Slags produced as industrial by-products can be used to replace cement by producing alkali-activated slag (AAS) binders. Slags are produced from a variety of high temperature processes and the composition of the slag will change depending on its origin. This paper presents work which investigated the effect of the chemical composition of the slag on its silicate glass network structure and how this affects the performance of the slag during alkali-activation. Several different slag compositions were obtained and Raman spectroscopy was used to determine the silicate structure present in the slags. Mechanical strength testing and dissolution experiments were used to assess the performance of the slags during alkali-activation. The results sho...
Slag is activated with alkali-silicate solutions made with nano-silica and waterglass. The reaction ...
Alkali-activated slag (AAS) materials are acknowledged as environmentally friendly due to the reduce...
This thesis presents a simultaneous investigation of the autogenous and total drying shrinkage behav...
Slags produced as industrial by-products can be used to replace cement by producing alkali-activated...
In this study, the effect of sodium sulfate content and curing duration (from fresh paste up to 18 m...
With an aim of producing high value cementitious binder, stainless steel refining slag containing a ...
Microstructure tailoring of metallurgical slags allows the production of alternative construction bi...
This paper analyses the effects of decalcification in concentrated 6 M NH4NO3 solution on mechanical...
Alternative Bindemittel besitzen ökonomische und ökologische Vorteile sowie eine Vielzahl an positiv...
Sodium silicate-activated slag often gives high early strength but sets too rapidly. Commercial reta...
In this work, an alkali-activated binding system based on electrometallurgical slag, as well as citr...
Alkali activation is studied as a potential technology to produce a group of high performance buildi...
Alternate binders are becoming essential to counteract the carbon emissions caused by manufacture of...
Alkali activated slag (AAS) is an environmentally friendly material which were extensively investiga...
The study focuses on developing a detailed understanding of microstructure and mechanical behaviour ...
Slag is activated with alkali-silicate solutions made with nano-silica and waterglass. The reaction ...
Alkali-activated slag (AAS) materials are acknowledged as environmentally friendly due to the reduce...
This thesis presents a simultaneous investigation of the autogenous and total drying shrinkage behav...
Slags produced as industrial by-products can be used to replace cement by producing alkali-activated...
In this study, the effect of sodium sulfate content and curing duration (from fresh paste up to 18 m...
With an aim of producing high value cementitious binder, stainless steel refining slag containing a ...
Microstructure tailoring of metallurgical slags allows the production of alternative construction bi...
This paper analyses the effects of decalcification in concentrated 6 M NH4NO3 solution on mechanical...
Alternative Bindemittel besitzen ökonomische und ökologische Vorteile sowie eine Vielzahl an positiv...
Sodium silicate-activated slag often gives high early strength but sets too rapidly. Commercial reta...
In this work, an alkali-activated binding system based on electrometallurgical slag, as well as citr...
Alkali activation is studied as a potential technology to produce a group of high performance buildi...
Alternate binders are becoming essential to counteract the carbon emissions caused by manufacture of...
Alkali activated slag (AAS) is an environmentally friendly material which were extensively investiga...
The study focuses on developing a detailed understanding of microstructure and mechanical behaviour ...
Slag is activated with alkali-silicate solutions made with nano-silica and waterglass. The reaction ...
Alkali-activated slag (AAS) materials are acknowledged as environmentally friendly due to the reduce...
This thesis presents a simultaneous investigation of the autogenous and total drying shrinkage behav...