Pressureless sintered alumina compacts with a submicron microstructure exhibit a hardness that approaches or even exceeds the level of advanced hot-pressed composites of Al2O3 plus 35 vol-percent TiC, whereas the strength of both ceramics is approximately the same. The combination of reduced dislocation mobility (due to the small grain size), high density and density homogeneity are the prerequisites for the surprisingly high hardness. Quasi-conventional powder processing is used to produce these outstanding alumina bodies
Gelcast sintered a-Al2O3 (corundum) ceramics were developed with a sub-mm grain size at densities>...
Most different transparent grades of sintered and single crystalline spinel were investigated by Vic...
Single crystals and polycrystalline compacts with different porosity were investigated by a recordin...
Monolithic alumina bodies with a grain size of 0.5 micrometer and submicron tetragonal ZrO2(3 mol-pe...
The grain size dependence of the strength of pressureless sintered aluminas is investigated with spe...
Pressureless sintering is used to produce submicron alumina bodies with a hardness that equals the l...
This is a review about latest progress in sintered alumina. New shaping approaches applied for high ...
The hardness of alumina ceramics determines their performance in high end structural applications li...
Alumina samples were prepared from two different particle size powders. Finer particle compacts when...
Nanoindentations at loads of 20-200 mN were performed on submicrometer sintered alumina ceramics of ...
Al2O3 nanospheres are employed to synthesize alumina ceramics with uniform grains and superior har...
Alumina oxide ceramics were produced by plasma pressure compaction (P2C) sintering process. Two type...
It still attracts numerous research to fabricate high-performance Al2O3 ceramics with low cost by a ...
Ceramic-matrix composites with nanocrystalline (grain size less than 100 nm) matrix provide new oppo...
Al2O3 is widely used as the reinforcing additive in the metal matrix composites. The influence of Al...
Gelcast sintered a-Al2O3 (corundum) ceramics were developed with a sub-mm grain size at densities>...
Most different transparent grades of sintered and single crystalline spinel were investigated by Vic...
Single crystals and polycrystalline compacts with different porosity were investigated by a recordin...
Monolithic alumina bodies with a grain size of 0.5 micrometer and submicron tetragonal ZrO2(3 mol-pe...
The grain size dependence of the strength of pressureless sintered aluminas is investigated with spe...
Pressureless sintering is used to produce submicron alumina bodies with a hardness that equals the l...
This is a review about latest progress in sintered alumina. New shaping approaches applied for high ...
The hardness of alumina ceramics determines their performance in high end structural applications li...
Alumina samples were prepared from two different particle size powders. Finer particle compacts when...
Nanoindentations at loads of 20-200 mN were performed on submicrometer sintered alumina ceramics of ...
Al2O3 nanospheres are employed to synthesize alumina ceramics with uniform grains and superior har...
Alumina oxide ceramics were produced by plasma pressure compaction (P2C) sintering process. Two type...
It still attracts numerous research to fabricate high-performance Al2O3 ceramics with low cost by a ...
Ceramic-matrix composites with nanocrystalline (grain size less than 100 nm) matrix provide new oppo...
Al2O3 is widely used as the reinforcing additive in the metal matrix composites. The influence of Al...
Gelcast sintered a-Al2O3 (corundum) ceramics were developed with a sub-mm grain size at densities>...
Most different transparent grades of sintered and single crystalline spinel were investigated by Vic...
Single crystals and polycrystalline compacts with different porosity were investigated by a recordin...