3) gadolinium-neutron lifetime logging
钆中子寿命测井
1.
In this paper,the measuring principle,operating techniques and interpretation method of the gadolinium-neutron lifetime logging have been presented.
文中主要介绍了钆中子寿命测井测量原理、施工工艺及其测井资料的解释方法,并将其运用于低孔隙度、高含水的X井。
4) neutron lifetime log
中子寿命测井
1.
Application of Neutron Lifetime Log to Carbonate Reservoir with Low Porosity and Low Permeability.;
中子寿命测井在低孔低渗碳酸盐岩储层的应用
2.
Log responses of reservoirs containing different fluids are analyzed by using neutron gamma logging and neutron lifetime log.
运用中子伽马测井和中子寿命测井技术,分析了储层孔隙中含不同流体时的测井曲线响应特征,利用老井新旧中子伽马测井和中子寿命测井资料的差异,对浅层气进行了系统的研究。
3.
Boron injection neutron lifetime logging (NLL) is a new NLL technology that has been developed to solve the logging problems in mature oilfields where part of the pay zones are strongly watered out.
注硼中子寿命测井是中子寿命测井方法的发展,是为解释产层水淹程度而开发的一项技术。
5) neutron lifetime logging
中子寿命测井
1.
Development of data processing software for neutron lifetime logging and its application;
中子寿命测井资料处理系统的开发与应用
2.
Based on the characters of fault block complex, formation having low porosity, low permeability, high temperature, and high salt in zhongyuan oil fields, the paper synthetically has analyzed the data of combining neutron lifetime logging and single well as well as block dynamic and static state.
针对中原油田断块复杂,储层低孔、低渗、高温、高盐的特点,将中子寿命测井资料与单井及区块动、静态资料相结合进行综合分析,能解决区块剩余油饱和度评价、水淹层出水点判断、油气水动态监测等生产中存在的具体问题,是及时而准确地监测油藏纵横向上动用情况、合理调整油田开发方案、优化油井工作制度、充分挖掘中、低孔渗油藏潜力的重要手段之一。
6) neutron life time logging
中子寿命测井仪
1.
Apphed in complex wells of neutron life time logging instrument, abnormal down hole state and surface operation tech affects on specifics of the instrument and logging curves that makes its working situation and data measured to be abnormal or difficult.
中子寿命测井仪在复杂井况条件下应用时,井下异常状况及地面施工工艺对仪器的性能、测井曲线会产生影响,使仪器工作状态或录取资料出现异常或故障。
补充资料：中子平均寿命
分子式：
CAS号：
性质：热中子在慢化剂内被俘获前扩散所经历的时间。在给定的有限介质内，中子寿命是指自产生到消失(包括吸收或泄漏)所经历的平均时间。其值等于反应堆内中子总数与单位时间内消失的中子数之比值。
CAS号：
性质：热中子在慢化剂内被俘获前扩散所经历的时间。在给定的有限介质内，中子寿命是指自产生到消失(包括吸收或泄漏)所经历的平均时间。其值等于反应堆内中子总数与单位时间内消失的中子数之比值。
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