Magnetic Phase Transition of La_1-xSr_xMnO₃ Induced by Charge Transfer and Interdiffusion

Engineering & Materials Science

• Charge transfer 81%
• Doping (additives) 70%
• Antiferromagnetism 69%
• Phase transitions 66%
• Ferromagnetism 56%
• Transition metal oxides 54%
• Manganites 54%
• Charge carriers 48%
• Density functional theory 47%
• Magnetism 46%
• Ferromagnetic materials 44%
• Phase diagrams 40%
• Rare earths 39%
• Magnetization 37%
• Polarization 29%
• Boundary conditions 24%
• Substrates 22%
• Temperature 12%

Chemical Compounds

• Ferromagnetic Material 100%
• Antiferromagnetism 92%
• Ferromagnetism 79%
• Antiferromagnetic 61%
• Magnetization 59%
• Phase Diagrams 57%
• Lanthanoid Atom 47%
• Polarization 47%
• Charge Transfer 44%
• Strength 40%