A study is performed to determine the reaction time which is required at 1600°C to obtain mullite from clay with a high content of kaolinite (clay from the La Rioja Province of Argentina) and from a stoichiometric mixture of the clay and calcined alumina of grade Almatis-A2G. The chemical composition of the raw materials was determined and they were studied by x-ray diffraction (XRD) and examined on a scanning electron icroscope (SEM). The materials were then mixed in the stoichiometric proportions 3Al2O3·2SiO2 and pressed at 100 MPa. The pressed specimens were fired at 1600°C in electric furnaces for different lengths of time: 0.25, 0.5, 1, 2, 3, and 5 h. Their density and porosity were determined after they were fired. In the studies perf...
In this paper are investigated microstructural, phase, physical and mechanical properties of mull...
Mullite was produced from a mixture of raw wastes with high contents of silica and aluminium hydroxi...
This research focuses on the mineral and textural transformations during the firing process (from 10...
Mullite ceramics are high performance ceramic due to its excellent high thermal shock resistance, ch...
The mullite – 3Al₂O₃.2SiO₂-, has different applications, specially in refractory materials, as it is...
AbstractThe mullite – 3Al2O3.2SiO2-, has different applications, specially in refractory materials, ...
The structural transformations of kaolin–aluminium slag mixtures during heating were studied using d...
International audienceThis work has been undertaken to consider the production of porous mullite fro...
Mullite, Al6Si2O13, is a relatively rare mineral in nature, formed under exceptional conditions of ...
International audienceThis work has been undertaken to consider the production of porous mullite fro...
This work describes the crystal chemistry of synthetic mullite doped with Fe, Mn, Cr, Co, V, Pr, Cd,...
The semiquantitative estimations of 980-degrees-C exothermic reaction products of kaolinite by quant...
Mullite was produced from a mixture of raw wastes with high contents of silica and aluminium hydroxi...
A quantitative analysis of the mullite phase obtained after sintering of the kaolin has been perform...
The excellent electrical, thermal and mechanical properties, and good stability of mullite made it a...
In this paper are investigated microstructural, phase, physical and mechanical properties of mull...
Mullite was produced from a mixture of raw wastes with high contents of silica and aluminium hydroxi...
This research focuses on the mineral and textural transformations during the firing process (from 10...
Mullite ceramics are high performance ceramic due to its excellent high thermal shock resistance, ch...
The mullite – 3Al₂O₃.2SiO₂-, has different applications, specially in refractory materials, as it is...
AbstractThe mullite – 3Al2O3.2SiO2-, has different applications, specially in refractory materials, ...
The structural transformations of kaolin–aluminium slag mixtures during heating were studied using d...
International audienceThis work has been undertaken to consider the production of porous mullite fro...
Mullite, Al6Si2O13, is a relatively rare mineral in nature, formed under exceptional conditions of ...
International audienceThis work has been undertaken to consider the production of porous mullite fro...
This work describes the crystal chemistry of synthetic mullite doped with Fe, Mn, Cr, Co, V, Pr, Cd,...
The semiquantitative estimations of 980-degrees-C exothermic reaction products of kaolinite by quant...
Mullite was produced from a mixture of raw wastes with high contents of silica and aluminium hydroxi...
A quantitative analysis of the mullite phase obtained after sintering of the kaolin has been perform...
The excellent electrical, thermal and mechanical properties, and good stability of mullite made it a...
In this paper are investigated microstructural, phase, physical and mechanical properties of mull...
Mullite was produced from a mixture of raw wastes with high contents of silica and aluminium hydroxi...
This research focuses on the mineral and textural transformations during the firing process (from 10...