Add to ORKGThe effect of a steam - CO atmosphere at 3. 2 MPa (465 psia) and 199 degree C on the bond phases in a dense phosphate-bonded alumina castable and a dense fired alumina was evaluated from changes in flexural strength, weight and dimensions and by X-ray diffraction and DTA/TGA. Corrosion of the ceramic bond in the fired alumina was indicated by an approximately equals 30% reduction in strength
In order to increase the efficiency of advanced coal-fired power systems, higher working fluid tempe...
A commonly accepted opinion is that steam treatment increases the corrosion resistance of P/M ferrou...
Alumina-chrome bodies were prepared by slip casting route. Slip casted bodies were sintered in the t...
The chemical resistance of the bond phases in a dense fired alumina, phosphate-bonded ramming mix an...
The chemical resistance of the bond phases in several cementbonded castables and a phosphatebonded r...
Cement-bonded castable refractories are used in several applications, e. g. the manufacture of NH3 a...
Selected properties of a dense fired alumina, a phosphate-bonded ramming mix, and a calcium aluminat...
The dimensional stability, density, porosity and flexural strength of several cement and phosphatebo...
The properties of a high, intermediate and low Al2O3 refractory castable were investigated after exp...
The chemical resistance of the bond phases in eleven commercial and three experimental cement-bonded...
To achieve higher process efficiency by using pressurized reactants and/or heat transfer fluids, the...
The flexural strength of alumina ceramic exposed to saturated steam at 286 C was much reduced. This ...
Ethylene is one of the principal building blocks in the petrochemical industry, and world-wide produ...
A commonly accepted opinion is that steam treatment increases the corrosion resistance of P/M ferro...
The chemical resistance of commercial and experimental cementbonded castables and phosphatebonded ra...
In order to increase the efficiency of advanced coal-fired power systems, higher working fluid tempe...
A commonly accepted opinion is that steam treatment increases the corrosion resistance of P/M ferrou...
Alumina-chrome bodies were prepared by slip casting route. Slip casted bodies were sintered in the t...
The chemical resistance of the bond phases in a dense fired alumina, phosphate-bonded ramming mix an...
The chemical resistance of the bond phases in several cementbonded castables and a phosphatebonded r...
Cement-bonded castable refractories are used in several applications, e. g. the manufacture of NH3 a...
Selected properties of a dense fired alumina, a phosphate-bonded ramming mix, and a calcium aluminat...
The dimensional stability, density, porosity and flexural strength of several cement and phosphatebo...
The properties of a high, intermediate and low Al2O3 refractory castable were investigated after exp...
The chemical resistance of the bond phases in eleven commercial and three experimental cement-bonded...
To achieve higher process efficiency by using pressurized reactants and/or heat transfer fluids, the...
The flexural strength of alumina ceramic exposed to saturated steam at 286 C was much reduced. This ...
Ethylene is one of the principal building blocks in the petrochemical industry, and world-wide produ...
A commonly accepted opinion is that steam treatment increases the corrosion resistance of P/M ferro...
The chemical resistance of commercial and experimental cementbonded castables and phosphatebonded ra...
In order to increase the efficiency of advanced coal-fired power systems, higher working fluid tempe...
A commonly accepted opinion is that steam treatment increases the corrosion resistance of P/M ferrou...
Alumina-chrome bodies were prepared by slip casting route. Slip casted bodies were sintered in the t...