A novel methodology for the production of mullite/zirconia nanocomposites is proposed, starting from a mixture of a preceramic polymer containing \u3b3-Al2O3 and ZrO2 nanosized powders as fillers. After heat treatment at 1350\ub0C in air crack-free monoliths with nanometric grain size for both matrix and reinforcement phase were obtained. Different commercial ZrO2 nanosized powders were tested, and indentation tests showed a remarkable increase of toughness due to a very effective transformation-toughening mechanism. Moreover, the additional introduction of a small quantity of TiO2 nanosized powder led to an increase in density of the nanocomposites at relatively low sintering temperature
In this paper, the introduction of nano-sized active fillers into preceramic polymers for the realiz...
Mullite is considered a promising candidate for ceramic recuperators in turbo propelled engines, due...
Reactive sintering of zircon and alumina and zirconia additions to mullite are well established meth...
A novel methodology for the production of mullite/zirconia nanocomposites is proposed, starting from...
Pressed silicone resin powders containing alumina nano-particles enabled the production of dense and...
Mullite-zirconia composites containing 10-30 wt% zirconia were prepared by reaction sintering of zir...
In this paper we present a new route for the realization of crack-free zircon monoliths, at very low...
The main objective of this study was to investigate the role of zirconia addition to mullite through...
Zirconia toughened alumina (ZTA) nanocomposites are attractive structural materials which combine th...
Mullite-zirconia composite powders were prepared by the combustion of an aqueous heterogeneous redox...
Peculiarities of formation of microstructure in composites based on chemically synthesized zirconium...
d'oxyde d'yttrium ont 6t6 synth6tis6s par frittage r6actif. L'augmentation de la tena...
Zircon flour and alumina mixtures, fabricated in the form of discs, rods and bars, were cold isostat...
In this work, mechanical properties of mullite–zirconia composites synthesised t...
Al2O3-TiC-ZrO2 nanocomposites were fabricated by combustion synthesis-hot pressing with the cheap re...
In this paper, the introduction of nano-sized active fillers into preceramic polymers for the realiz...
Mullite is considered a promising candidate for ceramic recuperators in turbo propelled engines, due...
Reactive sintering of zircon and alumina and zirconia additions to mullite are well established meth...
A novel methodology for the production of mullite/zirconia nanocomposites is proposed, starting from...
Pressed silicone resin powders containing alumina nano-particles enabled the production of dense and...
Mullite-zirconia composites containing 10-30 wt% zirconia were prepared by reaction sintering of zir...
In this paper we present a new route for the realization of crack-free zircon monoliths, at very low...
The main objective of this study was to investigate the role of zirconia addition to mullite through...
Zirconia toughened alumina (ZTA) nanocomposites are attractive structural materials which combine th...
Mullite-zirconia composite powders were prepared by the combustion of an aqueous heterogeneous redox...
Peculiarities of formation of microstructure in composites based on chemically synthesized zirconium...
d'oxyde d'yttrium ont 6t6 synth6tis6s par frittage r6actif. L'augmentation de la tena...
Zircon flour and alumina mixtures, fabricated in the form of discs, rods and bars, were cold isostat...
In this work, mechanical properties of mullite–zirconia composites synthesised t...
Al2O3-TiC-ZrO2 nanocomposites were fabricated by combustion synthesis-hot pressing with the cheap re...
In this paper, the introduction of nano-sized active fillers into preceramic polymers for the realiz...
Mullite is considered a promising candidate for ceramic recuperators in turbo propelled engines, due...
Reactive sintering of zircon and alumina and zirconia additions to mullite are well established meth...