Field‐assisted sintering technology/Spark plasma sintering is a low voltage, direct current
(DC) pulsed current activated, pressure‐assisted sintering, and synthesis technique, which …

Perovskite solar cells show excellent power conversion efficiencies, long carrier diffusion
lengths and low recombination rates. This encourages a view that intragrain defects are …

Transmission electron microscopy is an indispensable tool in modern materials science. It
enables the structure of materials to be studied with high spatial resolution, and thus makes …

Using high-resolution imaging at negative spherical aberration of the objective lens in an
aberration-corrected transmission electron microscope, we measure the concentration of …

The consolidation of nano-sized composite materials presents a challenge using
conventional hot pressing methods. Spark plasma sintering (SPS) technology has shown …

We review the idea that domain boundaries, rather than domains, can carry information and
act as memory devices. Domains are bulk objects; their large response to changing external …

This paper seeks to present notable insights into the catalytic behavior of a ferroelectric
BaTiO3 nanomaterial at the boundary plane in the separation of MgH2 starting from 185° C …

Structural defects formed on {111} planes of BaTiO 3 during the degradation of high
performance multilayer Ni–BaTiO 3 X7R ceramic capacitors are studied using transmission …

In this chapter, the basic concepts and definitions of twinning, as well as the morphological,
genetic and lattice classifications of twins, are presented. Furthermore, twin boundaries are …

The high-resolution electron microscope has evolved into a sophisticated instrument that is
capable of routinely providing quantitative structural information on the atomic scale …