The production of steels with low total oxygen content and preferred oxide morphologies requires effective inclusion removal during ladle treatment after deoxidation and control of the evolution of the inclusion population during ladle processing and steel transport. As demands for increased steel cleanliness continue to grow, ongoing research on the behavior of inclusion populations in the ladle during ladle treatment has continued to advance our understanding of the ladle treatment process. This paper provides an introductory overview of inclusion behavior in the ladle along with a review of the some of the ongoing research in the area of ladle treatment and the factors that influence the evolution and removal of inclusions
The present thesis was to study non-metallic inclusions during vacuum degassing in ladle treatment. ...
The present study was carried out to investigate the formation and evolution of non-metallic inclusi...
It was studied in the article the possibility of intensification of removal of non-metallic inclusio...
The overall purpose of this thesis work has been to further our understanding of the growth and remo...
The present study was carried out to investigate theformation and chemical development of non-metall...
Steel refining via ladle treatment is critical to final product quality in the steel manufacturing p...
The present work was to study the population and chemicalcharacterization of the inclusions at diffe...
Two industrial studies and one set of lab scale trials have been done. In addition, a theoretical st...
The present work was to study the role of ladle glaze as apotential supplier of inclusions to the st...
Investigations into the evolution of inclusion populations during ladle processing and continuous ca...
The increasing demands for high cleanliness steel products require the continuous improvement of ste...
Cleanliness of steel is mainly determined by the presence of oxide inclusions. The reoxidation of li...
A low level of non-metallic inclusions in steel is the key requirement in the concept of clean steel...
Nonmetallic inclusions are harmful to the quality of 42CrMo4 steel. Therefore, the formation and rem...
The increasing demand for higher steel inclusion cleanliness has motivated control over the formatio...
The present thesis was to study non-metallic inclusions during vacuum degassing in ladle treatment. ...
The present study was carried out to investigate the formation and evolution of non-metallic inclusi...
It was studied in the article the possibility of intensification of removal of non-metallic inclusio...
The overall purpose of this thesis work has been to further our understanding of the growth and remo...
The present study was carried out to investigate theformation and chemical development of non-metall...
Steel refining via ladle treatment is critical to final product quality in the steel manufacturing p...
The present work was to study the population and chemicalcharacterization of the inclusions at diffe...
Two industrial studies and one set of lab scale trials have been done. In addition, a theoretical st...
The present work was to study the role of ladle glaze as apotential supplier of inclusions to the st...
Investigations into the evolution of inclusion populations during ladle processing and continuous ca...
The increasing demands for high cleanliness steel products require the continuous improvement of ste...
Cleanliness of steel is mainly determined by the presence of oxide inclusions. The reoxidation of li...
A low level of non-metallic inclusions in steel is the key requirement in the concept of clean steel...
Nonmetallic inclusions are harmful to the quality of 42CrMo4 steel. Therefore, the formation and rem...
The increasing demand for higher steel inclusion cleanliness has motivated control over the formatio...
The present thesis was to study non-metallic inclusions during vacuum degassing in ladle treatment. ...
The present study was carried out to investigate the formation and evolution of non-metallic inclusi...
It was studied in the article the possibility of intensification of removal of non-metallic inclusio...