TY - BOOK ID - 145618030 TI - Pressure-Induced Phase Transformations PY - 2020 PB - Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute DB - UniCat KW - Research & information: general KW - vanadate KW - zircon KW - high pressure KW - band gap KW - phase transition KW - optical absorption KW - benzene phase I KW - homogeneous melting KW - Ostwald’s step rule KW - molecular dynamics simulation KW - metastable phase KW - melting transition KW - Fe KW - electrical resistivity KW - thermal conductivity KW - heat flow KW - thermal and chemical convection KW - sesquioxides KW - phase transitions KW - Laue diffraction KW - mechanisms of phase transitions KW - reactivity KW - tungsten KW - rhenium KW - carbon dioxide KW - carbonates KW - high-pressure high-temperature experiments KW - quantum spin liquids KW - frustrated magnets KW - quantum phase transitions KW - high-pressure measurements KW - phase diagram KW - quantum molecular dynamics KW - melting curve KW - Z methodology KW - multi-phase materials KW - epsomite KW - dehydration reaction KW - Raman spectra KW - electrical conductivity KW - high-pressure phase transitions KW - molecular crystals KW - computational methods KW - DFT and Force Field methods KW - energy calculations KW - intermolecular interactions KW - Landau theory KW - nonlinear elasticity theory KW - perovskites KW - fullerenes KW - polymerization KW - pressure-induced KW - Raman KW - infrared laser KW - laser-heated diamond anvil cell KW - synchrotron radiation KW - extreme conditions KW - vanadate KW - zircon KW - high pressure KW - band gap KW - phase transition KW - optical absorption KW - benzene phase I KW - homogeneous melting KW - Ostwald’s step rule KW - molecular dynamics simulation KW - metastable phase KW - melting transition KW - Fe KW - electrical resistivity KW - thermal conductivity KW - heat flow KW - thermal and chemical convection KW - sesquioxides KW - phase transitions KW - Laue diffraction KW - mechanisms of phase transitions KW - reactivity KW - tungsten KW - rhenium KW - carbon dioxide KW - carbonates KW - high-pressure high-temperature experiments KW - quantum spin liquids KW - frustrated magnets KW - quantum phase transitions KW - high-pressure measurements KW - phase diagram KW - quantum molecular dynamics KW - melting curve KW - Z methodology KW - multi-phase materials KW - epsomite KW - dehydration reaction KW - Raman spectra KW - electrical conductivity KW - high-pressure phase transitions KW - molecular crystals KW - computational methods KW - DFT and Force Field methods KW - energy calculations KW - intermolecular interactions KW - Landau theory KW - nonlinear elasticity theory KW - perovskites KW - fullerenes KW - polymerization KW - pressure-induced KW - Raman KW - infrared laser KW - laser-heated diamond anvil cell KW - synchrotron radiation KW - extreme conditions UR - https://www.unicat.be/uniCat?func=search&query=sysid:145618030 AB - This book is a printed edition of the Special Issue of Crystals entitled Pressure-Induced Phase Transformations. It includes selected articles on the behavior of matter under high-pressure and high-temperature conditions, describing and discussing contemporary achievements, which were selected based on their relevance and scientific quality. ER -