This book presents key information on the acoustic properties of magnetic fluids. The book is based on research carried out by the author as well as on many publications in both the Russian and foreign scientific literature from 1969 onwards. It describes a wide variety of topics, which together lay the foundation of a new scientific research area: the acoustics of nanodispersed media. The book examines the nanoscale structure of matter in specific areas and discusses the following: model theory and known features of the propagation of sound waves in magnetised fluids, acoustomagnetic and…mehr
This book presents key information on the acoustic properties of magnetic fluids. The book is based on research carried out by the author as well as on many publications in both the Russian and foreign scientific literature from 1969 onwards. It describes a wide variety of topics, which together lay the foundation of a new scientific research area: the acoustics of nanodispersed media. The book examines the nanoscale structure of matter in specific areas and discusses the following: model theory and known features of the propagation of sound waves in magnetised fluids, acoustomagnetic and magnetoacoustic effects in magnetic fluids, vibration and rheological effects of magnetised magnetic fluids, acoustometry of the shape of magnetic nanoaggregates and non-magnetic microaggregates, and more.
Vyacheslav Mikhailovich Polunin has been working in the Physics Department of Southwest State University in Kursk (Russia) for 40 years: as a senior lecturer, reader, and currently heads the department. He earned his PhD in physics from the Leningrad State University in Saint Petersburg, Russia. Dr. Polunin's research interests include molecular physics, physical acoustics, and magnetohydrodynamics. He is also the author or co-author of nearly 350 scientific publications in Russian national science journals and many European countries. Dr. Polunin holds 15 author's certificates and patents.
Inhaltsangabe
Equilibrium Magnetisation of Magnetic Fluids. Perturbation of Magnetic Induction By Sound. Speed of Sound. Absorption and Scattering of Sound. Ponderomotive Mechanism of Electromagnetic Excitation of Sound. Magnetoacoustic Effect in the Megahertz Frequency Range. Magnetic Fluid Compacting As An Oscillatory System. Acoustomagnetic Spectroscopy. Acoustic Granulometry. Acoustometry of the Shape of Magnetic Nanoaggregates and Non-Magnetic Micro-Aggregates. Conclusions. Appendix. References. Index.
Equilibrium Magnetisation of Magnetic Fluids. Perturbation of Magnetic Induction By Sound. Speed of Sound. Absorption and Scattering of Sound. Ponderomotive Mechanism of Electromagnetic Excitation of Sound. Magnetoacoustic Effect in the Megahertz Frequency Range. Magnetic Fluid Compacting As An Oscillatory System. Acoustomagnetic Spectroscopy. Acoustic Granulometry. Acoustometry of the Shape of Magnetic Nanoaggregates and Non-Magnetic Micro-Aggregates. Conclusions. Appendix. References. Index.
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