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A platform for research: civil engineering, architecture and urbanism
Carbonation as means of inhibiting sulphate attack in mortar and concrete
Treatment by carbon dioxide inhibits concrete deterioration; experiments of effect of sulphate solution on carbonated mortars; resistance to sulphate attack after carbonation was greater for permeable specimens than for dense specimens; drying treatment before carbonation began affected length of time of carbonation necessary for protection.
Carbonation as means of inhibiting sulphate attack in mortar and concrete
Treatment by carbon dioxide inhibits concrete deterioration; experiments of effect of sulphate solution on carbonated mortars; resistance to sulphate attack after carbonation was greater for permeable specimens than for dense specimens; drying treatment before carbonation began affected length of time of carbonation necessary for protection.
Carbonation as means of inhibiting sulphate attack in mortar and concrete
Australian J Applied Science
Arber, M.G. (author) / Vivian, H.E. (author)
1961
9 pages
Plate
Article (Journal)
English
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