A Ni-based tri-layer composite substrate designed as a substitute for traditional substrate
architecture, was obtained by sintering together two Ni–5at.% W layers on both sides of a …

One of the main challenges for coated conductor applications is to produce sharp cubic
textured alloy substrates with high strength and low magnetism. In this work, the cubic …

A simple and viable electrodeposition technique has been implemented to fabricate
nanocrystalline Ni-W electrodeposits from an alkaline citrate bath with variations of vanillin …

Electrodeposited Ni–W alloys have been investigated in the as-deposited state by
transmission electron microscopy in order to investigate the microstructural features in …

Mechanically strengthened, highly cube textured Ni–7 at.% W/Ni–12 at.% W multi-layer
substrates developed for coated conductors have been prepared by the advanced spark …

The development of reinforced and biaxially textured Ni5W/Ni9W/Ni5W composite substrate
for coated conductor applications is presented. The configuration of this substrate is a thin …

In order to obtain the sharp cube texture, a new process, the intermediate annealing rolling
technique, has been introduced to prepare the Ni7W substrate. In this paper, a cubic texture …

The mechanically strengthened, highly cube textured Ni-5 at.% W (Ni5W)/Ni-9.3 at.% W
(Ni9W) composite substrates have been developed as a possible low magnetic and …

We report on a novel technique of sparking plasma sintering to prepare Ni–W alloy
composite substrates with strong cube texture, high yield strength and reduced …

In this study, the microstructure, texture, and mechanical properties evolution of Ni-14W
(wt.%) alloy processed up to four cycles of accumulative roll-bonding (ARB) were …