For the first time, isothermal pressureless flash sintering of 1.5 mol% yttria-stabilized zirconia
(1.5 YSZ) polycrystals designed for high toughness was performed in a 1-kHz alternating …

Flash joining has been proven to a high-performance joining technology for MgAl 2 O 4
transparent ceramics. To reveal the functions and effecting mechanism of electric field in the …

Abstract (Ca, Ta) co-doped TiO 2 ceramics were successfully prepared using flash sintering
technology, and the effects of oxygen vacancies on the rapid densification and giant …

The grain growth behavior during an AC flash event was examined in 8 mol% yttria‐
stabilized cubic zirconia (8Y‐CSZ) polycrystals. The effects of current/power densities on the …

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 …

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 …

The feasibility of using contactless flash sintering for the first time to densify Yb-silicate
coatings on ceramic substrates was explored, focusing on optimising the process by varying …

Flash sintering has been applied to various ceramics since it was first reported. However,
the flash sintering of lead zirconate titanate (PZT) at room temperature has not been …

Oxygen vacancy is the key contributing to the rapid bonding in flash joining. Prior to this
study, the specific formation process of oxygen vacancy and its influencing factors have not …

The application of soft metal interlayers in the joining process is an efficient strategy for
enhancing the joint strength. In this study, we select the Ni interlayer from among three soft …