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The autoclave products of reduced steel-slag of an electronic furnace mainly containing (3CaO)(MgO)(2SiO2) phase were detected. The hydrothermal products of this slag included calcio-chondrodite, brucite, and hydrogarnet phases. When suitable (CaO+MgO)/SiO2 molar ratios were chosen, (3CaO)(MgO)(2SiO2) can react with SiO2 to produce calcium silicate hydrates tobermorite, xonotlite, gyrolite, and truscottite phases with different saturated water vapor pressures. The phase brucite was present along with tobermorite, whereas phases Mg-xonotlite, Mg-gyrolite, and Mg-truscottite can rarely coexist with brucite. Hydrogarnet phase disappeared when Mg-truscottite was formed.
The autoclave products of reduced steel-slag of an electronic furnace mainly containing (3CaO)(MgO)(2SiO2) phase were detected. The hydrothermal products of this slag included calcio-chondrodite, brucite, and hydrogarnet phases. When suitable (CaO+MgO)/SiO2 molar ratios were chosen, (3CaO)(MgO)(2SiO2) can react with SiO2 to produce calcium silicate hydrates tobermorite, xonotlite, gyrolite, and truscottite phases with different saturated water vapor pressures. The phase brucite was present along with tobermorite, whereas phases Mg-xonotlite, Mg-gyrolite, and Mg-truscottite can rarely coexist with brucite. Hydrogarnet phase disappeared when Mg-truscottite was formed.
Hydrothermal products of the C3MS2-C12A7-MgO system
Hydrothermal hergestellte Produkte im System (3CaO)(MgO)(2SiO2)-(12CaO)(7Al2O3)-MgO
Cement and Concrete Research ; 27 ; 1791-1797
1997
7 Seiten, 4 Bilder, 2 Tabellen, 13 Quellen
Article (Journal)
English
Hydrothermal Products of the C3MS2-C12A7-MgO System
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