Magnetic and electronic properties of La1-x Srx Co O3 single crystals across the percolation metal-insulator transition

Engineering & Materials Science

• Metal insulator transition 100%
• Magnetoresistance 84%
• Electronic properties 81%
• Magnetic properties 64%
• Single crystals 61%
• Doping (additives) 59%
• Spintronics 54%
• Coercive force 49%
• Phase separation 45%
• Colossal magnetoresistance 39%
• Jahn-Teller effect 37%
• Galvanomagnetic effects 37%
• Crystal symmetry 31%
• Manganites 30%
• Giant magnetoresistance 28%
• Polycrystals 24%
• Saturation magnetization 23%
• Chemical analysis 22%
• Phase diagrams 22%
• Transport properties 22%
• Temperature 21%
• Magnetization 20%
• Coalescence 20%
• Thermodynamic stability 18%
• Crystals 17%

Chemical Compounds

• Metal Insulator Transition 75%
• Percolation 63%
• Negative Magnetoresistance 58%
• Electronic Property 43%
• Magnetic Property 42%
• Coercivity 41%
• Spin State 39%
• Single Crystalline Solid 37%
• Molecular Cluster 34%
• Phase Separation 30%
• Giant Magnetoresistance 28%
• Magnetoresistance 24%
• Magnetic Ordering 22%
• Curie Temperature 21%
• Crystal System 20%
• Antiferromagnetic 17%
• Transport Property 16%
• Magnetization 16%
• Phase Diagrams 16%
• Polycrystalline Solid 15%

Physics & Astronomy

• insulators 38%
• magnetic properties 37%
• single crystals 32%
• electronics 27%
• metals 27%
• coercivity 24%
• incompatibility 17%
• polycrystals 14%
• doped crystals 13%
• coalescing 12%
• crossovers 11%
• thermal stability 11%
• signatures 10%
• occurrences 10%
• transport properties 10%
• phase diagrams 10%
• saturation 9%
• magnetization 8%
• electrical resistivity 8%
• temperature 7%
• symmetry 7%
• matrices 7%
• crystals 6%