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Caesium immobilization in hydrated calcium-silicate-aluminate systems
A special field of application of cementitious materials is using cements for immobilization of low and medium level radioactive wastes. Clarification of mechanisms of binding is complicated by the multicomponent nature of the solidifying matrix. In the present work, interest is turned to one of the most difficult to confine, long half-life isotopes, the caesium isotope. The cement matrix for solidification of the radioactive waste can be considered, with simplification, as a CaO-SiO2-Al2O3-H2O system. The various compositions of hydrated cementitious assemblages were investigated with respect to their Cs sorption by measuring the Cs distribution ratios (Rd) therein. Trends in sorption properties were detected, and the section of the ternary phase diagram with the best performance was identified.
Caesium immobilization in hydrated calcium-silicate-aluminate systems
A special field of application of cementitious materials is using cements for immobilization of low and medium level radioactive wastes. Clarification of mechanisms of binding is complicated by the multicomponent nature of the solidifying matrix. In the present work, interest is turned to one of the most difficult to confine, long half-life isotopes, the caesium isotope. The cement matrix for solidification of the radioactive waste can be considered, with simplification, as a CaO-SiO2-Al2O3-H2O system. The various compositions of hydrated cementitious assemblages were investigated with respect to their Cs sorption by measuring the Cs distribution ratios (Rd) therein. Trends in sorption properties were detected, and the section of the ternary phase diagram with the best performance was identified.
Caesium immobilization in hydrated calcium-silicate-aluminate systems
Bagosi, S. (author) / Csetenyi, L.J. (author)
Cement and Concrete Research ; 28 ; 1753-1759
1998
7 Seiten, 6 Quellen
Article (Journal)
English
Caesium Immobilisation in Hydrated Calcium-Silicate-Aluminate Systems
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