Hybrid molecular beam epitaxy for the growth of stoichiometric BaSnO₃

Engineering & Materials Science

• Molecular beam epitaxy 100%
• Reflection high energy electron diffraction 66%
• Strain relaxation 27%
• Plasma sources 26%
• Barium 23%
• Epitaxial growth 22%
• Tin 18%
• Energy gap 18%
• Spectroscopy 18%
• Transmission electron microscopy 16%
• X rays 14%
• Oxides 13%
• Electronic equipment 13%
• Oxygen 13%
• Scanning electron microscopy 12%
• Substrates 11%
• Chemical analysis 10%

Chemical Compounds

• Molecular Beam Epitaxy 92%
• Reflection High Energy Electron Diffraction 69%
• Liquid Film 31%
• Electron Energy Loss Spectroscopy 26%
• Epitaxial Growth 26%
• Electron Mobility 25%
• Scanning Transmission Electron Microscopy 24%
• Band Gap 16%
• Strain 15%
• Spectroscopy 13%
• Plasma 13%
• Chemistry 12%
• Oxide 11%
• Dioxygen 10%
• Energy 10%

Physics & Astronomy

• molecular beam epitaxy 54%
• high energy electrons 32%
• electron diffraction 27%
• barium 16%
• electron mobility 16%
• x ray spectroscopy 16%
• epitaxy 15%
• tin 15%
• radio frequencies 13%
• chemistry 13%
• energy dissipation 12%
• electron energy 12%
• transmission electron microscopy 10%
• scanning electron microscopy 10%
• oscillations 10%
• oxides 10%
• oxygen 9%
• cells 8%
• spectroscopy 8%
• electronics 8%
• energy 4%