Add to ORKGHigh temperature slag–metal reactions play a central role in industrial processes such as refining of steel and silicon as prominent examples. This lecture is intended as a brief overview of the thermodynamics, reaction mechanisms, chemical kinetics, and mass transfer of solutes. The quite complex and unusual transient interfacial phenomena involved in many slag-metal reactions shall be highlighted. The limitations of our knowledge in this area and future directions in research will also be discussed
In this paper, both synthetic slag and commercial slag covering the common composition range were em...
In the current work, dynamic studies of mass transfer of sulfur from the gas phase to the metal phas...
A kinetic study of reduction and oxidation slag reactions of importance to the non-ferrous smelting ...
The kinetics of slag metals reactions are complex and often transient, in the sense that interfacial...
Interfacial phenomena, which include interface turbulence, lowering of apparent interfacial tension,...
A critical review of current thermodynamic theories of slag-metal reactions is presented. A series o...
A knowledge of surface area is key to modeling the kinetics of many high temperature processes. In t...
The interface metal/molten oxide is of interest for several high temperature processes (metallurgy, ...
Equations commonly used in describing reaction kinetics are examined and the problem of applying suc...
High temperature metallurgical reaction kinetics have been the subject of study for many years [1, 2...
Traditionally, steelmaking reactions have been analyzed by thermodynamics. Recently, software packag...
In steel shops, intense reactions occur at the interfaces between the metal-slag-refractory phases a...
The following paper revolves around the research work conducted in collaboration during Professor Iw...
An approach for accommodating the interfacial area changes in kinetic equations for heterogeneous re...
During reaction between metal droplets and slag, spontaneous emulsification has been observed. These...
In this paper, both synthetic slag and commercial slag covering the common composition range were em...
In the current work, dynamic studies of mass transfer of sulfur from the gas phase to the metal phas...
A kinetic study of reduction and oxidation slag reactions of importance to the non-ferrous smelting ...
The kinetics of slag metals reactions are complex and often transient, in the sense that interfacial...
Interfacial phenomena, which include interface turbulence, lowering of apparent interfacial tension,...
A critical review of current thermodynamic theories of slag-metal reactions is presented. A series o...
A knowledge of surface area is key to modeling the kinetics of many high temperature processes. In t...
The interface metal/molten oxide is of interest for several high temperature processes (metallurgy, ...
Equations commonly used in describing reaction kinetics are examined and the problem of applying suc...
High temperature metallurgical reaction kinetics have been the subject of study for many years [1, 2...
Traditionally, steelmaking reactions have been analyzed by thermodynamics. Recently, software packag...
In steel shops, intense reactions occur at the interfaces between the metal-slag-refractory phases a...
The following paper revolves around the research work conducted in collaboration during Professor Iw...
An approach for accommodating the interfacial area changes in kinetic equations for heterogeneous re...
During reaction between metal droplets and slag, spontaneous emulsification has been observed. These...
In this paper, both synthetic slag and commercial slag covering the common composition range were em...
In the current work, dynamic studies of mass transfer of sulfur from the gas phase to the metal phas...
A kinetic study of reduction and oxidation slag reactions of importance to the non-ferrous smelting ...