Electrical submersible - Globe Thesis

Keyword [Electrical submersible] Result: 1 - 20 \| Page: 1 of 3
1.	State Monitoring And Identification For Electrical Submersible Pump Unit
2.	Research On Sensorless Speed Detection In Electrical Submersible Pump
3.	Kinetics Analysis And Simulation Design Of The Key Components Of Electrical-submersible-motor-driven Progressing Cavity Pumping System
4.	Research On Application Of Intelligent Engineering In Reliability Of Electrical Submersible Pumping Unit
5.	Research On Detection Of Electrical Submersible Progressing Cavity Pump's Running State Parameters And Data Transmission
6.	Theoretical Study And Application Analysis Of Oil Production System By Electrical Submersible Progressive Cavity Pump
7.	Research And Realization Of Portable Electrical Submersible Pump Units Speed Measuring Instrument
8.	Research On Working Condition Diagnosis Method For Electrical Submersible Progressing Cavity Pump
9.	Optimal Design And Virtual Reality Modeling Of Electrical Submersible-Motor-Driven Progressive Cavity Pumping Reducer
10.	Vibration State Forecast Research Of Electrical Submersible Pump Unit Based On Gray Model
11.	Research On State Monitoring And Fault Diagnosis Technology Of Electrical Submersible Pump Well
12.	The Research Of Diagnosis Scheme For The Electrical Submersible Progressing Cavity Pump
13.	Research And Application Of Electrical Submersible Pump Lifting For Coalbed Methane Wells
14.	Research On Downhole Multi-Sensor Monitoring System Based On Analog Current Loop
15.	Research On Down-Hole Driver Of Electrical Submersible Progressing Cavity Pump Servo System Based On Finite Element Thermal Analysis
16.	Research On Multi-parameter Measurement And Transmission Technology For Electrical Submersible Pump
17.	Electrical Submersible Pump Control Based On Model Free Adaptive Control
18.	Research On Downhole Multi-sensor Monitoring System Based On Analog Current Loop
19.	Research On Down-hole Driver Of Electrical Submersible Progressing Cavity Pump Servo System Based On Finite Element Thermal Analysis
20.	New Efficient Oil And Gas Separation Performance Of Research And Product Design
<<First <Prev Next> Last>> Jump to