Polymer-based piezoelectric composites (PPCs) demonstrate superior mechanical-
vibrational energy harvesting and dissipating (EHD) capabilities. Piezoelectric materials …

With the continuous development and progress of flexible electronic technology, the
flexibility requirements are becoming more and more stringent for each device component …

The conversion of mechanical energy (vibration) to electrical signal (voltage/power) is one of
the versatile phenomena in energy harvesting process. In the effort to develop self-powered …

The high-content ceramic-epoxy nanocomposites for highly sensitive piezoelectric pressure
sensor were fabricated using Pb (Zr 1/2 Ti 1/2) O 3-(Pb (Zn 1/3 Nb 2/3) O 3-Pb (Ni 1/3 Nb …

Organic-inorganic piezoelectric nanogenerators (PNGs) have attracted extensive attention
for transforming mechanical energy into electricity in the field of self-powered wearables …

In this study, cement based piezoelectric composites have been prepared from Portland
cement with the addition of 70 vol.% of PZT powders and various amounts of modified CNTs …

PZT/PVDF composites (0–3 type) doped with carbon nanotubes were prepared by flowing.
The effect of the carbon nanotubes on the performance of the PVDF matrix and PZT/PVDF …

The PZT/polyvinyl chloride (PVC) composites are prepared by hot-pressing technique using
a novel nanocrystalline PVC. The d33 value observed in this work for the 0.5 PZT/0.5 PVC …

In previous studies, we obtained sufficient electricity to turn on a light-emitting diode by
amplifying the solar radiation pressure (SRP) using surface plasmons generated on a metal …

Lead-free piezoelectric materials are essential for our healthy future but offer lower
performance than lead-based materials. Different material combinations are explored to …