Application of18 in the promotion arm caliper logging imaging technology in the process, improve the image of18-arm caliper logging tools structure; 在推广应用十八臂井径成像测井技术过程中,改进了十八臂井径成像测井仪器结构;
Design of 3D Imaging System for Multi-arm Caliper Logging Tool Based on OpenGL 基于OpenGL的多臂井径仪三维成像系统的设计
Design of Independent Combinative Microelectrode and 4-arm Caliper Logging Tool and Its Application 分动式推靠微电极井径组合仪的设计和应用
Evaluation and Application of the Multi-armed Caliper Logging Technology 多臂井径技术评价与应用
On the Application of Caliper Minilog Combination Logging Tool 井径微电极组合测井仪的应用研究
Introduced are the measuring principle, signal processing and data transmission of the caliper logging tools; 介绍井径测井仪的工作原理、信号处理和数据传输方法;
Caliper logging is mainly used to determine the change of inside diameters of casings, perforating depth and the depth of collars. 井径测井主要用于确定套管内径变化、射孔孔深及接箍深度等。
The tool consists of a Combined Inclination Azimuth Multi-function Logging Tool and a MSC 36-Arm Caliper Imaging Logging Tool. 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。
In order to improve the accuracy of casing inspection, Azimuth 36-Arm Caliper Imaging Combination Logging Tool has been developed. 为提高套损检测的准确性,研制了方位36臂井径成像组合测井仪。
And comparison of the caliper logging curves. 井径曲线的对比。
Development of the PCM transmitted minilog/ caliper combination logging tool The Design of PCM Tester 脉码传输微电极、井径测井仪的研制PCM检查器的设计与实现
Reservoir classification of 2 wells is made by comprehensively using sonic, natural gamma ray, neutron porosity, caliper density logging curves and dual laterolog curves. 综合运用声波、自然伽马、中子孔隙度、井径、密度和双侧向测井等测井曲线,对2口井的储层进行了划分;
Structure, measurement principle and technical features of the 32-finger imaging caliper logging unit were introduced in the paper. 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。
This paper considers after an analysis that caliper logging, gamma-ray logging ( spectral gamma-ray logging), induction logging, temperature logging and NMR logging belong to effective well logging under the condition of gaseous medium. Lithology may be determined by gammy ray. 文中分析认为,井径、井斜、自然伽马(自然伽马能谱)、感应测井、井温测井、核磁共振测井是在气体介质条件下的有效测井系列;
In this paper, incorporated with the characteristics such as higher density and deeper invasive depth into the formation by solid free formate drilling fluid, influence caused by this fluid on caliper logging curve, density logging curve and resistivity log curve were investigated. 结合甲酸盐无固相钻井液密度大及侵入地层较深等特点,分析了该钻井液对井径测井曲线、密度测井曲线以及电阻率测井曲线的影响。
The calibration playes an important role in X Y caliper logging. 刻度在X-Y井径仪测井中是必不可少的工序。
The MSC 36-Arm Caliper Imaging Logging Tool measures the changes of inner wall of the casing by the 36 arms contact with casing internal wall. MSC-36多臂井径成像测井仪通过仪器的36个测量臂与套管内壁接触,测量套管内壁的变化。
Realization of continuous inclinometer/ caliper/ minilog combination logging 连续测斜、井径、微电极仪组合测井的实现
An improvement of rear of first axle in truck-mounted-rig-used transfer case Design of Independent Combinative Microelectrode and 4-arm Caliper Logging Tool and Its Application 钻机车分动箱一轴后端的改进方法分动式推靠微电极井径组合仪的设计和应用
In view of this situation, analyzed are the methods and principle of density and caliper logging in hostile environment. Emphasized are compatibility of toolpusher logging technology, data acquisition and transmission of the density and caliper logging. 针对这一问题,分析密度与井径在水平井测井中的特殊环境以及其测井原理与方法,着眼于水平井测井工艺的配套分析,同时涉及密度与井径的数据采集及传输。
At first, an analysis on the purpose and significance of caliper logging has been given, as well as the principles of caliper logging by ultrasonic and the propagation characteristics of ultrasonic all has been given. 首先,分析了测量井径的目的和意义,并介绍了超声波测量井径的原理及超声波的传播特性。