ABSTRACTs The need for fully dense material with well-engineered microstructures has led
to the promising emergence of innovative sintering technologies among which the Spark …

In this study, combining the single point diamond turning (SPDT) and spark plasma sintering
(SPS), we achieved high-strength diffusion bonding of copper at an ultra-low temperature of …

To improve its anti-penetration performance under high-velocity impact loads, a simple and
efficient method according to the acoustic impedance matching principle is established to …

During spark plasma sintering (SPS), the gas atomized powders experience a sequence of
densification mechanisms of particle arrangement, viscous flow, and high temperature creep …

There are still debates regarding effects driven by temperature gradient (∇ T) during
unconventional sintering, such as field assistant sintering technology and selective laser …

W-30Si refractory targets were widely used as gate materials in the field of semiconductor
integrated circuits. This work aimed to study the microstructure, densification mechanism …

The MgO underlayer was coated on the surface of Fe-6.5 Si soft magnetic powder through
the vacuum vapor deposition of magnesium and subsequent oxidation. Fe-6.5 Si/MgO/ZnNi …

In this study, Cu/WS 2 self-lubricating composites are fabricated by spark plasma sintering.
Interfacial microstructure and its effect on mechanical and tribological properties are …

In this work, a new processing technology of pressure plus pulsed electric current treatment
(PPEC) was proposed to treat CP-Ti to simultaneously enhance its strength and ductility …

This study investigates the sintering kinetics during the intermediate and final stages of
spark plasma sintering (SPS) of HfB 2 over a temperature range of 1750–1950° C under …