Pressure-Induced Phase Transformations (Volume II) (MDPI - Multidisciplinary Digital Publishing Institute, 2023)
Keywords: ab initio; ab initio calculations; alpha–epsilon; antiferroelectric; band gap; charge density wave; chemical components; chemical substitution; copper halides; corresponding states; CrVO4-type structure; density functional theory; di-p-tolyl disulfide; DyScO3; elastic anomalies; elasticity; electronic properties; electronic transition; elemental solids; enthalpy difference components; equation of state; ferroelectric; FeVO4 under pressure; first principles; first principles calculations; garnet; group VB transition metals; hardening-like effect; hidden polymorph; high pressure; high pressure and high temperature; high pressure diffraction; high-pressure DFT; high-pressure effects; high-pressure polymorph; high-pressure studies; HPHT diamond; inclusion; infrared spectroscopy; iron; kinetic lines; LaAgSb2; LaAuSb2; lattice dynamics; luminescence; Mathematics and Science; mechanical properties; metastability; molecular crystals; molecular dynamics simulations; niobate; nonequilibrium conditions; phase boundaries; phase diagram; phase relations; phase stability; phase transformation; phase transition; phase transitions; phonons; Physics; PL mapping; plasticity; pressure; Raman; Raman modes; Raman scattering; Raman spectroscopy; ramp; rare earth orthophosphate; rare earth tantalates; Reference, Information and Interdisciplinary subjects; relative stability; Research and information: general; resistivity; shock wave; stability; structural transition; synchrotron radiation; tensile strain; topological analysis of bonds; vibrational properties; Wigner–Seitz radii; X-ray diffraction