Tungsten‑copper (Wsingle bondCu) composites/pseudo alloys with excellent properties are
extremely desirable for applications as electrode materials, functional graded materials …

Tungsten copper (W-Cu) composites, as a traditional refractory material, are promising
materials for manufacture of electrical contacts and electrodes, heavy duty electronic …

In this study, high performance W–Mo–Cu–Ni–Fe alloy samples with additions of Mo (0–6
wt%), Ni and Fe (total content: 2.5 wt% and 5 wt%) were obtained through liquid-phase …

In this paper, excellent performance W-Cu-Ni-Fe alloys with the addition of Ni and Fe (total
content: 5 wt%) were successfully prepared by low temperature liquid-phase sintering, using …

Elemental powders of nanosized tungsten and chemically deposited nanosized copper
were used for preparing tungsten/copper composites, which are used as electric contact …

In this work, graphene was chosen to add into W70Cu30 alloys to develop properties of arc
erosion. The effect of graphene addition on arc ablation behavior of W70Cu30 contacts was …

In this study, a direct diffusion bonding method is designed to bond tungsten (W) and copper
(Cu) without using an interlayer metal at a temperature close to the melting point of copper …

Spark plasma sintering (SPS) is a promising method for producing high performance Cu-W
composite with high copper and low tungsten content, which has wide application space in …

W–Cu alloys are typically used for heat sinks, radiation shielding or high performance
contact materials. Their immiscibility leads to interpenetrating structures, with typically …

Copper and its alloys are used as heat sink materials for next generation fusion devices and
will be joined to tungsten as an armour material. However, the joint of W and Cu …