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Scientific Study from the year 2025 in the subject Chemistry - Materials Chemistry, , language: English, abstract: The monograph focuses on Fe(II) spin transition (ST) complexes for sustainable applications. It explores synthesis, properties, and tuning of ST via temperature, pressure, light, and phase changes, using heterocyclic ligands. The work proposes ST regulation via phase transitions for wax-like materials in thin layers, enabling optical bistables, piezo-sensors, chemosensors, solar absorbers, and barocaloric refrigerants, advancing green technology through molecular design.

Produktbeschreibung
Scientific Study from the year 2025 in the subject Chemistry - Materials Chemistry, , language: English, abstract: The monograph focuses on Fe(II) spin transition (ST) complexes for sustainable applications. It explores synthesis, properties, and tuning of ST via temperature, pressure, light, and phase changes, using heterocyclic ligands. The work proposes ST regulation via phase transitions for wax-like materials in thin layers, enabling optical bistables, piezo-sensors, chemosensors, solar absorbers, and barocaloric refrigerants, advancing green technology through molecular design.

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