The interfacial wettability between reinforcing phases and metal matrices plays a crucial role
in determining the arc damage behavior of metallic electrical contact materials. In recent …

Due to the high cost and limited availability of lithium, Mg-based batteries are currently being
investigated as a promising alternative. A critical component in these batteries is the …

Interface wettability is a vital role in directly impacting the electrical contact characteristics of
oxides/Cu-based composites under arc erosion. Exploring its influence mechanism …

Due to the strong surface energy and polarity, ZnO nanoparticles are prone to adsorbing the
OH groups dissociated from water in the air, leading to easy agglomeration and hence …

The effect of the heteroatom B dopant on the interfacial cohesion properties of the Mo-Y 2 O
3 composites was explored. And the B doped Mo/Y 2 O 3 composites were successfully …

Ag/ZnO composites have been widely applied in various fields, whilst their poor interface
adhesion limits the integrative performance of these composites. Recently, metallic doping …