iron-loss - Globe Thesis

Keyword [iron-loss] Result: 121 - 139 \| Page: 7 of 7
121.	Research On High Performance Permanent Magnet Synchronous Motor For Pure Electric Vehicle
122.	Electromagnetic Design Research And Characteristic Analysis Of Permanent Magnet Syncronous Hub Motor For Automobile
123.	Analysis And Calculation Of Rotating Iron Loss Of Asynchronous Motor For Electric Vehicle Based On Vector Control Technology
124.	Research On Efficiency Optimization Control Of Permanent Magnet Synchronous Motor For Vehicle
125.	Research On Iron Loss Of Switched Reluctance Starter/Generator For Hybrid Electric Vehicle
126.	Calculation Of Rotational Loss In The Electrical Steel Sheet Based On Vector Play Model
127.	Researcch On Electromagnetic Design Method Of The Cage Rotor Brushless Doubly-Fed Machine
128.	Investigation Of The Flux Distribution And Iron Loss Inside Magnetic Shielding Under Non-sinusoidal Excitation Environment
129.	Robust Predictive Current Control Of Induction Motor With Minimum Loss Considering Iron Loss
130.	Research On Low Iron Loss Design Of Stator And Rotor Dual-permanent-magnet-excited Vernier Machine
131.	Iron Loss Analysis Of Stator Permanent Magnet Motor And Development Of Finite Element Simulation Software Platform
132.	Research On Iron Loss Model Of High-speed Permanent Magnet Synchronous Motor And Analysis Of Influencing Factors
133.	Analysis Of Electromagnetic Performance Of Superconducting Magnet And Efficiency Of An HTS Flux-Switching Machine With Stationary Seal
134.	Design And Analysis Of Linear Switched Reluctance Machine For Submersible Machine
135.	On-line Identification Of Induction Motor Parameters Considering Iron Loss Resistance
136.	Analysis Of Iron Loss And Temperature Rise Of High-Speed Permanent Magnet Motor Based On Core Material Test
137.	Loss Calculation And Efficiency Optimization Of High Temperature Permanent Magnet Synchronous Motor
138.	Finite-time Command Filter Control Of Permanent Magnet Synchronous Motor Considering Iron Loss
139.	Built-in PMSM With Minimum Loss Predictive Current Control
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