This paper summarized and reviewed the mechanism and macro-performance of alkali-activated metallurgical slag, including steel slag, copper slag, ferronickel slag, and lead-zinc slag. Better activated method and alkali-activator are still needed to be developed to improve the performance of the metallurgical slag with low reactivity. Besides, the chemical components’ variation of these metallurgical slags from different regions will lead to unpredictable performance, which needs further study
The effect of several factors on the strength of alkali activated slags has been investigated. The m...
Research paperSummarization: In this study, the alkali activation potential of a Polish ferronickel ...
This paper evaluates the slag characteristics on the reaction kinetics, reaction products and mechan...
Alkali-activated materials (AAMs) represent a promising alternative to conventional building materia...
In this work the influence of alkaline activator on immobilization of lead and copper in alkali-acti...
Abstract Ladle slag, currently an under-utilized crystalline metallurgical residue, was studied for...
This paper summarizes the advantageous and disadvantageous properties of alkali-activated slag cemen...
Alkali activation is studied as a potential technology to produce a group of high performance buildi...
Alkali-activated materials (AAM) are construction materials with great potential, especially for the...
The utilisation of near-neutral salts as activators to produce alkali-activated slag cements offers ...
In this study, the use of desulphurization dust (DeS-dust) generated as a waste material during stee...
The production of nonferrous metals, including aluminium, copper, manganese, zinc, lead, nickel, and...
PaperSummarization: The first objective of this experimental study is the assessment of the alkali a...
In France un-milled Granulated Blast furnace Slag is commonly used as a stabiliser in road construct...
In this thesis, alkali activation of fayalite slag was investigated. The slag utilized is a waste by...
The effect of several factors on the strength of alkali activated slags has been investigated. The m...
Research paperSummarization: In this study, the alkali activation potential of a Polish ferronickel ...
This paper evaluates the slag characteristics on the reaction kinetics, reaction products and mechan...
Alkali-activated materials (AAMs) represent a promising alternative to conventional building materia...
In this work the influence of alkaline activator on immobilization of lead and copper in alkali-acti...
Abstract Ladle slag, currently an under-utilized crystalline metallurgical residue, was studied for...
This paper summarizes the advantageous and disadvantageous properties of alkali-activated slag cemen...
Alkali activation is studied as a potential technology to produce a group of high performance buildi...
Alkali-activated materials (AAM) are construction materials with great potential, especially for the...
The utilisation of near-neutral salts as activators to produce alkali-activated slag cements offers ...
In this study, the use of desulphurization dust (DeS-dust) generated as a waste material during stee...
The production of nonferrous metals, including aluminium, copper, manganese, zinc, lead, nickel, and...
PaperSummarization: The first objective of this experimental study is the assessment of the alkali a...
In France un-milled Granulated Blast furnace Slag is commonly used as a stabiliser in road construct...
In this thesis, alkali activation of fayalite slag was investigated. The slag utilized is a waste by...
The effect of several factors on the strength of alkali activated slags has been investigated. The m...
Research paperSummarization: In this study, the alkali activation potential of a Polish ferronickel ...
This paper evaluates the slag characteristics on the reaction kinetics, reaction products and mechan...