This study established the fundamental relationships between slag chemistry and reaction kinetics of sodium carbonate-activated slag. The application of the smart chemical addition CLDH for sodium carbonate-activated slag based on the understanding of slag chemistry, has not only made the sodium carbonate activator a plausible option for implementation, but more of a better option with performance advantages. The knowledge developed in this study about the ionic interaction between chlorides and individual reaction product filled in gaps in literature, and becomes a useful tool whose usage is not limited to tailing of sodium carbonate-activated slag, but also for optimising mix design of all types of AAS for achieving better performance
In this study, the effect of sodium sulfate content and curing duration (from fresh paste up to 18 m...
The environmental concerns related to the production of cement in terms of the energy consumption an...
Chloride ingress and carbonation are major causes of degradation of reinforced concrete. To enable p...
This study evaluates the chloride binding capacity and the migration of chloride in sodium carbonate...
In this study, Na2CO3-activated slag cements were produced from four different blast furnace slags, ...
An alkali-activated slag cement produced with a blend of sodium carbonate/sodium silicate activator ...
The utilisation of near-neutral salts as activators to produce alkali-activated slag cements offers ...
Alkali-activated slag (AAS) materials are acknowledged as environmentally friendly due to the reduce...
AbstractIn this study, Na2CO3-activated slag cements were produced from four different blast furnace...
Alkali activated fly ash/slag (AAFS), a newly evolved type of alkali-activated cements (AACs), is he...
Alkali activated fly ash/slag (AAFS), a newly evolved type of alkali-activated cements (AACs), is he...
In the race for decarbonization, the construction industry is increasingly turning its interest to a...
Although the use of slag has many benefits, its low hydration at early stages causes the strength to...
The impact of adding two types of layered double hydroxides (LDHs), commercial hydrotalcite (HT) and...
Alkali activated slag (AAS) is a credible alternative to Portland cement (PC) based binder systems. ...
In this study, the effect of sodium sulfate content and curing duration (from fresh paste up to 18 m...
The environmental concerns related to the production of cement in terms of the energy consumption an...
Chloride ingress and carbonation are major causes of degradation of reinforced concrete. To enable p...
This study evaluates the chloride binding capacity and the migration of chloride in sodium carbonate...
In this study, Na2CO3-activated slag cements were produced from four different blast furnace slags, ...
An alkali-activated slag cement produced with a blend of sodium carbonate/sodium silicate activator ...
The utilisation of near-neutral salts as activators to produce alkali-activated slag cements offers ...
Alkali-activated slag (AAS) materials are acknowledged as environmentally friendly due to the reduce...
AbstractIn this study, Na2CO3-activated slag cements were produced from four different blast furnace...
Alkali activated fly ash/slag (AAFS), a newly evolved type of alkali-activated cements (AACs), is he...
Alkali activated fly ash/slag (AAFS), a newly evolved type of alkali-activated cements (AACs), is he...
In the race for decarbonization, the construction industry is increasingly turning its interest to a...
Although the use of slag has many benefits, its low hydration at early stages causes the strength to...
The impact of adding two types of layered double hydroxides (LDHs), commercial hydrotalcite (HT) and...
Alkali activated slag (AAS) is a credible alternative to Portland cement (PC) based binder systems. ...
In this study, the effect of sodium sulfate content and curing duration (from fresh paste up to 18 m...
The environmental concerns related to the production of cement in terms of the energy consumption an...
Chloride ingress and carbonation are major causes of degradation of reinforced concrete. To enable p...