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Once the sintering behavior is known a porous material can be easily designed using a sintering temperature compatible with the other components of the semi-cell.
A sintering machine, or blast roaster, can conduct oxidizing or reducing roasts and then agglomerate the roasted calcines, or it can be used for agglomeration alone.
A major breakthrough occurred in 1961, when Robert Coble of the General Electric Company in the United States demonstrated that alumina (a synthetic polycrystalline, Al2O3) could be sintered to optical density and translucency using magnesia (magnesium oxide, MgO) as a sintering aid.
Kaolin was served as a sintering aid [11, 12].
The results have been highlighted as a sintering diagram.
Another demand for the nanostructured yttrium oxide comes from its application as a sintering additive.
This confirms that, the SrFe12O19 was formed at a sintering temperature of 900 °C.
Borosilicate glass is an important component of the substrate material as a sintering agent.
Near full density without microstructure coarsening was obtained at a sintering temperature range 1270 1290°C.
The compatibility with electrodes require a sintering temperature around 1000 °C.
Microwave dielectric ceramics of 0.85MgTiO3 0.15Ca0.6La0.8/3TiO3 were prepared by adding ZnO as a sintering aid.
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