Capture of air cavity flat channel with magnetic liquid in a ring magnet
Studies on the visualization of the capture and transport of an air cavity in a flat channel filled with magnetic fluid and located along the axis of the ring magnet are discussed. The results of the model theory of a “weakly magnetic medium” based on the construction of a system of isolines of the magnetic field strength module (H = const) for a magnetic fluid filling a tube are compared with the image of an air cavity obtained in a thin liquid layer. The features of phased capture of the air cavity for magnetic fluid are theoretically explained. The results can be useful in solving practical issues of microhydraulics.
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Keywords
магнитная жидкость, кольцевой магнит, неоднородное магнитное поле, изменяющееся по знаку магнитное поле, газожидкостные системы, микрогидравлика, magnetic fluid, ring magnet, inhomogeneous magnetic field, changing magnetic field in sign, gas-liquid systems, microhydraulicsAuthors
| Name | Organization | |
| Ryapolov P.A. | Southwest State University | r-piter@yandex.ru |
| Polunin V.M. | Southwest State University | poluninvm1@gmail.com |
| Postnikov E. B. | Kursk State University | postnicov@gmail.com |
| Bashtovoy V.G. | Belarusian National Technical University | bashtovoi@bntu.by |
| Rex A.G. | Belarusian National Technical University | reks@bntu.by |
| Sokolov E.A. | Southwest State University | evgeniysokolov1@yandex.ru |
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