1)  Friction computation
井筒摩阻
2)  friction resistance near well bore
近井筒摩阻
3)  near-wellbore friction
邻近井筒摩阻
1.
Distinction of near-wellbore friction and perforation friction;
区分射孔孔眼和邻近井筒摩阻的方法及应用
4)  well bore
井筒
1.
Flow experiment of circulative micro-foam drilling fluid in well bore under HTHP conditions;
井筒中高温高压可循环微泡沫钻井液流动实验
2.
The dynamics simulation of rotating rod string in well bore;
井筒内旋转抽油杆柱动力学仿真
3.
Analysis result of high productivity gas wells in Luojiazhai shows temperature effect of well bore as the key factor affecting well head pressure.
罗家寨高产气井测试分析结果认为井筒的温度效应是影响井口压力的关键因素。
5)  wellbore
井筒
1.
Development and application of multi-function process tubing string used for reducing liquid level in wellbore;
多功能井筒降液面工艺管柱研制与应用
2.
Technology of blending diluting oil in ultra-deep wellbore of Tahe Oilfield;
塔河油田超深井井筒掺稀降粘技术研究
3.
Mathematical Model of Wellbore Hot Fluid Circulation and Its Analytical Solution;
井筒热流体循环的数学模型及其解析解
6)  mine shaft
井筒
1.
Safety assessment and breaking prediction system of mine shaft;
井筒安全评价与破裂预测系统
2.
Surface protection technology applied to improve service time of hoist guide in mine shaft;
用表面防护技术提高井筒提升罐道的使用寿命
3.
Analysis on uneven side pressure affected to mine shaft stressed;
不均匀侧压力对井筒受力的影响分析
参考词条
补充资料：灌顶护摩
【灌顶护摩】
　（修法）修于灌顶中之息灾护摩也。其法于初夜已了金刚界灌顶将移于胎藏界之中间，大阿阇梨，自登护摩坛，以金刚界大日为本尊，使受者坐于阿阇梨左侧，西面而修之。或有阿阇梨不自为此而使亲教师为此者，有于四座或二座三座修之者。其修法，于火天坛请火天，于部主坛，观理智冥合之宝生如来，于本尊坛，观金刚界大日，于诸尊坛观五佛而摄两部之诸尊，于世天坛，观金刚界外金刚部之二十天，于各坛修护摩，以祈受者之息灾。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。