Order-disorder structural phase transition and magnetocaloric effect in organic-inorganic halide hybrid (C₂H₅NH₃)₂CoCl₄

Engineering & Materials Science

• Magnetocaloric effects 100%
• Spin orbit coupling 58%
• Phase transitions 57%
• Ground state 41%
• Density functional theory 41%
• Transition metals 40%
• Absorption spectra 40%
• Positive ions 34%
• Optical properties 34%
• Magnetic properties 33%
• Cobalt 32%
• Single crystals 32%
• Structural properties 30%
• Specific heat 29%
• Atoms 28%
• Magnets 28%
• Evaporation 27%
• Crystals 27%
• Magnetic fields 24%
• Entropy 23%
• Temperature 22%
• Carbon 21%
• Heating 19%
• Cooling 19%

Chemical Compounds

• Magnetocaloric Effect 83%
• Structural Phase Transition 71%
• Order Disorder Transition 67%
• Electron Spin 46%
• Halide 42%
• Tetrahedral Crystal 35%
• Spin-Orbit Coupling 22%
• Pnma 21%
• P212121 20%
• Heat Capacity 18%
• Magnetic Field 17%
• Evaporation 16%
• Cooling 16%
• Entropy 15%
• Magnetic Property 14%
• Ammonium 14%
• Ground State 14%
• Space Group 13%
• Optical Property 13%
• Absorption Spectrum 13%
• Transition Element 13%
• Single Crystalline Solid 13%
• Molecular Cluster 12%
• Chemical Transformation 11%
• Cation 10%
• Ambient Reaction Temperature 10%
• Carbon Atom 8%

Physics & Astronomy

• halides 59%
• disorders 42%
• tetrahedrons 31%
• order-disorder transformations 20%
• molecular clusters 18%
• electronic spectra 16%
• cobalt 12%
• cations 11%
• transition metals 11%
• routes 11%
• magnets 11%
• specific heat 10%
• evaporation 10%
• absorption spectra 10%
• entropy 10%
• orbits 10%
• magnetic properties 9%
• cooling 9%
• carbon 9%
• ground state 9%
• optical properties 9%
• heating 8%
• single crystals 8%
• symmetry 8%
• room temperature 7%
• atoms 7%
• magnetic fields 6%
• crystals 6%
• interactions 5%