Add to ORKGHighly porous alumina-mullite ceramic with porosity 60 - 90 % is produced from concentrated suspensions. Porosity, mechanical strengthand high temperature deformation depends on the grain size of raw materials,amount of the pore formation agent, rheological properties of suspension and sintering temperature
Porous Mullite ceramics finds numerous advanced engineering applications including aerospace, molten...
The aim of this work was to investigate the influence of different ratio of kaolin, alumina with dif...
The refractory ceramic became very important in both the traditional and the advanced materials appl...
Ceramics based on alumina (Al2O3) and silica (SiO2) have such properties as the high refractoriness,...
The alumosilicate ceramics with mullite crystalline phase are used in various branches of science an...
Porous ceramics have the advantages of low density, low thermal conductivity, and excellent mechanic...
Development of modern technologies requires the production of materials with perfect and sometimes u...
The aim of this study was to compare some properties (total shrinkage, bending strength, apparent po...
Porous mullite, mullite-corundum ceramics with highly open porosity were prepared by slip casting me...
The refractory ceramics became very important in both the traditional and the advanced materials app...
Porous alumina ceramic were produced by slip casting of aqueous alumina slurry with added small amou...
Five porous cordierite-mullite ceramics with similar porosity and different neck characteristics ...
Porous mullite ceramics with varying pore former are prepared by using naphthalene as the pore forme...
In this paper are described some properties of porous corundum and mullite ceramics depending from t...
Compatibility of different properties in one material influences the development of our science and ...
Porous Mullite ceramics finds numerous advanced engineering applications including aerospace, molten...
The aim of this work was to investigate the influence of different ratio of kaolin, alumina with dif...
The refractory ceramic became very important in both the traditional and the advanced materials appl...
Ceramics based on alumina (Al2O3) and silica (SiO2) have such properties as the high refractoriness,...
The alumosilicate ceramics with mullite crystalline phase are used in various branches of science an...
Porous ceramics have the advantages of low density, low thermal conductivity, and excellent mechanic...
Development of modern technologies requires the production of materials with perfect and sometimes u...
The aim of this study was to compare some properties (total shrinkage, bending strength, apparent po...
Porous mullite, mullite-corundum ceramics with highly open porosity were prepared by slip casting me...
The refractory ceramics became very important in both the traditional and the advanced materials app...
Porous alumina ceramic were produced by slip casting of aqueous alumina slurry with added small amou...
Five porous cordierite-mullite ceramics with similar porosity and different neck characteristics ...
Porous mullite ceramics with varying pore former are prepared by using naphthalene as the pore forme...
In this paper are described some properties of porous corundum and mullite ceramics depending from t...
Compatibility of different properties in one material influences the development of our science and ...
Porous Mullite ceramics finds numerous advanced engineering applications including aerospace, molten...
The aim of this work was to investigate the influence of different ratio of kaolin, alumina with dif...
The refractory ceramic became very important in both the traditional and the advanced materials appl...