Sustainable Research Dr. Abeer Farouk
Research Type
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Research Name
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PhD thesis
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Synthesis and Characterizations of Y2O3 Stabilized Tetragonal Zirconia Electrolytes Doped with Trivalent Additives for Solid Oxide Fuel Cells Applications |
Research
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Mechanical characterizations of boron oxide doped yttria-stabilized tetragonal zirconia electrolyte for high-temperature solid oxide fuel cell operated |
Research
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Electrical Conductivity and Physical Characterizations of Y-TPZ Electrolyte in HT-SOFC |
Research
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Nanoindentation Measurements for B2O3-Y-TZP Electrolyte Used in HT-SOFC |
Research
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Comparison in physical and mechanical properties between doped and non-doped Y-TZP electrolyte for HT-SOFC |
Research
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Ionic conductivity of gamma-Al2O3 and Pb3O4 dopants in 8mol% YSZ as electrolyte in SOFC |
Research
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Characterizations of Synthetic 8mol% YSZ with Comparison to 3mol% YSZ for HT-SOFC |
Research
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Optimizing mechanical and physical properties of phosphorus pentoxide as solid electrolyte |
Chapter in a book
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Effect of Mechanical Alloying on Structural and Electrical Properties of (P2O5)(x)-(Y2O3)(0.03)-(ZrO2)(0.97) Electrolyte |
Chapter in a book
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Developing Novel SOFC Electrolyte for Advanced Clean Energy Generation during the Pandemic (COVID-19) |
Chapter in a book
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Statistical study of optimizing preparation new SOFC anode |
Chapter in a book
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Produce solid oxide fuel cell anodes as (BaTiO3) 100− x−(MgO) x for clean energy |
Chapter in a book
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Fabrication and evaluation of sponge-like microstructure anode for a half-cell SOFC |
