Thermal-induced changes in molecular magnets based on Prussian blue analogues

Engineering & Materials Science

• Solid solutions 98%
• Cobalt compounds 92%
• Magnets 89%
• Heating 62%
• Reaction products 57%
• Charge transfer 56%
• Spectroscopy 48%
• Zinc 47%
• Crystalline materials 45%
• Atoms 45%
• Crystals 43%
• X ray diffraction 43%
• Hot Temperature 42%
• Pyrolysis 41%
• Ions 40%
• Iron 39%
• Infrared radiation 37%
• Decomposition 31%
• Metals 28%
• Water 23%
• Temperature 17%

Physics & Astronomy

• cobalt compounds 76%
• solid solutions 71%
• magnets 71%
• analogs 70%
• heating 55%
• linkages 51%
• reaction products 49%
• thermal decomposition 48%
• zinc 38%
• charge transfer 37%
• occurrences 35%
• interactions 34%
• decomposition 33%
• iron 31%
• water 24%
• diffraction 23%
• spectroscopy 22%
• metals 22%
• atoms 22%
• crystals 21%
• ions 20%
• x rays 19%

Chemistry

• Ferricyanide 100%
• Ferrocyanide 81%
• Blue 63%
• Solid Solution 36%
• Ferrimagnetic 28%
• Iron Atom 25%
• Reaction Intermediate 22%
• Antiferromagnetic 21%
• Cubic Space Group 18%
• Hexagonal Space Group 17%
• Charge Transfer 15%
• Pyrolysis 15%
• Spectroscopy 14%
• Decomposition 14%
• Chemical Transformation 13%
• Purity 11%
• X-Ray Diffraction 10%
• Metal 9%
• Ion 8%