become one of the primary oilfield engineering service technologies, its amount of jobs and business revenue are increasing fast.
因此，长期以来油藏地质学家和工程师一直把电阻率测井用于识别岩石类型，描绘孔隙流体变化和确定完井特征。
Therefore, resistivity logs have long been used by reservoir geologists and engineers to identify rock types, describe the variations of pore fluid and determine well completion characteristics.
在测井过程中，测井工程师对所测量的曲线作机械性移动或者电移动。
The mechanical or electrical displacement of a curve on a well log by a logging engineer during a wireline survey.
研究和应用水平井钻井的测井地质导向技术是确保水平井成功开发油藏的一项十分重要的工程技术。
Research and application logging geosteering technique of horizontal well drilling has been a very important project technique for successful drilling horizontal well.
应该综合运用地质、地震、测井、油藏工程、油藏数值模拟等多学科知识进行研究，以提高剩余油饱和度的预测精度。
The integration of geology, seismology, logging, reservoir engineering and reservoir simulation is favorable for enhancing the prediction accuracy of remaining oil saturation.
VPI接口的工程绘图仪在地震资料与测井资料数据处理中使用广泛，但它们无法在微机WINDOWS操作系统下联机驱动。
The project graph plotter with a VPI interface is widely used in seismetic data processing and logging data processing. But microcomputer cannot drive it under WINDOWS operation system.
文中介绍了该测井项目在钻井工程中的应用。
The paper introduces the application of RFT data in drilling engineering.
本文所建立的数学模型，综合了实验数据及现场测井数据，将对钻井工程中的钻头选型、参数优化及技术决策等具有一定的指导意义。
In this paper, these models that combine experimental data and field logging data, will be helpful to guide the drill bits selection, parameter optimization and technical decision in drilling.
测井资料在油气钻井工程中的应用正日益拓宽。
The application of Well logging data in drilling engineering is being used widely.
在此基础上，再研究井壁超热中子时间谱测井仪或井壁超热中子测井仪的工程参数。
The Monte Carlo calculating software packet was developed for wall epithermal neutron time-spectrometry logging on the basis of MCNP.
在此基础上，再研究井壁超热中子时间谱测井仪或井壁超热中子测井仪的工程参数。
The Monte Carlo calculating software packet was developed for wall epithermal neutron time-spectrometry logging on the basis of MCNP.
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