1) HIL induction logging tool
HIL感应测井仪
1.
Focusing is realized with the certain software in HIL induction logging tool,and different corrections of logging data are automatically achieved while logging.
文章详细分析了HIL感应测井仪的特点、性能及技术指标 ,该仪器通过软件实现聚焦 ,对测井数据所做的各种校正都是在测井过程中自动完成的。
2) high induction logging(HIL)
阵列感应测井(HIL)
3) induction logging tool
感应测井仪
1.
BNKN3 high frequency induction logging tool and its application;
ВИКИ3高频感应测井仪原理及应用效果分析
2.
A multi-component induction logging tool provides direct measurements of both horizontal and vertical conductivity by setting three mutually orthogonal transmitter-receiver coil configurations,and it also provides relative dip and tool orientation data by measuring two cross-components.
三分量感应测井仪通过布置三组相互垂直的发射-接收线圈对,可直接测量地层的水平电阻率和垂直电阻率,通过测量两个交叉分量还可得出地层的倾角和方位。
3.
Foreign advances later on the eighties in induction logging tools and the theories are described,and the research achievements in array induction logging tools are particularly introduced.
文章详细介绍了 80年代后 ,国外在感应测井仪器和理论方面的研究进展 ,尤其在阵列感应测井仪器方面的研究成
4) 6FF40
深感应测井仪
1.
Reconstruction of formation conductivity distribution for 6FF40 measurement information using an inverse method was described in this paper.
针对深感应测井仪6FF40的测量信息,在非均匀背景介质中采用一种迭代方法对地层电导率分布进行反演和剖面成像。
5) array induction tool
阵列感应测井仪
1.
In this paper we present a new iteration method,namely,the variational Born iteration method (VBIM) to inverse the formation conductivity using measurement data from the array induction tool (AIT).
本文基于实际工程应用中的阵列感应测井仪 (AIT)的测量信息 ,利用变分玻昂迭代法 (VBIM) ,在非均匀背景介质中来重构和反演地层的电导率剖面 。
2.
The induction log is one of the most effective methods to determine the resistance of formation; the array induction tool overcomes the shortcomings of conventional resistance logging, such as: insufficient information, the shallow exploring scope, the low differentiation and etc.
感应测井是确定地层电阻率最为有效的手段，阵列感应测井仪克服了常规感应测井信息不够丰富、探测范围小、分辨率低等缺点，实现了地层电阻率的精确测量。
6) Dual Frequency Induction Tool
双频感应测井仪
补充资料：放射性测井仪
分子式：
CAS号：
性质：在地质勘探中,把放射源与探测器放入钻孔中，利用射线与地层岩石的相互作用的信息可寻找矿物，确定矿层厚度和含量。这时所用的放射源、探测器以及用于放射性测量的设备称为放射性测井仪。有了辐射测井仪、中子测井仪等。
CAS号：
性质：在地质勘探中,把放射源与探测器放入钻孔中，利用射线与地层岩石的相互作用的信息可寻找矿物，确定矿层厚度和含量。这时所用的放射源、探测器以及用于放射性测量的设备称为放射性测井仪。有了辐射测井仪、中子测井仪等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条