Strain-induced majority carrier inversion in ferromagnetic epitaxial LaCo O3-δ thin films

Engineering & Materials Science

• Ferromagnetism 100%
• Epitaxial films 84%
• Magnetism 80%
• Hall effect 76%
• Tensile strain 69%
• Neutrons 61%
• Thin films 52%
• Valence bands 50%
• Magnetometry 49%
• Conduction bands 47%
• Oxygen vacancies 43%
• Density functional theory 41%
• Band structure 39%
• Synchrotrons 37%
• Magnetization 33%
• Activation energy 29%
• Transmission electron microscopy 28%
• X ray diffraction 27%
• Scanning 21%
• Substrates 19%

Chemical Compounds

• Hall Effect 53%
• Ferromagnetism 46%
• Magnetism 40%
• Neutron 37%
• Tension 35%
• Ferroelastic Domain 33%
• Liquid Film 27%
• Effective Mass 26%
• Curie Temperature 22%
• Magnetometry 22%
• Valence Band 20%
• Conduction Band 20%
• Superlattice 19%
• Electronic Band Structure 18%
• Magnetization 17%
• Orbital 15%
• Strain 13%
• Reaction Activation Energy 12%
• Transmission Electron Microscopy 12%
• Density Functional Theory 11%
• Probe 11%
• Dioxygen 9%

Physics & Astronomy

• majority carriers 71%
• inversions 45%
• ferromagnetism 36%
• Hall effect 34%
• thin films 28%
• neutrons 24%
• electrical resistivity 23%
• occupation 18%
• magnetic measurement 17%
• Curie temperature 16%
• synchrotrons 16%
• conduction bands 16%
• density functional theory 14%
• activation energy 13%
• valence 13%
• orbitals 13%
• transmission electron microscopy 12%
• magnetization 12%
• scanning 11%
• oxygen 11%
• probes 11%
• profiles 10%
• diffraction 9%
• electronics 9%
• x rays 8%