Photocatalytic water splitting represents a very promising but at the same time challenging
contribution to a clean and renewable route to produce hydrogen fuel. Developing efficient …

Perovskite solar devices are nowadays the fastest advancing photovoltaic technology. Their
large-scale application is however restrained by instability and toxicity issues. Alloying is a …

Heteroanionic oxysulfide perovskite compounds represent an emerging class of new
materials allowing for a wide range of tunability in the electronic structure that could lead to a …

A series of disordered Ca1. 5La0. 5FeRuO6, CaLaFeRuO6 and La2FeRuO6 double
perovskites were prepared by the solid-state reaction method and investigated by neutron …

This study focuses on the synthesis and physical properties of Mn doped LaNiO3 perovskite,
a potential candidate for magnetic refrigeration. Herein, we report the facile synthesis of Mn …

The structural, magnetic and dielectric properties of the hexagonal four-layered form of
SrMnO3 along with its fluorinated counterpart have been investigated. Among these, the …

In this manuscript, we have reported pro-oxidant activity of GdOF nanostructures under dark
condition which primarily depends on morphology and defect structure. As examined from …

Elpasolite-and cryolite-type oxyfluorides can be regarded as superstructures of perovskite
and exhibit structural diversity. While maintaining a similar structural topology with the …

Four distinct classes of multiferroics are usually being discussed in the literature, in which
ferroelectricity is respectively driven by electronic lone pairs, geometry, charge ordering, and …

Using first principles density functional theory calculations, we explore the atomic and
electronic structure of TiOF, aiming to understand the impact of fluoride substitution on the …