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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Titre: Emerging Trends in Molecular Design of Ligands for Iron(II) Spin Crossover Compounds for Energy-saving “Green” Technologies (Controlled Solar Absorption and Barocalorics)
Sous-titre: Monograph
Auteurs: M. Seredyuk (Auteur), K. Znovjyak (Auteur), Y. Moroz (Auteur), N. Kariaka (Auteur)
Année de publication: 2025
Pages: 158
N° de catalogue: V1642652
ISBN (PDF): 9783389159064
ISBN (Livre): 9783389159071
Langue: anglais
mots-clé: emerging trends molecular design ligands iron spin crossover compounds energy-saving green” technologies controlled solar absorption barocalorics
Sécurité des produits: GRIN Publishing GmbH

Citation du texte: M. Seredyuk (Auteur), K. Znovjyak (Auteur), Y. Moroz (Auteur), N. Kariaka (Auteur), 2025, Emerging Trends in Molecular Design of Ligands for Iron(II) Spin Crossover Compounds for Energy-saving “Green” Technologies (Controlled Solar Absorption and Barocalorics), Munich, GRIN Verlag, https://www.grin.com/document/1642652

Emerging Trends in Molecular Design of Ligands for Iron(II) Spin Crossover Compounds for Energy-saving “Green” Technologies (Controlled Solar Absorption and Barocalorics)

Monograph

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