Publication | Closed Access
Phase transition of spiropyrans: impact of isomerization dynamics at high temperatures
19
Citations
25
References
2019
Year
Spiropyran DerivativesMolecular KineticsPhase TransitionsEngineeringPhase EquilibriumUnusual Phase TransitionsOrganic ChemistryHigh TemperaturesThermodynamicsChemistryPhase SeparationCrystallographyMedicineCrystal FormationChemical KineticsIsomerization DynamicsBiophysicsTransformation Kinetics
Isomerization behaviors of spiropyran derivatives in neat condensed phase were studied to understand their unusual phase transitions including cold-crystallization after extreme supercooling down to -50 °C. Compounds with different functional groups were compared, and the equilibrium between isomers at high temperatures was found to determine phase transitions.
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