1) force-aided
测井助力器
1.
Development of force-aided blowout preventer in annular space logging;
新研制的助力式过环空测井防喷装置由测井助力器、防喷管、滑轮组、驴头支点和吊装绞轮 5部分组成 ,具有结构简单、操作方便等特点 ;采用该装置 ,对于大多数油井 ,尤其是液面在井口的抽油机井 ,均可顺利进行密闭测井 ,成功率为 83 % ;还可克服井场环境的局限 ,进行无井架车施工 ,节省了直接投资 ;现场试验证明 ,该装置的应用能够提高环空测井的密闭率 ,为准确录取环空测井资料提供保
2) gravity logging
重力测井
1.
Feasibility of applying gravity logging method to reservoir waterflooding monitorin;
重力测井技术应用于油藏注水动态监测的可行性研究
3) booster
[英]['bu:stə(r)] [美]['bustɚ]
助力器
1.
Because of the slower response of a booster than that of a servomechanism, collision exists in the aircraft′s control system.
飞机操纵系统中因舵机输出较快，助力器响应较慢而存在相互运动碰撞，影响操纵品质和飞行安全。
2.
Based on Distributed Control System,designed a helicopter booster passive load system,in which,master and slave computers ran on different OS,different software development environments were used,and RS485 was used for the communication.
针对直升机旋翼助力器被动加载中高频率载荷模拟,设计了基于DCS的上、下位机结构的计算机控制系统;上、下位机分别运行在不同的操作系统,采用不同的软件开发环境,使用RS485进行上下位机之间的通信,实现了高频加载下的实时控制;同时,在分析该系统被动加载中多余力产生机理的基础上,基于互相关频响辨识,设计了一种针对单频正弦或者多频率正弦的叠加的多余力补偿方案;该方案结构简单,易于调整,试验结果表明,文章设计的动态加载控制达到很好的控制效果。
4) logging tool
测井仪器
1.
Application of instrument amplifier to petrolem logging tools.;
仪器放大器在石油测井仪器中的应用
2.
Design calculation of the downhole micromotor-drived logging tool.;
微电机驱动井下测井仪器的设计计算
3.
Development of acoustic logging tool and study on its calibration pit;
声波测井仪器发展及刻度井研究
5) logging instrument
测井仪器
1.
A novel design proposal for microresistivity imaging logging instrument;
一种新的微电阻率成像测井仪器设计方案
2.
Design of the general maintenance system for well logging instruments;
通用测井仪器维修系统设计
3.
There are kinds of logging instruments with di ff erent principles,calibrations and measuring methods which are being continuousl y improved, so, the surface logging system should be easily implanted with all k inds of downhole instruments without modifying their software.
测井仪器有不同的种类,使用的测量原理、刻度方法和测量手段也各不相同。
6) logging tools
测井仪器
1.
To measure the formation parameters in the high-deep and high-temperature oilwells and improve the high-temperature resistance performances of logging tools,the paper analyses the technologies of isolating heat and absorbing heat to increase the logging tools' high-temperature resistance performances.
为实现大深度井、高温井的地层参数测量,提高测井仪器的耐高温性能,研究了隔热、吸热技术在提高石油测井仪器的耐高温性能方面的作用。
2.
This paper analyzed the operational principle of the Hydraulic power system of logging tools.
本文分析了测井仪器的工作概况及其液压动力系统的工作原理,并分析了液压动力系统耐高温高压性能的必要性。
补充资料：助力
1.帮助;援助。
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