Study On Crystallization Properties Of Mold Flux In Magnetic Field

The Minerals, Metals and Materials Society
Congjing Zhang Yu Wang Lang Hu Mingmei Zhu Hongpo Wang
Organization:
The Minerals, Metals and Materials Society
Pages:
8
File Size:
399 KB
Publication Date:
Jan 1, 2015

Abstract

Magnetic field has a great effect on the crystallization behavior of mold flux and properties of the flux film between mold and strand, on which the surface quality of strand was deeply depended in continuous casting process. Therefore, studying the change law of the crystallization properties of mold flux in magnetic field is of great significant. In the present work, based on intensity of the applied magnetic field with the range from 0mT to 60mT, the crystallization ratio, crystal size and mineralogical phases of the flux film were discussed. The results show that crystallization ratio increases with the increasing magnetic field intensity, and the crystal size becomes bigger at the same time. The magnetic field promotes the crystallization ratio and growth speed of the crystallized grains of mold flux. However, magnetic field doesn’t change types of the mineralogical phases.
Citation

APA: Congjing Zhang Yu Wang Lang Hu Mingmei Zhu Hongpo Wang  (2015)  Study On Crystallization Properties Of Mold Flux In Magnetic Field

MLA: Congjing Zhang Yu Wang Lang Hu Mingmei Zhu Hongpo Wang Study On Crystallization Properties Of Mold Flux In Magnetic Field. The Minerals, Metals and Materials Society, 2015.

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