Effect of CuO-doping on the hydration mechanism and the chloride-binding capacity of C4AF and high ferrite Portland clinker

Qingshan Deng,Meicheng Zhao,Meijuan Rao,Fazhou Wang

Construction and Building Materials（2020）

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摘要

•We designed a high ferrite Portland clinker (HFPC) with 47% C3S, and 20% C4AF.•Certain content of CuO improved the hydration and the chloride-binding capacity of HFPC.•Mechanism of capacity improvement by CuO was also analysis by Density Functional Theory.

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关键词

Binding chloride ions,C4AF,CuO,High ferrite Portland clinker (HFPC),Hydration behavior

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