MAGNETIC BEADS SEPARATING PRINCIPLE AND SEPARATING TEST RESEARCH

Bian Bingxin; Li Zhe; He Jingdong; Ai Shuyan; Yang Yi

Bian Bingxin, Li Zhe, He Jingdong, Ai Shuyan, Yang Yi. MAGNETIC BEADS SEPARATING PRINCIPLE AND SEPARATING TEST RESEARCHJ. CHINA MINING MAGAZINE, 1997, 6(5): 65-68.

Citation:

Bian Bingxin, Li Zhe, He Jingdong, Ai Shuyan, Yang Yi. MAGNETIC BEADS SEPARATING PRINCIPLE AND SEPARATING TEST RESEARCHJ. CHINA MINING MAGAZINE, 1997, 6(5): 65-68.

Citation:

Bian Bingxin, Li Zhe, He Jingdong, Ai Shuyan, Yang Yi. MAGNETIC BEADS SEPARATING PRINCIPLE AND SEPARATING TEST RESEARCHJ. CHINA MINING MAGAZINE, 1997, 6(5): 65-68.

MAGNETIC BEADS SEPARATING PRINCIPLE AND SEPARATING TEST RESEARCH

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Abstract

The analysis of magnetic separation principle of magnetic baeds and magnetic separation dynamics gives calculation formula involving magnetic beads acted on by magnetic power produced by magnetic field and magnetic power required for separation magnetic beads from magnetic separaor. Yields information about different separation numbers and separation results of separation process, and above all leads toan important conclusion that the application of a magnetic separator with a weak magnetic field renderspossible the effective recovery of the magnetic beads from fly ash.

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MAGNETIC BEADS SEPARATING PRINCIPLE AND SEPARATING TEST RESEARCH

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