1.
The impact of tubing coupling on wellbore heat loss and its correction
隔热油管接箍对井筒热损失的影响与修正
2.
The Joshi formula considering the friction loss of well bore
考虑井筒摩阻损失后的Joshi公式
3.
Heat-loss Experimental Test and Numerical Simulation in Wellbore Steam Flow Process
蒸汽沿井筒流动过程热损实验及数值模拟
4.
Development and Application of Basket Barrel Overshot of Breakage Oil Pipe in Water-Oil Well
油水井井下破损油管打捞筒研制与应用
5.
INFLUENCE OF STEAM INJECTION PARAMETERS ON WELL-BORE TEMPERATURE
热采井注汽工艺参数对井筒温度的影响
6.
Research and Application of Steam Parameters in Wellbore of Thermal Recovery in YING27 Block;
营27断块稠油热采井筒参数研究与应用
7.
Wellbore heat transfer model of recovering offshore heavy oil by air injection
注空气开采海上稠油井筒传热模型研究
8.
A comprehensive wellbore steam flow model for superheat steam injection
注过热蒸气井筒物性参数计算综合数学模型
9.
Stable characteristic ,with uniform paricle size distribution,can be used as heat stabilizer to impove well cement strength loss under high temperature and pressure.
性能稳定,粒径分布均匀,可作为热稳定剂,改善油井水泥高温高压下的强度损失。
10.
heat loss due to combustibles in refuse
机械不完全燃烧热损失
11.
heat loss due to unburned gas
化学不完全燃烧热损失
12.
DRILLING AND COMPLETION DAMAGE MODEL OF FRACTURED AND LOSS CARBONATE GAS RESERVOIR
裂缝漏失性碳酸盐岩气藏钻井完井损害模式
13.
Assessment on Mine Air Quality Using Pollution Loss Rate
污染损失率法评价矿山井下空气质量
14.
STUDY ON THE PRESSURE LOSS LAWS IN MICRO HOLE CIRCULATORY SYSTEM
微小井眼循环系统压力损失规律研究
15.
It has several advantages of simple wellbore structure, convenient operation and high heat efficiency.
该工艺具有井筒结构简单、工方便、热效率高等优点.
16.
Oil Shaft Heating Power Source Control Based on Fuzzy PID;
基于模糊PID的原油井筒加热电源的温度控制方法
17.
TSH style heat cylinder is crooked , avoid the material fall into and cause the heat tube burm down.
TSH型发热管弯型设计，避免因原料落入筒内而引起发热管捐损坏。
18.
Code for design of inclined shaft and chambers of coal mine
煤矿矿井斜井井筒及硐室设计规范