Ceramics-Silikáty 30, (4) 319 - 325 (1986) |
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| ALGORITHMIZING THE CALCULATION OF EQUILIBRIUM PHASE COMPOSITION OF MULTICOMPONENT SYSTEMS IN THE SUBSOLIDUS REGION II
(Computed Phase Composition of Belite Clinkers)
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Majling Ján, Jesenák Viktor
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Faculty of Chemical Technology Slovak, Technical University, Department of the Chemical Technology of Silicates, Jánska 1, 812 37 Bratislava
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In the system CaO-SiO2-Al₂O₃-Fe₂O₃-MgO-SO₃∗ it is possible to identity 6 different equilibrum phase associations relevant to the production of
belive cement clinker. On the basis of the algorithm given in [1], the qualitative
and quantitative phase composition of the equilibrium product is determined in terms of the composition of the raw material mix containing model limestone and clay. The sensitive dependence of the hydration properties of the product on the parameters of clinker preparation is given by the large number of various phase associations within the narrow range of raw material composition and by kinetic factors.
∗) Further on, the abbreviated symbols are used: CaO-C, SiO₂-S, Al₂O₃-A, MgO-M, Fe₂O₃-F, SO₃-S |
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