Compositional Control and Optimization of Molecular Beam Epitaxial Growth of (Sb₂Te₃)_{1- x}(MnSb₂Te₄)_xMagnetic Topological Insulators

Engineering & Materials Science

• Topological insulators 100%
• Molecular beams 86%
• Epitaxial growth 68%
• Antiferromagnetic materials 15%
• Quantum Hall effect 14%
• Fluxes 11%
• Growth temperature 11%
• Molecular beam epitaxy 10%
• Spintronics 10%
• Crystal lattices 10%
• Self assembly 9%
• Magnetic properties 8%
• Crystalline materials 7%
• Annealing 6%

Chemical Compounds

• Epitaxial Growth 59%
• Molecular Beam 58%
• Nonconductor 54%
• Hall Effect 35%
• Molecular Beam Epitaxy 34%
• Spintronics 31%
• Antiferromagnetic 23%
• Magnetic Property 19%
• Annealing 19%
• Modification 13%
• Crystal Structure 12%

Physics & Astronomy

• molecular beams 49%
• insulators 35%
• optimization 32%
• antisite defects 8%
• quantum computation 6%
• self assembly 6%
• crystal lattices 6%
• Hall effect 5%
• molecular beam epitaxy 5%