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Mohamed Ezzat
Mohamed Ezzat
Associate Professor, Faculty of Engineering, Menoufia University
Verified email at sh-eng.menofia.edu.eg
Title
Cited by
Cited by
Year
Effect of Nanoparticles on Transformer Oil Breakdown Strength: Experiment and Theory
MAI Mohamed E. Ibrahim, Amr M. Abd-Elhady
IET Science, Measurement & Technology, 2016
752016
Accurate model for computing dielectric constant of dielectric nanocomposites
M Ezzat, NA Sabiha, M Izzularab
Applied Nanoscience 4 (3), 331-338, 2014
522014
Effect of Temperature on AC Breakdown Voltage of Nanofilled Transformer Oil
MAI Amr M. Abdelhady, Mohamed E. Ibrahim, T. A.Taha
IET Science, Measurement and Technology 2017, 1-10, 2017
49*2017
On electric field distortion for breakdown mechanism of nanofilled transformer oil
AM Samy, ME Ibrahim, AM Abd-Elhady, MA Izzularab
International Journal of Electrical Power & Energy Systems 117, 105632, 2020
222020
Differential Reconstruction Method for Power Frequency AC Current Measurement Using Rogowski Coil
AMAE Mohamed E. Ibrahim
IEEE Sensors Journal 16 (23), 8420 - 8425, 2016
212016
Dielectric and Thermal Properties of Transformer Oil Modified by Semiconductive CdS Quantum Dots
MAI AMR M. ABD-ELHADY, MOHAMED E. IBRAHIM, T.A. TAHA
Journal of Electronic Materials, 2016
20*2016
Nanofilled nonlinear coating material for improving proactive flashover performance of high voltage insulators
ME Ibrahim, NA Sabiha, MA Izzularab
IEEE Transactions on Dielectrics and Electrical Insulation 21 (5), 2156-2163, 2014
192014
Calculation of electric field and partial discharge activity reduction for covered conductor/high voltage insulator systems
MEIAM Abd-Elhady
Electric Power System Research 144 (2017), 72-80, 2017
152017
A proposed non-invasive Rogowski coil design for measuring 3-phase currents through a 3-core cable
ME Ibrahim, AM Abd-Elhady
IEEE Sensors Journal 21 (1), 593-599, 2020
142020
Power Frequency AC Voltage Measurement Based on Double Wound Rogowski Coil
ME Ibrahim
High Voltage Journal 2017, 2017
142017
Flashover improvement of polluted high voltage insulators by nonlinear nanofilled hydrophobic coating
ME Ibrahim, NA Sabiha, MA Izzularab
Electric Power Systems Research 140, 821-829, 2016
122016
Rogowski coil transducer-based condition monitoring of high voltage insulators
ME Ibrahim, AM Abd-Elhady
IEEE Sensors Journal 20 (22), 13694-13703, 2020
112020
Dynamic flashover model considering pollution layer resistance variation for fixed washed high voltage insulators
ME Ibrahim, AM Abd-Elhady, NA Sabiha, MA Izzularab
IEEE Transactions on Dielectrics and Electrical Insulation 24 (5), 2960 - 2967, 2017
112017
Design and modeling of a two-winding rogowski coil sensor for measuring three-phase currents of a motor fed through a three-core cable
ME Ibrahim, AM Abd-Elhady
IEEE Sensors Journal 21 (6), 8289-8296, 2020
92020
A Novel Single-Stage Single-Phase Buck-Boost Inverter
AMAE Mohamed E. Ibrahim, Arafa S. Mansour
Electrical Engineering 99 (1), 345–356, 2017
9*2017
Evaluation of unfilled and nanofilled oil/paper insulation system under thermal aging
AM Abd-Elhady, AA Nassar, MA Izzularab, ME Ibrahim
Electric Power Systems Research 212, 108659, 2022
62022
Measurement of power frequency current including low-and high-order harmonics using a Rogowski coil
M El-Shahat, E Tag Eldin, NA Mohamed, A El-Morshedy, ME Ibrahim
Sensors 22 (11), 4220, 2022
62022
Partial discharge performance improvement of covered conductor (CC)/high voltage insulator based electrical distribution systems
ME Ibrahim, F Selim, AM Abd-Elhady
Electric Power Systems Research 202, 107601, 2022
62022
The Role of the accumulated surface charge on nanoparticles in improving the breakdown strength of liquid and solid insulation
ME Ibrahim, E Tag Eldin, SF Elzoghby, MA Izzularab, AM Abd-Elhady
Energies 15 (13), 4860, 2022
52022
Effect of temperature on creeping flashover voltage of nanofilled oil-pressboard insulation
ME Ibrahim, AA Nassar, MA Izzularab, AM Abd-Elhady
IEEE Access 8, 227222-227231, 2020
52020
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