1.
ROP increasing method based on the utilization efficiency of hydraulic power for the ultra-deep wells
基于水力能量利用效率的超深井钻井提速技术
2.
New Thoughts on ROP Increase in the Tight Gas Reservoirs of Xujiahe Formation,Western Sichuan Basin
川西地区须家河组致密气藏钻井提速新思路
3.
Improvement of penetration rate with hydraulic pulsating-cavitation jet compound drilling technology
利用水力脉冲空化射流复合钻井技术提高钻速
4.
A Study on the Theory and Technology of Drilling Fluids to Increase ROP.
提高机械钻速的钻井液理论与技术研究
5.
Research on the Technology of Increasing Drilling Penetration in Xujiaweizi Region
徐家围子地区提高钻井速度技术研究
6.
Technical measures to improve drilling speed in the ultra-deep wells at the LG area
LG地区提高超深井钻井速度的技术途径
7.
IMPROVING THE RATE WHILE DRILLING DEEP,OR ULTRA DEEP WELL IN THE COMPLEX GEOLOGICAL STRUCTURE OF EAST SICHUAN
提高川东复杂地质深井超深井机械钻速的研究
8.
Researches on Enhancing Drilling Speed of Development Wells in Puguang Gas Filed
提高普光气田开发井钻井速度的技术研究
9.
Converting gas drilling to conventional drilling within short time
气体钻井快速转换为常规钻井的钻井液技术
10.
The Application of New Technique of Improving Drilling Speed in the Western of Hubei and Eastern Chongqing
提高钻井速度新技术在鄂西渝东地区的应用
11.
The Application of the Fast Drilling Fluid Technology in the West of Qaidam Basin.
快速钻井钻井液技术在柴西地区的应用
12.
A complete set of fast drilling technology used on the well X in the LG area
LG地区X井快速钻井配套工艺技术
13.
Application of downhole hydrodynamic propulsors solves the problem of exerting WOB, and are helpful to enhancing penetration rate.
井下液力推进器的应用在一定程度上解决了钻压的施加问题，有利于提高钻进速度。
14.
Increase mud weight and adjust as required as hole conditions dictate.
根据井眼情况，按要求提高钻井液密度或处理钻井液。
15.
To bore(a shaft) with a trepan.
钻用钻井机钻（矿井）
16.
ROP Forecast by Artificial NN
利用人工神经网络原理对钻井中钻速的预测
17.
Application of inverse well drill will permit quick and safe excavation of pilot shaft.
应用反井钻机开挖导井可达到快速安全的效果。
18.
Analysis Of Influence Factors On Transmissio Speed of Anti-well Drilling Mud Pulse
反井钻井泥浆脉冲信号传输速度影响因素分析