well logging

A 3-component 3 -- optic accelerometer suitable for well logging is presented.

研制了一种可用于油藏监测的3分量光纤加速度传感器.

Resistivity imaging is the latest method of well logging.

电阻率成象测井是石油测井中最新一代的测井方法.

Geological cutting logging data is also important basis of well-logging.

地质录井资料,也是测井解释的重要依据.

Discusses the technical principles and characteristics of the Jason well-logging constrained seismic inversion.

介绍了Jason 反 演的技术原理和特点.

At last, the foreground of the optic fiber sensors on well logging is also presented.

本文综述了光纤传感器在石油测井中的最新研究与应用进展,最后指出了光纤测井的应用前景.

CBL signal is very important in imaging well-logging systems.

CBL信号在成像测井中是一种非常重要的信号,有着非常广泛的应用.

Well logging interpretation and evaluation while drilling is another key technique.

随钻测井解释与地层评价是随钻跟踪地质目标的一项关键技术.

Glutenite reservoir characteristics are complicate, which is difficult to evaluate with well logging data.

摘要砂砾岩油藏岩性、物性、电性及含油性之间的关系复杂, 测井评价困难较大.

The phase detecting is very important in resistivity well logging technology.

复电阻率相位检测技术是目前复电阻率测井技术发展的方向.

Magnetic well logging is one of the fundamental methods in geophysical logging.

井中磁测是地球物理测井的基本方法之一.

The response characteristics of formation boundary in horizontal well logging are studied.

研究了水平井测井在地层界面的响应特征,探讨了水平井油水层判别方法.

Normal and spectrometer well logging data are used to identify carbonate reservoir.

研究目的为利用常规测井和能谱测井资料快速直观地识别碳酸盐岩储层.

Well logging transcends the boundaries ordinarily established between geology, geophysics, and petroleum engineering.

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 is one of the most important engineering technologies for petroleum exploration and production.

测井作为油气勘探开发的主干工程技术之一,贯穿于油气勘探开发全过程.

Therefore, determining permeability is very necessary using well logging data.

因此, 应用测井资料解释渗透率是非常重要的研究工作.