Flash sintering is a novel densification technology for ceramics, which allows a dramatic
reduction of processing time and temperature. It represents a promising sintering route to …

As a novel electric field‐assisted sintering technique, flash sintering (FS) has gained
significant interest over the past decade due to its compelling time and cost efficiency. This …

Mixed powders of Bi2O3 and Fe2O3 are shown to yield single-phase, dense nanostructured
polycrystals of BiFeO3 in reaction flash sintering experiments, carried out by applying a field …

Ultrafast high‐temperature sintering (UHS) and flash sintering are novel methods for rapid
sintering of ceramics, often completed in just a few seconds. Here, we show that both also …

Electric‐field‐assisted sintering of ceramic materials is under considerable attention during
recent years. The current research is reviewed with a focus on mechanism research …

The original flash sintering experiment was carried out by applying an electric field, and
switching to current control at the onset of the flash, signaled by a rise in conductivity. Here …

Flash sintering has been shown to be an effective method of sintering for many types of
ceramics. However, the characteristics of flash sintering for each type of ceramic varies …

In this study, powder mixtures at atomic ratios suitable for formation of Sr (Ti 0.2 Y 0.2 Zr 0.2
Sn 0.2 Hf 0.2) O 3-x were flash sintered at 1000° C and 40 mA/mm 2. X-ray diffraction and …

High-entropy ceramics (HECs) have rapidly expanded from high-entropy oxides to high-
entropy ultrahigh temperature ceramics/coatings and have drawn extensive attention in the …

Flash sintering under DC electric field partially reduces titania (rutile) and promotes
abnormal grain growth near the anode. The resulting reduction in grain boundary density …