Thermal properties significantly differ when predicted using gas-phase versus CPCM calculations, which emphasize the role of quantum-chemical descriptors.
Key evidence reveals that quantum-chemical descriptors can effectively model the thermal properties of alkylammonium mesylates across varying conditions.
The study utilizes QSPR modeling to analyze thermal properties, focusing on the discrepancies between gas-phase and CPCM calculation methods.
Findings may enable improved prediction models for thermal behaviors, offering insights into the behavior of similar compounds in theoretical frameworks.