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High durability cementitious material with mineral admixtures and carbonation curing
Nuclear waste repositories need highly durable cementitious materials to function for over thousands of years while resisting leaching and degradation. The durability of cementitious material can be effectively improved by reducing permeability and by changing cement hydrates to a less soluble matrix. This paper describes the properties of carbonated new cementitious materials containing belite-rich cement and gamma-2CaO dot SiO2 as main components. In addition, the long-term leaching properties are investigated and compared with ordinary Portland cement by using a predictive leaching model.
High durability cementitious material with mineral admixtures and carbonation curing
Nuclear waste repositories need highly durable cementitious materials to function for over thousands of years while resisting leaching and degradation. The durability of cementitious material can be effectively improved by reducing permeability and by changing cement hydrates to a less soluble matrix. This paper describes the properties of carbonated new cementitious materials containing belite-rich cement and gamma-2CaO dot SiO2 as main components. In addition, the long-term leaching properties are investigated and compared with ordinary Portland cement by using a predictive leaching model.
High durability cementitious material with mineral admixtures and carbonation curing
Langzeitstabile Zemente mit mineralischen Additiven und Kohlensäure-Nachbehandlung
Watanabe, K. (author) / Yokozeki, K. (author) / Ashizawa, R. (author) / Sakata, N. (author) / Morioka, M. (author) / Sakai, E. (author) / Daimon, M. (author)
Waste Management ; 26 ; 752-757
2006
6 Seiten, 9 Quellen
Article (Journal)
English
Zement , Carbonisieren , Dauerhaftigkeit , Auslaugen (Verfahrenstechnik) , Additiv , Permeabilität , radioaktiver Abfall , Langzeitverhalten , chemische Beständigkeit , Auslaugen (Mineralogie) , mechanische Permeabilität , Belit , Calciumoxid , Siliciumoxid , Modelluntersuchung , Versuchsergebnis , Methodenvergleich , Portlandzement
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