Flash sintering is a novel technique that allows a decrease in the sintering time (from hours to seconds) and furnace temperature for the densification of ceramics. In order to find out if calcia-stabilised zirconia (15mol% CaO) can be flashed sintered, samples were first characterised by XRD and impedance spectroscopy, to confirm that the powder was single phase cubic and pellets were ionically conducting. During the flash experiments, the samples showed two of the “flash event” characteristics: increased conductivity and emission of light, but not densification. This shows that is possible to have the luminescent aspect of flash without sintering, as suggested by Raj
We provide evidence for temperature-driven flash sintering process, accounting for otherwise interpr...
The high conductivity of O2- ions in YSZ has led to its selection as the preferred electrolyte in ma...
Le procédé de frittage ultra rapide « flash sintering » a vu le jour il y a cinq ans. Cette techniqu...
During flash sintering, ceramic materials can sinter to high density in a matter of seconds while su...
Yttria-stabilized cubic zirconia (YSZ) is the most-common electrolyte material for solid oxide fuel ...
Flash sintering has recently emerged as a low energy technique for ultra-rapid densification of cera...
The recently discovered flash sintering technique has shown that the application of a sufficiently l...
Flash Sintering (FS), has been the subject of intense study by the ceramics community in recent year...
A new method for the sintering of ceramics will be presented in detail. This method called Flash-Sin...
A new phenomenon where the application of modest electric fields can lower the sintering temperature...
Flash sintering is an attractive technique that is capable of rapidly sintering ceramics, although i...
Flash sintering is a novel electric field and current assisted sintering technique which densify cer...
Flash sintering ability to densify ceramic material in less than 5 seconds, at much lower furnace te...
Flash sintering of oxide powders is associated with dissipated power in the narrow range 10–50 W...
“Flash sintering” is an ultrafast sintering technique which enables the densification of conductive ...
We provide evidence for temperature-driven flash sintering process, accounting for otherwise interpr...
The high conductivity of O2- ions in YSZ has led to its selection as the preferred electrolyte in ma...
Le procédé de frittage ultra rapide « flash sintering » a vu le jour il y a cinq ans. Cette techniqu...
During flash sintering, ceramic materials can sinter to high density in a matter of seconds while su...
Yttria-stabilized cubic zirconia (YSZ) is the most-common electrolyte material for solid oxide fuel ...
Flash sintering has recently emerged as a low energy technique for ultra-rapid densification of cera...
The recently discovered flash sintering technique has shown that the application of a sufficiently l...
Flash Sintering (FS), has been the subject of intense study by the ceramics community in recent year...
A new method for the sintering of ceramics will be presented in detail. This method called Flash-Sin...
A new phenomenon where the application of modest electric fields can lower the sintering temperature...
Flash sintering is an attractive technique that is capable of rapidly sintering ceramics, although i...
Flash sintering is a novel electric field and current assisted sintering technique which densify cer...
Flash sintering ability to densify ceramic material in less than 5 seconds, at much lower furnace te...
Flash sintering of oxide powders is associated with dissipated power in the narrow range 10–50 W...
“Flash sintering” is an ultrafast sintering technique which enables the densification of conductive ...
We provide evidence for temperature-driven flash sintering process, accounting for otherwise interpr...
The high conductivity of O2- ions in YSZ has led to its selection as the preferred electrolyte in ma...
Le procédé de frittage ultra rapide « flash sintering » a vu le jour il y a cinq ans. Cette techniqu...