Silver–nickel alloy nanoparticles with an average size of 30–40 nm were synthesized by
chemically reducing the mixture of silver and nickel salts using sodium borohydride. The …

Electrodeposition of some alloys and multilayer which exhibits the giant magneto resistance
(GMR) effect, have been the subject of numerous studies. They have great potential for …

This research presents the study on the structural-phase states and magnetoresistive
properties of thin nanogranular film alloys based on Cu and Co with a total concentration of …

Silver-nickel alloy nanoparticles with varying size were synthesized by reducing the metal
precursors chemically using a single-step solution-based synthesis route. The structural …

The influence of the composition of alloy thin films based on Co and Cu on their structural-
phase state, electrophysical and magnetotransport properties is presented. The studies …

The magnetoresistance of Co–Ag granular films composed of superparamagnetic and
ferromagnetic particles was studied at different temperatures. The increase in the GMR …

Nanocrystalline silver–nickel deposits were prepared by pulsed electrolysis at different
current densities from nontoxic complex electrolytes of two compositions containing silver …

We report on the electrodeposition of Co–Ag granular films with GMR from a chloride-based
electrolyte. Two different electrochemical techniques (chronoamperometry and pulse …

Nanocrystalline Ag–Fe alloy samples of various compositions were synthesized by chemical
reduction method using sodium borohydride as the reducing agent. The structure analysis of …

With the giant magnetoresistance (GMR) effect serving as a vital component in modern
spintronic technologies, researchers are dedicating significant efforts to improve the …