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Fatma El-Zahraa Mohammad Nabih Hassan Mahmoud
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Fatma El-Zahraa Mohammad Nabih Hassan Mahmoud - Staff Pages | Damietta University
Personal Information
Position :
Lecturer
Department :
Physics
Specification :
Work Phone :
403866/057
Email :
fatmaph@du.edu.eg
E-Courses
Researches
1 - Research Title:
Book of abstract
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2 - Research Title:
A first-principle study of the magnetic, electronic and elastic properties of the hypothetical YFe5 compound
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Google Scholar Researches
First principles and mean field study on the magnetocaloric effect of YFe3 and HoFe3 compounds
Magnetothermal Properties and Magnetocaloric Effect in R3Co11B4
a first-principle study of the magnetic, electronic and elastic properties of the hypothetical yfe5 compound
A DFT-based study of the magnetic, electronic and elastic properties of yfe2
Magnetothermal properties and magnetocaloric effect in the 3d ferromagnetic elements: Fe, Co, and Ni
Magnetocaloric Effect in R6Fe23: R = Dy, Ho, Er, and Tm
A study on the magnetothermal properties and magnetocaloric effect in Gd1− xCexMn2Ge2 (x= 0.17, 0.33)
The anisotropic magnetocaloric effect and size-dependent magnetic properties of iron particles
Anisotropic Magnetocaloric Effect and First-Principle Calculations on Nd2Fe14B
First-principles, magnetothermal and magnetocaloric calculations on Gd1-xCexMn2Ge2 (x= 0.5, 0.67)
Magnetic properties and magnetocaloric effect of Gd element under first order phase transition
Magnetocaloric effect, magnetothermal and elastic properties of SmFe3 and ErFe3 compounds
Magnetocaloric Effect in DyFe3 and GdFe3
Magnetocaloric Effect in DyFe 3 and GdFe 3
Magnetocaloric effect in R6Fe23: R= Dy, Ho, Er, and Tm
Magnetothermal Properties and Magnetocaloric Effect in R
Electronic Band Structure and Magnetic Properties of yco5
Samy H. Aly Sherif Yehia Calculation of the Magnetic and Electronic Properties of YFe Compounds