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Elasticity of an Air Cavity in a Magnetic Fluid on an Annular Magnet Segment with Changing Magnetic Field Sign


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Abstract

The paper discusses the results of experimental research on air cavity capture by magnetic fluid and elasticity of the produced oscillatory system on an annular magnet segment with changing magnetic field sign. This research relied on analysis of magnetic and acoustic oscillograms. It was shown that using the magnetic field segment of an annular magnet with this distinctive feature expands the possibilities of managing the magnetic fluid when producing an isolated gas cavity with a reduced value of elasticity parameter.

About the authors

V. M. Polunin

Southwest State University

Author for correspondence.
Email: poluninvm1@gmail.com
Russian Federation, Kursk

P. A. Ryapolov

Southwest State University

Email: poluninvm1@gmail.com
Russian Federation, Kursk

K. S. Ryabtsev

Southwest State University

Email: poluninvm1@gmail.com
Russian Federation, Kursk

N. S. Kobelev

Southwest State University

Email: poluninvm1@gmail.com
Russian Federation, Kursk

I. A. Shabanova

Southwest State University

Email: poluninvm1@gmail.com
Russian Federation, Kursk

V. V. Yushin

Southwest State University

Email: poluninvm1@gmail.com
Russian Federation, Kursk

E. B. Postnikov

Kursk State University

Email: poluninvm1@gmail.com
Russian Federation, Kursk

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