1.
HIGH TEMPERATURE HIGH PRESSURE ULTRA-DEEP WELL DRILLING FLUID DENSITY DESIGN METHOD
高温高压超深井钻井液密度设计方法探讨
2.
A method for determining density of drilling fluids used in deep big-thickness salt-bed drilling based on salt rock damage mechanism
基于盐岩损伤机理的深部巨厚盐层钻井液密度设计方法
3.
Determination of Safe Window of Drilling Fluid Density for Deepwater Drilling
深水钻井安全钻井液密度窗口确定方法研究
4.
Research of Optimization Design Drilling and Completion Fluid in Dagang Oil Field
大港油田钻井液完井液优化设计研究
5.
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。
6.
Effect of Drilling Fluid Density on Neutron Porosity in Underbalanced Drilling
欠平衡钻井条件下钻井液的密度对中子孔隙度测井的影响
7.
The Research of Secure Drilling Fluid's Window in Hailaer Oilfield;
海拉尔地区安全钻井液密度窗口研究
8.
An increase in background gas, as the mud weight overbalance gradually decreases.
由于钻井液密度逐渐下降失去平衡，钻井液的含气量上升。
9.
This drilling fluid meets the requirements of aerated drilling technology.
该钻井液可满足充气工艺要求。 此外,该钻井液密度连续可调。
10.
The Application of a High Temperature Low Density Oil-in-Water Drilling Fluid in Well Lishen-1
抗高温低密度水包油钻井液在梨深1井的应用
11.
High Density Saturated Saltwater Drilling Fluid with Oil for Horizontal Well KL2-H1.
KL2-H1水平井高密度饱和盐水混油钻井液技术
12.
Ultra-high Density Polymer Saltwater Drilling Fluid Technology for Well No.15 in Yunatu,Turkmenistan.
尤拉屯No.15井超高密度聚磺复合盐水钻井液技术
13.
Viscoelastic Analysis of the Affect of Drilling Fluid Density on Wellbore Shrinkage
钻井液密度对井眼缩径影响的黏弹性分析
14.
High Temperature High Density Drilling Fluid Technology for the Forth Interval of Well Shengke-1.
胜科1井四开超高温高密度钻井液技术
15.
A Prediction Model for Drilling Fluid ECD in High Temperature Deep Wells.
高温深井钻井液当量循环密度预测模型
16.
The Application of a Low Density Oil-in-Water Drilling Fluid in Under-balanced Drilling in Buried Hill Structures
低密度水包白油钻井液在潜山欠平衡钻井中的应用
17.
A Study on Ultra High Temperature Drilling Fluid System(Ⅳ):Brine Drilling Fluid Design and Evaluation
超高温钻井液体系研究(Ⅳ)——盐水钻井液设计与评价
18.
Studies on Ultra-High-Temperature Drilling Fluid System (1): Design Ultra-High-Temperature Drilling Fluid Additives
超高温钻井液体系研究(Ⅰ)——抗高温钻井液处理剂设计思路