1) wire line resistivity logging
电缆电阻率测井
1.
After introducing the characteristics of LWD,the relationship between LWD and wire line resistivity logging data is studied systematicly in the paper.
本文在介绍了随钻测井的特点之后,系统研究了随钻电阻率测井与电缆电阻率测井信息之间的关系,旨在提高对随钻测井资料定性和定量的认识水平。
2) resistivity logging
电阻率测井
1.
Application of thin bed resistivity logging in SK313 well;
薄层电阻率测井在双K313井的应用
2.
Analysis of cased-hole resistivity logging responses;
过套管电阻率测井响应分析
3.
Slurry invasion correction in resistivity logging - Case study of natural gas reservoir in Ordos basin;
电阻率测井泥浆侵入影响校正方法研究——以鄂尔多斯盆地天然气储层为例
3) resistivity log
电阻率测井
1.
Numerical analysis of 3-D numerical mode-matching method in resistivity logs;
电阻率测井三维模式匹配法中的平面数值分析
2.
The response characteristic of resistivity log in anisotropic formations;
各向异性地层中电阻率测井的响应特征
3.
Three-dimension resistivity log method of coalfield hydrogeologic condition exploration
煤田水文地质条件探查的三维电阻率测井方法
4) cross-well formation resistivity logging
井间电阻率测井
1.
Based on the electromagnetic field theory, this paper derives the theoretical formulae for the cross-well formation resistivity logging through casing, conducts numerical calculation, and analyzes the influence of casing on the cross-well resistivity logging.
本文以电磁场理论为基础 ,导出了过套管进行井间地层电阻率测井问题的理论公式 ,并用低频电磁波进行了数值计算 ,分析了套管对井间电阻率测井的影响。
5) wireline logging
电缆测井
1.
The comparison between logging while drilling(LWD) and wireline logging(WL) curves of a oilfield shows that: the depth,value of resistivity,and distribution range of density of the LWD measurements are rather close to that of WL,invasion effect in LWD is less than that in WL,so LWD can provide more credible information for oil-gas interpretation and formation evaluation.
通过对某油田随钻测井与电缆测井在深度和曲线数值两方面的比较,表明了在该油田随钻测井资料良好,能为油气解释和地层评价提供可靠的信息。
2.
LWD is more outstanding than wireline logging in complicated wells.
随钻测井主要特点是边钻边测,在完成钻井任务的同时完成测井任务,解决了常规电缆测井无法施工的高难度井的测井问题。
3.
By analysis and comparison between logging while drilling (LWD) data and wireline logging data, the response characteristics of the two logging tools are respectively concluded for different wells (vertical or inclined well) and for different formation (anisotropic or laminar formation).
对随钻测井资料和电缆测井资料进行了对比和分析 ,初步总结出这两种测井方式在不同井眼条件 (直井、大斜度井 )和不同地层条件 (各向异性地层、薄交互层 )下各自的响应特征 ,指出了二者的异同点 ;并结合传统电缆测井资料地层评价方法 ,对随钻测井资料应用于地层评价的可行性和存在的问题作了探
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
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