Photochemical growth of metal particles on ferroelectric films has usually been found to depend on polarization effect solely.This research exploits the interplay of the film/electrode interface barri
The central challenge in tunable magnetic microwave devices lies in finding an energy efficient way to perform wide range ferromagnetic resonance (FMR) voltage tuning in a reversible and reproducible
In recent years,extensive researches on multiferroics have been performed with motivations to understand the nontrivial cross-coupling mechanism between magnetism and ferroelectricity as well as to se
Multiferroic materials have attracted much attention recently due to their application for memory,sensor,and spintronics devices.[1,2]Among rare multiferroic materials,BiFeO3is the most promising one
High-quality-factor and low temperature coefficient of the resonant frequency Ca0.66Ti0.34La0.3Al0.3O3 ceramics had been prepared by the conventional solid-state reaction method,and their microwave di
RRAM,which depends on the electrically switchable resistance based on ionic motion to store and process information,is regarded as one of the promising candidates for the next-generation memories due
We use a combination of first-principles method and phenomenological theoretical techniques to study the fundamental physics of novel materials and multifunctional materials.We focus on the research o
It is well-known that it has two modifications,a low-temperature phase (β-CuAgSe) and a high temperature phase (α-CuAgSe).Thermoelectric properties of CuAgSe compounds were studied in the temperature