Thermo-chemical and thermo-physical properties of the high-pressure phase anhydrous B (Mg₁₄Si₅O₂₄): An ab-initio all-electron investigation

Earth & Environmental Sciences

• periclase 90%
• forsterite 81%
• discontinuity 56%
• acoustics 52%
• physical property 50%
• wadsleyite 49%
• stishovite 49%
• ringwoodite 48%
• electron 44%
• Gibbs free energy 41%
• bulk modulus 41%
• wave dispersion 41%
• matrix 38%
• thermodynamic property 38%
• thermal expansion 37%
• shear modulus 37%
• heat capacity 37%
• Poisson ratio 37%
• Young modulus 36%
• frost 33%
• enthalpy 32%
• chemical 31%
• symmetry 30%
• slab 28%
• wavelength 24%
• mantle 23%
• cold 22%
• mineral 17%
• energy 15%
• temperature 12%
• analysis 8%
• effect 7%
• method 7%

Physics & Astronomy

• thermophysical properties 72%
• periclase 64%
• forsterite 57%
• Brillouin zones 45%
• discontinuity 37%
• specific heat 33%
• stishovite 33%
• Hessian matrices 32%
• frost 30%
• harmonics 29%
• electrons 27%
• wave dispersion 26%
• transverse waves 26%
• Earth mantle 25%
• Gibbs free energy 25%
• sine waves 25%
• acoustics 24%
• longitudinal waves 24%
• Poisson ratio 22%
• internal energy 22%
• bulk modulus 21%
• preserving 21%
• minerals 21%
• vibration mode 19%
• enthalpy 19%
• eigenvectors 18%
• slabs 18%
• thermal expansion 18%
• thermodynamic properties 17%
• modulus of elasticity 17%
• physical properties 16%
• tensors 16%
• optics 15%
• shear 14%
• symmetry 12%
• matrices 11%
• wavelengths 10%

Chemical Compounds

• Brillouin Zone 100%
• Vibrational Frequency 62%
• Wave 59%
• Thermodynamic Property 56%
• Debye Temperature 47%
• Poisson Ratio 45%
• Strain 44%
• Bulk Modulus 43%
• Shear Modulus 42%
• Internal Energy 40%
• Slab Like Crystal 36%
• Thermal Expansion 34%
• Young's Modulus 33%
• Molar Volume 33%
• Heat Capacity 32%
• Mineral 25%
• Enthalpy 25%
• Gibbs Free Energy 24%
• Volume 18%