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Ferromagnetic track-etched membrane for high-gradient magnetic separation

Podoynitsyn, S. N. / Sorokina, O. N. / Kovarski, A. L. / Tsyganova, T. V. / Levin, I. I. / Simakin, S. B.

Abstract High-gradient magnetic field formed near pores of a ferromagnetic track-etched membrane retains on the membrane surface particles having a higher magnetic permeability than the surrounding medium. The feasibility of capturing particles of aqueous magnetite slurry on the ferromagnetic track-etched membrane has been experimentally shown. Calculation of the field strength near the membrane confirms the experimental results.

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Ferromagnetic track-etched membrane for high-gradient magnetic separation

Podoynitsyn, S. N. / Sorokina, O. N. / Kovarski, A. L. / Tsyganova, T. V. / Levin, I. I. / Simakin, S. B.

Abstract High-gradient magnetic field formed near pores of a ferromagnetic track-etched membrane retains on the membrane surface particles having a higher magnetic permeability than the surrounding medium. The feasibility of capturing particles of aqueous magnetite slurry on the ferromagnetic track-etched membrane has been experimentally shown. Calculation of the field strength near the membrane confirms the experimental results.

Ferromagnetic track-etched membrane for high-gradient magnetic separation

Podoynitsyn, S. N. / Sorokina, O. N. / Kovarski, A. L. / Tsyganova, T. V. / Levin, I. I. / Simakin, S. B.

Abstract High-gradient magnetic field formed near pores of a ferromagnetic track-etched membrane retains on the membrane surface particles having a higher magnetic permeability than the surrounding medium. The feasibility of capturing particles of aqueous magnetite slurry on the ferromagnetic track-etched membrane has been experimentally shown. Calculation of the field strength near the membrane confirms the experimental results.

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Title:

Ferromagnetic track-etched membrane for high-gradient magnetic separation

Contributors:

Podoynitsyn, S. N. (author) / Sorokina, O. N. (author) / Kovarski, A. L. (author) / Tsyganova, T. V. (author) / Levin, I. I. (author) / Simakin, S. B. (author)

Published in:

Petroleum Chemistry ; 57 ; 347-352

Publication date:

2017-04-01

Size:

6 pages

ISSN:

1555-6239 , 0965-5441

DOI:

https://doi.org/10.1134/S0965544117040041

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

high-gradient magnetic separation , track-etched membrane , ferromagnetic membrane Chemistry , Industrial Chemistry/Chemical Engineering

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