With the continued demand for ultrahigh density ferroelectric data storage applications, it is
becoming increasingly important to scale the dimension of ferroelectrics down to the …

Ferroelectric materials have emerged in recent years as an alternative to magnetic and
dielectric materials for nonvolatile data-storage applications,,,,. Lithography is widely used to …

▪ Abstract Unique ferroelastic polytwin domains are formed in epitaxial ferroelectric thin films
prepared on single-crystal substrates and critically influence various ferroelectric properties …

Darwin's dynamical theory of X-ray diffraction is extended to the case of lateral (ie, having a
finite length in the lateral direction) crystalline structures. This approach allows one to …

The new dynamical diffraction approach to X-ray diffraction on lateral crystalline structures
has been developed to investigate the angular and spatial distribution of wavefields in the …

A three-dimensional phase-field model was developed for studying domain structures in
ferroelectric islands attached onto a substrate. It simultaneously takes into account the long …

Low-dimensional ferroelectric topological textures show abundant configurations such as
flux-closure quadrants and vortices, suggesting potential applications in nano-electronic …

Three-dimensional reciprocal space mapping (3D-RSM) offers crucial insights into the
intricate microstructural properties of materials, including spatial domain distribution …

A novel preparation method, which involves the use of microemulsions, sol–gel chemistry
and chemical solution deposition, has been developed in this work for the preparation of …

Ferroelectric nanostructures can be formed by local switching of domains using techniques
such as piezo-force microscopy (PFM). Understanding the dependence of the switching …