Unusual physical properties associated with lattice defects induced by flash sintering and
processing of oxide ceramics have attracted attentions. In this study, optical and mechanical …

Recent studies show that flash sintering can introduce different types of defects in various
ceramics. We investigate the effects of pre-flash incubation on the microstructure of flash …

For the first time, it has been demonstrated that TiO 2 optical properties can be improved by
doping Fe using flash sintering. Hyperdoped TiO 2 (doped with 10 at% Fe) fabricated using …

Various ceramic materials have been successfully flash sintered via mostly direct current
(DC) and some by alternative current (AC). However, a direct comparison on the effects of …

Flash sintering of strontium titanate (SrTiO 3) is studied at different applied fields to
understand its effect on density and grain growth. In particular, the defect structure is …

Flash sintering offers more control of microstructure owing to its additional sintering
conditions compared to conventional sintering, including electric field, current density limit …

This study estimated the amount of oxygen deficiency in SrTiO 3 polycrystals that were flash
sintered under direct current (DC) and alternating current (AC) electric fields, mainly by …

In-situ diffuse neutron scattering experiments revealed that when electric current is passed
through single crystals of rutile TiO 2 under conditions conducive to flash sintering, it induces …

Ceramic materials have been widely used for structural applications. However, most
ceramics have rather limited plasticity at low temperatures and fracture well before the onset …

Flash sintering is a novel sintering technique that allows high-density ceramics to be
obtained at low temperatures and using short dwell times, thus providing an energy-efficient …