Mechanism and microstructural evolution of polyol mediated synthesis of nanostructured M-type SrFe₁₂O₁₉

Engineering & Materials Science

• Polyols 100%
• Strontium 97%
• Microstructural evolution 85%
• Hematite 66%
• Coercive force 64%
• Magnetite 63%
• Annealing 45%
• Oxides 39%
• Solvation 37%
• Differential thermal analysis 29%
• Glycols 29%
• Hydrolysis 27%
• Hysteresis loops 27%
• Magnetization 27%
• Condensation 23%
• X ray diffraction 22%
• Heat treatment 20%
• Powders 18%
• Monitoring 13%
• Temperature 9%

Physics & Astronomy

• strontium oxides 73%
• hematite 56%
• magnetite 51%
• synthesis 50%
• coercivity 42%
• annealing 27%
• hydrolysis 26%
• solvation 25%
• strontium 25%
• glycols 24%
• thermal analysis 22%
• condensation 20%
• heat treatment 18%
• hysteresis 17%
• atmospheres 16%
• magnetization 15%
• room temperature 12%
• diffraction 12%
• x rays 10%

Chemistry

• Polyol 72%
• Coercivity 54%
• Hematite 50%
• Magnetite 47%
• Annealing 36%
• Diethylene Glycol 28%
• Oxide 24%
• Hysteresis 22%
• Differential Thermal Analysis 22%
• Magnetization 21%
• Solvation 19%
• Heat Treatment 19%
• Hexagonal Space Group 18%
• Condensation 16%
• Hydrolysis 14%
• Ambient Reaction Temperature 12%
• X-Ray Diffraction 11%
• Application 7%