NO₂-assisted molecular-beam epitaxy of Fe₃O₄, Fe₃-δO₄, and γ-Fe₂O₃ thin films on MgO(100)

Engineering & Materials Science

• Molecular beam epitaxy 100%
• Thin films 60%
• Magnetization 47%
• Stoichiometry 21%
• Reflection high energy electron diffraction 16%
• Molecular beams 14%
• Substrates 11%
• Epitaxial growth 11%
• Surface reconstruction 10%
• Spectroscopy 9%
• Electrostatics 8%
• Crystalline materials 8%
• Annealing 8%
• Multilayers 7%
• Oxidation 7%

Chemical Compounds

• Molecular Beam Epitaxy 92%
• Magnetization 37%
• Liquid Film 31%
• Reaction Stoichiometry 13%
• Reflection High Energy Electron Diffraction 13%
• Surface Reconstruction 11%
• Epitaxial Growth 9%
• Molecular Beam 9%
• Nonstoichiometric Compound 9%
• Anisotropy 7%
• Ion 6%
• Annealing 6%
• Shape 5%
• Spectroscopy 5%
• Surface 5%

Physics & Astronomy

• molecular beam epitaxy 54%
• thin films 33%
• magnetization 26%
• stoichiometry 15%
• oscillations 10%
• molecular beams 8%
• high energy electrons 8%
• sublattices 7%
• ions 7%
• laminates 7%
• flat surfaces 7%
• electron diffraction 6%
• electrostatics 6%
• oxidation 5%
• anisotropy 5%