During last decades, significant advances have been made in iron-based spin crossover
(SCO) complexes, with a particular emphasis on achieving reversible and reproducible …

Ferroelectric, pyroelectric, and piezoelectric compounds whose electric polarization
properties can be controlled by external stimuli such as electric field, temperature, and …

Molecular-based magnetoelectric materials are among the most promising materials for next-
generation magnetoelectric memory devices. However, practical application of existing …

The influence of dopant molecules on the structure and functionality of spin-crossover (SCO)
materials is surveyed. Two aspects of the topic are well established. Firstly, isomorphous …

The design of magnetic molecular materials exhibiting multiple functions has garnered
significant interest owing to their potential applications in molecular switches, sensors, and …

The integration of spin crossover (SCO) magnetic switching and electric polarization
properties can engender intriguing correlated magnetic and electric phenomena. However …

Research on the magnetoelectric (ME) effect (or spin-electric coupling) in molecule-based
magnetic materials is a relatively nascent but promising topic. Molecule-based magnetic …

The impact of molecular point groups on phase transition materials has been seldom
discussed. Two organic cations with different symmetries were incorporated into a [SnCl6] …

[Fe (bpp) 2][ClO4] 2 (bpp= 2, 6-bis {pyrazol-1-yl} pyridine; monoclinic, C2/c) is high-spin
between 5–300 K, and crystallises with a highly distorted molecular geometry that lies along …

Two mononuclear iron (III) complexes (XEA)[Fe (azp) 2]· H2O (H2azp= 2, 2′-azodiphenol,
XEA= 2-fluoroethylammonium and 2-chloroethylammonium) are synthesized, which exhibit …