Reactive air brazing (RAB) has been widely applied in fabricating solid oxide fuel cell
stacks, gas separators, sensors, and other fields due to the joint good oxidation resistance …

Abstract Magnesium aluminum titanate (Mg 0.3 Al 1.4 Ti 1.3 O 5 and MgAl 8 Ti 6 O 25)“MAT”
based ceramics were successfully prepared by reaction sintering at a temperature of 1300° …

The aluminum titanate (AT: Al 2 TiO 5) ceramics with different additives, including SiO 2,
MgO, Fe 2 O 3 and their mixture, were prepared by reaction sintering at 1500° C in air for 2 …

Abstract Porous Al 2 TiO 5 ceramics have drawn increasing attention in diverse applications
owing to their low thermal expansion coefficient, and good resistance to thermal shock; …

Al2O3-based composite ceramics have excellent high temperature performance and are
ideal materials for preparing hot end components. However, poor fracture toughness and …

In order to improve the thermal shock resistance of MgO-based ceramics, aluminum titanate
(Al 2 TiO 5)-toughened MgO-based ceramics were successfully prepared by solid state …

To obtain aluminum titanate (AT, Al 2 TiO 5) ceramics with excellent mechanical properties,
the ZrO 2 was introduced into AT flexible ceramic to modify the microstructure of it. Results …

Abstract The Al 2 TiO 5 particles reinforced Ag–CuO–Al 2 TiO 5 composite filler metal
prepared by mechanical milling was applied to reactive air braze ZrO 2 ceramic to itself. The …

Titania-based ceramics with adjustable anatase-rutile fractions were obtained by milling of
anatase, quartz and corundum precursors, uniaxial pressing and firing at 1100° C. The …

An aluminium titanate based (AT) material doped with silica was investigated as refractory
model material in order to highlight its thermomechanical properties through various …