Control of magnetism by isomerization of intercalated molecules in organic-inorganic hybrid systems

Engineering & Materials Science

• Isomerization 100%
• Magnetism 99%
• Hybrid systems 67%
• Molecules 66%
• Ions 63%
• Curie temperature 19%
• Perovskite 17%
• Cobalt 14%
• Photoisomerization 12%
• Copper 10%
• Intercalation 9%
• Positive ions 7%
• Phase transitions 6%
• Irradiation 6%
• Magnets 6%
• Electrons 6%

Chemical Compounds

• Magnetism 75%
• Isomerization 54%
• Ion 27%
• Molecule 23%
• Curie Temperature 15%
• Photochromism 13%
• Hydroxide 10%
• Photoisomerization 6%
• Antiferromagnetic 6%
• Ultraviolet Irradiation 5%
• Intercalation Compound 5%
• Halide 4%
• Chloride 3%
• Cation 3%
• Electron Particle 3%

Physics & Astronomy

• isomerization 79%
• molecules 36%
• ions 32%
• hydroxides 14%
• cobalt 11%
• Curie temperature 11%
• perovskites 10%
• copper chlorides 10%
• augmentation 7%
• intercalation 7%
• halides 6%
• cations 5%
• magnets 5%
• solid state 4%
• copper 4%
• irradiation 3%
• electrons 2%