Water Model Study on Removing Inclusion from Molten Steel by Bubble Attachment in RH Degasser
Chunjie; University of Science and Technology Liaoning Yang
Fuping; University of Science and Technology Liaoning Tang
Minggang; University of Science and Technology Liaoning Shen
Telecommunication Computing Electronics and Control
Abstract
In this paper, a water model is established, at geometric similarity ratio of 1:4, to simulate a real 180-t RH vacuum refining device. Removing inclusion from molten steel by bubble attachment in RH degasser is analyzed using the water model. The effects of variables such as bubble size, treatment time, life-gas flow rate, amount and time of NaHCO3 addition are investigated by using high speed video and image-process software.
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