1) mixed fluid resistivity
地层混合液电阻率
1.
A new technique of the determination of mixed fluid resistivity in water flooded formation by combining dynamic and static information and its application to well logging interpretation of residual oil saturation:an example from Quan 4 formation of Fuyu oilfield;
动静结合方法计算储层水淹后地层混合液电阻率技术及其在剩余油饱和度解释中的应用——以吉林扶余油田泉四段油层为例
2) mixed formation water resistivity
混和地层水电阻率
3) formation resistivity
地层电阻率
1.
Cased-well Formation Resistivity logging is one of the new well- logging methods which was proposed during the later 90\'s, because of its capability of measuring the formation resistivity in cased borehole, which is very different from the traditional open-hole well logging, it can be used in different stage in oil and gas development.
鉴于以上存在的问题,文中建立起能模拟复杂套管井眼条件的、可用于仪器设计参数理论考察和测量影响因素分析的套管井地层电阻率模拟系统,该系统主要包括,改进的传输线理论和求解曲面方程的边界元理论。
4) formation resistivity simulation
地层电阻率模拟
5) formation water resistivity
地层水电阻率
1.
In waterflood-production oilfields, formation water resistivity of water-flooded zone is not only the basic parameter for water-flooded zone evaluation but also the "bottle neck" which restrict water-flooded zone evaluation.
注水开发油田水淹层地层水电阻率不仅是水淹层评价十分重要的基础参数,也是制约水淹层评价的"瓶颈"。
2.
Based on large number of core experiment data, a method for quantitatively deriving formation water salinity (formation water resistivity) and capacity of cation exchange of the theoretical model of spontaneous potential and induced polarization potential is established.
根据大量的岩心实验数据,确定了自然电位和激发极化电位理论模型定量求解地层水矿化度(地层水电阻率)、地层阳离子交换量方法。
6) high resistivity pay zone
高电阻率地层
1.
In view of the situation that the spontaneous potential (SP) abnormality in some wells of Shengli Oilfield at high resistivity zones, such as Dongying group and membersⅠ,Ⅱ and Ⅲ of Shahejie group resulted in disunity of rock feature with wireline logging data and errors in interpretation, combining with on-site samples, the paper made analysis of SP abnormality of high resistivity pay zones.
针对胜利油田部分井在东营组、沙一段、沙三段和沙四段等高电阻率地层中出现明显自然电位异常,造成岩电不统一与解释失误的情况,结合现场实例对高电阻率地层自然电位异常进行了分析。
补充资料：体积电阻率
分子式：
CAS号：
性质：又称比体积电阻。边长为1cm的立方体的体积电阻，以表示。表征绝缘介质电性能的主要指标。它与材料结构、组成、杂质含量、环境温度和湿度等有关。对陶瓷介质材料希望其数值越高越好。表达式为体积电阻率ρν=RV·(S/L)(式中，RV为测得的试样电阻值；S为电极面积；L为试样厚度)，单位为Ω·cm。
CAS号：
性质：又称比体积电阻。边长为1cm的立方体的体积电阻，以表示。表征绝缘介质电性能的主要指标。它与材料结构、组成、杂质含量、环境温度和湿度等有关。对陶瓷介质材料希望其数值越高越好。表达式为体积电阻率ρν=RV·(S/L)(式中，RV为测得的试样电阻值；S为电极面积；L为试样厚度)，单位为Ω·cm。
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