Co-electrodeposition of nickel-chromium (Ni–Cr) alloy coating was performed on a copper
substrate from a sulfate-chloride bath. The effect of electrodeposition techniques namely …

Ni–Cr alloy thin films have been deposited using magnetron co-sputtering technique at room
temperature. Crystal structure was evaluated using GIXRD. Ni–Cr solid solution upto 40 at …

NiCr has been a popular choice for strain gage and electrical resistance application in
various fields of engineering and science. Therefore, the phases at this binary system have …

In this study, we prepare bilayer Ni–Cr/CrN films. A Ni–Cr resistive thin film was prepared by
DC sputtering from targets of Ni 0.8-Cr 0.2 casting alloy. A CrN protection thin film was …

Wearable devices have become one of the most promising modern technologies due to the
rapid development of network and sensor systems. Moreover, flexible sensors were …

Thin film thermocouples (TFTCs) can provide fast and accurate surface temperature
measurement with minimal impact on the physical characteristics of the supporting …

The present study investigated the formation of inorganic-metallic bilayer on Mg alloy by
combination of wet and dry plasma treatments. For this purpose, Mg alloy subjected to …

Abstract Ni-Cr (80–20 at.-%) thin films were synthesized by means of DC magnetron
sputtering on thermally sprayed Al 2 O 3 insolating coatings. In view of the application as a …

This study reports the behavior of the Ni20Cr alloy in molten nitrate salts. Its behavior was
evaluated in the eutectic mixture called Solar Salt (binary salt) and in a ternary mixture (90 …

In this paper, a new design method of structural absorbers was proposed by frequency
characteristic analysis of reflectivity function. A simplified Jaumann absorber is discussed, by …