Calorimetric study of high-pressure polymorphs of MnSiO₃

Earth & Environmental Sciences

• garnet 58%
• clinopyroxene 54%
• transition 39%
• stishovite 27%
• enthalpy 27%
• entropy 24%
• thermal expansion 10%
• volume change 10%
• phase equilibrium 9%
• calorimetry 9%
• compressibility 9%
• pyroxene 9%
• atmospheric pressure 8%
• olivine 8%
• transform 7%
• material 3%

Engineering & Materials Science

• Garnets 100%
• Polymorphism 79%
• Enthalpy 27%
• Entropy 22%
• Olivine 14%
• Calorimetry 11%
• Phase equilibria 10%
• Compressibility 10%
• Atmospheric pressure 10%
• Thermal expansion 9%
• Temperature 3%

Chemical Compounds

• Entropy 51%
• Enthalpy 49%
• Compressibility 24%
• Phase Equilibrium 24%
• Pressure 24%
• Volume 24%
• Thermal Expansion 22%
• Disproportionation 21%
• Calorimetry 19%
• Tetragonal Space Group 18%