Glassy ferromagnetism and magnetic phase separation in La_1−xSr_xCoO₃

Engineering & Materials Science

• Ferromagnetism 100%
• Magnetic separation 79%
• Phase separation 72%
• Magnetization 66%
• Metal insulator transition 52%
• Doping (additives) 46%
• Magnetoresistance 44%
• Colossal magnetoresistance 31%
• Galvanomagnetic effects 29%
• Enhanced magnetoresistance 26%
• Temperature 22%
• Electronic properties 21%
• Ground state 20%
• Magnetic properties 16%
• Coalescence 16%
• Freezing 15%
• Ions 12%
• Cooling 9%
• Chemical analysis 9%

Chemical Compounds

• Ferromagnetism 70%
• Magnetization 52%
• Curie Temperature 50%
• Phase Separation 48%
• Negative Magnetoresistance 46%
• Ferromagnetic Ordering 41%
• Metal Insulator Transition 39%
• Percolation 33%
• Spin State 31%
• Magnetoresistance 19%
• Molecular Cluster 18%
• Cluster Model 17%
• Cooling 12%
• Electron Spin 11%
• Electronic Property 11%
• Magnetic Property 11%
• Ground State 11%
• Glass 9%
• Conductivity 9%
• Ambient Reaction Temperature 7%
• Ion 5%

Physics & Astronomy

• ferromagnetism 54%
• Curie temperature 25%
• magnetization 24%
• magnetic permeability 20%
• insulators 13%
• cusps 10%
• spin glass 9%
• metals 9%
• freezing 9%
• coalescing 8%
• tendencies 8%
• moments 6%
• magnetic properties 6%
• cooling 6%
• ground state 6%
• conductivity 6%
• temperature dependence 6%
• room temperature 5%
• electronics 4%
• ions 4%
• temperature 2%