2021.8.1 Steel slag, a by-product generated during steel production poses a solid waste disposal challenge. The same slag contains valuables such as titanium, nickel,
Read MoreSubsequently, solid inclusions can enter the slag phase immediately. On the other hand, liquid inclusions can be wetted by liquid steel and the liquid steel between the
Read More2023.3.1 The multi-stage wet weak magnetic separation method is suitable for steel slag, with a best magnetic separation intensity of 100 mT in the laboratory range and a
Read More2012.2.1 Steel slag is the main industrial solid waste generated from the steelmaking process. It can be returned to the steelmaking process for reuse due to its chemical
Read More2016.12.13 A mathematical model based on the equations of particle motion was used to predict inclusion behavior observed at steel-slag interface in an in-situ Confocal
Read More2021.3.19 The investigated samples of steel slag were separated in nonmagnetic and magnetic fractions by Frantz magnetic separator at the following intensities: 0.05A,
Read More2008.11.1 The separation of non-metallic inclusions at the interface between the steel and the slag in the ladle, tundish and mold is an essential part of the production of
Read More2018.2.1 It is found that agglomeration of the liquid inclusions at the steel–slag interface could only take place when the inclusions were forced towards each other,
Read More2016.12.13 Abstract. A mathematical model based on the equations of particle motion was used to predict inclusion behavior observed at steel‐slag interface in an in‐situ
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