We combine high field polarization, magneto-infrared spectroscopy, and lattice dynamics
calculations with prior magnetization to explore the properties of (NH4) 2 [FeCl5·(H2O)]─ a …

We combined synchrotron-based infrared absorbance and Raman scattering
spectroscopies with diamond anvil cell techniques and a symmetry analysis to explore the …

Owing to their overall low energy scales, flexible molecular architectures, and ease of
chemical substitution, molecule-based multiferroics are extraordinarily responsive to …

We present a neutron vibrational spectroscopy study to investigate the influence of NH 4+
motion on the magnetism in [(NH 4) 1− x K x] 2 [FeCl 5 (H 2 O)]. The parent compounds,(NH …

We present a study of the dielectric, structural, and magnetic properties of the multiferroic or
linear magnetoelectric substitution series [(NH 4) 1− x K x] 2 [Fe Cl 5 (H 2 O)]. Pyroelectric …

The molecular compound (NH 4) 2 [FeCl 5 (H 2 O)] is a type-II multiferroic material, in which
incommensurate cycloidal order directly induces ferroelectric polarization. The multiferroic …

Due to the strong coupling between magnetism and ferroelectricity,(ND 4) 2 FeCl 5· D 2 O
exhibits several intriguing magnetic and electric phases. In this Letter, we include higher …

Density functional theory calculations have been performed for the structural, electronic,
magnetic, and ferroelectric properties of a mixed-valence Fe (ii)–Fe (iii) formate framework …

This thesis reports thorough studies on multiferroic and frustrated systems, whereby specific
focus was put on the investigation of multiferroic domain dynamics. For the respective …

Due to their low energy scales, flexible architectures, and unique exchange pathways,
molecule-based multiferroics host a number of unique properties and phase transitions …