Time Harmonic - Globe Thesis

Keyword [Time Harmonic] Result: 1 - 20 \| Page: 1 of 2
1.	The Research On Control Method Of Variable Speed System Of Multi-phase Permanent Magnetic Synchronous Motor
2.	Study On Several Key Techniques Of Permanent Magnet Synchronous Motor Supplied By Inverter
3.	Study On The Monitoring Protection Device Used In Low Voltage Power System Based On Ethernet
4.	Mechanical Analysis Of Soil Under Traffic Loads
5.	System Of Real-time Power Quality Monitoring And Management For Distribution Network And Reaserch Of Impvoving Measurement
6.	The Analysis Of MW Level Direct-drive Permanent Magnet Wind Generator's Harmonic And Its Effect On The Generator
7.	Design And Research On The Key Technologies Of Permanent Magnet Synchronous Machine For Electric Vehicle Application
8.	Study On The Real-time Harmonic Detection In Power System Based On Wavelet Transform And FFT
9.	The Electromagnetic Design Research Of The Hub Induction Motor For Electric Vehicle
10.	Research And Design Of Ripple Compensation Technology For RBCOT Buck Converter
11.	Based On The Five Time Harmonic Component Probability Distribution Of Arc Fault Identification Method Of Research
12.	Frequency Tracking And Real-time Harmonic Detection Based On PLS Algorithm
13.	Induced Ceoelectric Field Calculation And Distribution Characteristics Analysis Based On Geomagnetic Data
14.	Data Acquisition And Processing Of High Speed Power Analyzer
15.	Vibration Analysis Of A Single Pile Under Time-harmonic Torsional Loading In Inhomogeneous Soil
16.	Modeling And Characteristic Analysis Of Doubly Fed Wind Turbine Harmonic Current
17.	Research On Torque Ripple Reduction Method Of Induction Motor For Electric Vehicle Based On Random Position Pulse Width Modulation
18.	A Dynamical Study of the Evolution of Pressure Waves Propagating through a Semi-Infinite Region of Homogeneous Gas Combustion Subject to a Time-Harmonic Signal at the Boundary
19.	Time harmonic field electric logging
20.	Finite Element Analysis And Structure Optimization Of Electromagnetic Field At The End Of 700MW Dual Internal Water Cooled Generator
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