Magnetism is one of the important functionalities of materials and has been a basic research
subject to understand materials. Magnetism has been explored mainly in the field of solid …

1.1. Scope Magnetism is one of the important functionalities of materials and has been a
basic research subject to understand materials. Magnetism has been explored mainly in the …

New types of phase transitions occurring in molecule-based materials have recently drawn
great attention, in which electrons are directly involved. In this paper are given calorimetric …

We show here that mixed-valence (MV) magnetic molecules with a significant electron
delocalization are extremely sensitive to an external electric field. In particular, we focus on …

We propose the use of an electric field stimulus to strongly affect the optical properties of
ferromagnetic mixed-valence (MV) dimers. This proposal is based on the prediction of an …

An approximate quasidynamical model is proposed to describe electron transfer bands of
mixed-valence charge-ordered crystals. Within the scope of this model the adiabatic …

We demonstrate that the borderline class II/III magnetic MV dimers, which can be referred to
as single molecule multiferroics, provide a unique possibility to achieve electric field control …

The theory of charge ordering and phase transitions in molecular crystals consisting of
dimeric mixed-valence iron clusters is developed. It is supposed that the cluster contains …

In this article we review applications of the concepts of the Jahn–Teller effect in molecular
magnetism. The scope of the contemporary field of molecular magnetism and its fascinating …

The manifestations of an external direct current (dc) electric field on the magnetic and
polarizability characteristics of trimeric CuII–CuII–CuIII mixed‐valence clusters were …