International audienceUsing discrete, ultrafine alumina, highly dense transparent (71% real in-line transmission, RIT, =640nm) ceramics were achieved with grain size as small as 260nm using standard SPS sintering. We show that use of La3+ as a dopant greatly reduces sensitivity to the sintering temperatures. Transparent alumina were achieved in a large range of sintering temperatures, 1140 degrees C<T<1200 degrees C, thus providing better reliability and flexibility into the fabrication of large sintered transparent ceramic bodies
Nano-structured γ-Al2O3 ceramics have been pelletized under a pressure of 2.5 GPa on uniaxial compac...
Al2O3 nanospheres are employed to synthesize alumina ceramics with uniform grains and superior har...
It still attracts numerous research to fabricate high-performance Al2O3 ceramics with low cost by a ...
International audienceUsing discrete, ultrafine alumina, highly dense transparent (71% real in-line ...
Using discrete, ultrafine alumina, highly dense transparent (71% real in-line transmission, RIT, λ =...
In order to increase the in-line transmission of fine transparent alumina in visible light the grain...
The paper reports the use of Y2O3 and La2O3 co-doping as a composite sintering additive for the fabr...
A slurry of a-Al2O3 was doped with Mg, Zr and La nitrates or chlorides, in various amounts in the ra...
Optical ceramics have attracted increasing interest because of their superior mechanical toughness, ...
Abstract As an optical material, Y2O3 transparent ceramics are desirable for application as laser ho...
New cutting tools, high-strength bioceramics and armor materials all request small sub-.mu.m grain s...
cited By 22International audienceStarting from a commercial slurry of high purity α-Al 2O 3, freeze-...
Light scattering in ceramic materials has prevented the use of polycrystalline ceramics with anisotr...
Nanocrystalline alumina powder with an average crystallite size of ≤50 nm has been consolidated by s...
Transparent ceramics being known for its flexibility to be doped with different elements with excell...
Nano-structured γ-Al2O3 ceramics have been pelletized under a pressure of 2.5 GPa on uniaxial compac...
Al2O3 nanospheres are employed to synthesize alumina ceramics with uniform grains and superior har...
It still attracts numerous research to fabricate high-performance Al2O3 ceramics with low cost by a ...
International audienceUsing discrete, ultrafine alumina, highly dense transparent (71% real in-line ...
Using discrete, ultrafine alumina, highly dense transparent (71% real in-line transmission, RIT, λ =...
In order to increase the in-line transmission of fine transparent alumina in visible light the grain...
The paper reports the use of Y2O3 and La2O3 co-doping as a composite sintering additive for the fabr...
A slurry of a-Al2O3 was doped with Mg, Zr and La nitrates or chlorides, in various amounts in the ra...
Optical ceramics have attracted increasing interest because of their superior mechanical toughness, ...
Abstract As an optical material, Y2O3 transparent ceramics are desirable for application as laser ho...
New cutting tools, high-strength bioceramics and armor materials all request small sub-.mu.m grain s...
cited By 22International audienceStarting from a commercial slurry of high purity α-Al 2O 3, freeze-...
Light scattering in ceramic materials has prevented the use of polycrystalline ceramics with anisotr...
Nanocrystalline alumina powder with an average crystallite size of ≤50 nm has been consolidated by s...
Transparent ceramics being known for its flexibility to be doped with different elements with excell...
Nano-structured γ-Al2O3 ceramics have been pelletized under a pressure of 2.5 GPa on uniaxial compac...
Al2O3 nanospheres are employed to synthesize alumina ceramics with uniform grains and superior har...
It still attracts numerous research to fabricate high-performance Al2O3 ceramics with low cost by a ...