1) The shaft of immersible electric pump
潜油电泵轴
2) shaft of electrical submersible pump
潜油电泵泵轴
3) electric submersible pump
潜油电泵
1.
Study on reasonable choice of electric submersible pump;
潜油电泵合理选配工艺研究
2.
Design and stress analysis of electric submersible pump link side in spline axis arc;
潜油电泵花键轴键侧圆弧设计与应力分析
3.
Vibration detection and fault diagnosis system of electric submersible pump;
潜油电泵机组振动检测与故障诊断系统
4) electrical submersible pump
潜油电泵
1.
Effect of oil-water emulsified fluid on viscosity-temperature characteristics of electrical submersible pump;
油水乳化作用对潜油电泵黏温特性的影响
2.
Negative problems of electrical submersible pump driven by converter;
潜油电泵变频驱动负面问题研究
3.
Study and application of new sucking entrance of preventing sand and deposit from electrical submersible pump;
新型潜油电泵防砂防垢吸入口的研究应用
5) submersible electric pump
潜油电泵
1.
Research and application of underground pressure boosting and water injection techniques of inversion type submersible electric pump;
倒置式潜油电泵井下增压注水技术研究与应用
2.
In order to realize “high speed, high efficiency, high benefit” development and keep the steady production, submersible electric pump technology is applied successfully in low pore and low permeability reservoir.
为实现高速高效开发,稳定油田产量,发展了在低渗透油田中应用潜油电泵采油技术,取得了良好的开发效果,对油田稳产发挥了重要作用。
3.
Feasibility of using gauge, submersible electric cable and system of submersible electric pump variable frequency driving connected under submersible electric pump to analyze well testing is discussed.
探讨了利用潜油电泵下端连接的压力计、潜油电缆、潜油电泵变频驱动系统进行试井分析的可行性。
6) ESP
[英][,i: es 'pi:] [美]['i 'ɛs 'pi]
潜油电泵
1.
Determining Performance Parameters for Electrical Submersible Pumps(ESP);
五点法确定潜油电泵特征参数
2.
Damage Model and Sand Control of Electrical Submersible Pump (ESP) in Sand Wells
潜油电泵在出砂油井中的破坏形式及防砂技术
3.
On the base of concept about virtual assembly,this paper develops the basic environment and concrete way and method about realizing virtual assembling technical in the design of ESP parts.
在分析了虚拟装配技术基本思想的基础上,提出了在潜油电泵零部件设计中实施虚拟装配技术应用的基础环境以及具体的实施方法和途径。
补充资料：泵轴功率
分子式：
CAS号：
性质：泵轴所接受的功率。一般指输入功率，即原动机传到泵轴上的功率。单位为W。它与水力功率及机械损失功率间有以下关系：Pa=Ph+Pm。式中，Pa为泵轴功率，W；Ph为水力功率，W；Pm为机械损失功率，W。
CAS号：
性质：泵轴所接受的功率。一般指输入功率，即原动机传到泵轴上的功率。单位为W。它与水力功率及机械损失功率间有以下关系：Pa=Ph+Pm。式中，Pa为泵轴功率，W；Ph为水力功率，W；Pm为机械损失功率，W。
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