Tungsten–copper (W–Cu) composite is a pseudoalloy prepared by powder metallurgy
method with tungsten and copper as the main components, which are widely used in …

Copper tungstate (CuWO 4) crystals were synthesized by the sonochemistry (SC) method,
and then, heat treated in a conventional furnace at different temperatures for 1 h. The …

A new method is proposed to explain and monitor wear behaviour based on energy
dissipation. The wear of a W–25wt% Cu composite against 52100 steel was used to …

The synthesis of various classic and less-common inorganic nanostructures (nanoparticles,
microflowers, nanourchins, nanofilms, nanorods, nanoleaves, nanowires, etc.) consisting …

W–25wt% Cu nanocomposite powder was prepared by thermochemical co-precipitation
method. Consolidation procedure was performed at 1200° C under hydrogen atmosphere …

The present work describes the effect of processing route on the densification of W-10 wt%
Cu nanocomposite. The spark plasma sinterability of the nanocomposites prepared through …

In the present investigation, Wsingle bond20–40wt.% Cu nanocomposite powders with
average sizes ranging between 25 and 30 nm were synthesized by a soft chemical …

This review presents a general survey on synthesis and processing techniques of tungsten
copper (W-Cu) composite powders for achieving electrical contact materials for power …

The reduction and carburization behavior of NiO–WO 3 mixtures by CO was studied using
thermogravimetric and differential thermal analysis techniques (TGA–DTA) with the aim of …

The study presents the research findings on electrical contact materials based on tungsten-
copper (W-Cu) composites containing 72±3 wt.% W, rest Cu, and up to 1.5 wt.% Ni …