The perovskite structure microwave dielectric ceramic thin films have been deposited by
radio frequency (RF) magnetron sputtering on SiO 2 (110) substrates. Subsequently …

The emission of wide band photoluminescence showed a synergic effect on barium
zirconate and barium titanate thin films in alternate multilayer system at room temperature by …

Amorphous barium titanate nanothin films were prepared by sol–gel dip-coating method.
According to transmission spectrum, the refractive index and optical band gap of nanothin …

The excellent energy storage performances of dielectric materials, a high energy density
and efficiency, the stability in a wide range of temperature, frequency and cycling time, are …

The effect of substrate temperature and oxygen pressure on linear and nonlinear optical
properties of pulsed laser deposited barium titanate BaTiO 3 (BTO) thin films is reported in …

In the present work, an improved method is developed for preparing highly pure ultrathin
barium titanate nanostructured films with desired structural and morphological …

A thermal treatment below the crystallization temperature followed by rapid cooling down
was adopted onto as-deposited BaTiO 3 (BTO) amorphous films to freeze the microstructure …

In the current study we focus on dielectric properties (as a function of frequency and
temperature) of a polymeric composite system composed of polyvinyl alcohol and barium …

BaTiO3 films are extensively used in many electrical devices, because they offer remarkable
dielectric and ferroelectric properties. Here, we demonstrate a powerful, nanoparticle-based …

In an attempt to build a CMOS-compatible process with reduced thermal budget for the
integration of barium titanate ferroelectric films into Si-based MEMS and IC devices, BaTiO3 …