The FeCoNi medium entropy alloy (MEA) has good alternating current (AC) magnetic
properties but poor mechanical properties. This limits its application in soft magnetic …

Kinetic and operational electrolysis parameters determine the polarization characteristics,
electrodeposition current efficiency, morphology, chemical composition and microstructure …

Nanostructured nickel-iron-tungsten alloy coatings were electrodeposited from an ammonia
citrate bath on steel and copper substrates at current densities in the range of 50 to 300 mA …

Nanostructured nickel-iron-tungsten alloys were produced by electrodeposition from an
ammoniacal citrate bath. The tungsten content of the alloy ranged from 0.8 wt.% to 11 wt …

A nanostructured Ni–Fe–W powder was obtained by electrodeposition from ammonium
citrate electrolyte within the current density range of 500–1000 mA cm− 2 at the electrolyte …

A dark gray nanostructured coating of an alloy composed of 87.3 wt.% Ni, 11.3 wt.% Fe and
1.4 wt.% W (Ni 87.3 Fe 11.3 W 1.4) was electrodeposited from an ammonia citrate bath on a …

Nanostrukturni depozit legure Ni-11, 3Fe-1, 4W dobijen je elektrodepozicijom iz amonijačno-
citratnog kupatila na gustini struje 600 mAcm-2. XRD analiza je pokazala da se depozit …

Abstract Nanostructured 85.8 wt% Ni–10.6 wt% Fe–1.4 wt% W–2.2 wt% Cu alloy powder
was deposited from an ammonium citrate bath at a current density of 600 mAcm− 2. A …

The mechanical activation of the Ni 85.8 Fe 10.6 Cu 2.2 W 1.4 powder mixture in the time
intervals of 30-210 min in combination with thermal treatment at 393-873 K resulted in …

An advantage of this approach is that tiles made of heterogeneous natural materials can be
built into urban objects of different architecture and energy profiles. Their right position in a …