This research explores the impact of Cu composition, heating temperature, and milling time
on the production of copper-tin alloy nanoparticles. By employing design of experiments …

The design and experimental verification of a deeply implanted conformal printed antenna is
presented. The hip implant acts as the ground plane for a coaxial-cable-fed trapezoidal …

The anodization or thermal treatments applied to alloys of titanium and zirconium have a
substantiated effect on the mixed-oxide layer formation compared to the naturally occurring …

Integrating titanium-based implants with the surrounding bone tissue remains challenging.
This study aims to explore the impact of different anodization voltages (20-80 V) on the …

Excellent biomedical metal implants should possess good mechanical properties,
biocompatibility, and bioactivity. However, biologically inert titanium alloys cannot achieve …

The corrosion behavior of the TiTaNbZrAg alloys with different amounts of tantalum (0%,
10% and 20%) and with distinct surface topography (smooth and rough) was investigated in …

In the present study, the effect of the Nb element on the lattice parameters, phase stability
and martensitic transformation behaviors of Ti-Zr-based shape memory alloys was …

Biomedical inside body wireless data transfer (WDT) interface includes the design of power
amplifiers (PAs) with implantable antenna leading to operate concurrently. Hence, active …

This research article investigates the impact of three input variables, including Cu
Composition (%), Heating Temperature (C), and Milling Time (h), on the final production of …

Materials are very important in several fields. Nanostructured TiO2 is a commonly
investigated and employed material thanks to its some excellent properties related to its …