VISCOUS MECHANISM IN THE THEORY OF ULTRASOUND ATTENUATION ANISOTROPY BY MAGNETIC FLUIDS

A. Kurilov, V. Sokolov, P. Éminov
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Abstract

We report a comparative analysis of the classical theory of the viscous mechanism of sound attenuation by ultrafine media and one of the dominant theories of sound attenuation © CC BY Курилов А. Д., Соколов В. В., Эминов П. А., 2019. ISSN 2072-8387 Вестник Московского государственного областного университета. Серия: Физика-Математика 2019 / No 4 61 anisotropy by magnetic fluids on the basis of the viscous mechanism. The Taketomi theory used by many authors gives overestimated values for the size of aggregates in magnetic fluids and is not able to quantify experimental data. In addition, the formula obtained by Taketomi does not reduce to the classical expression for viscous absorption in the limiting case and, therefore, should be considered erroneous.
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磁流体各向异性超声衰减理论中的粘滞机理
我们对超细介质衰减声音的粘性机制的经典理论和主要的声音衰减理论之一©CC byКуриловА进行了比较分析。Д。,С。В。,ЭминовП。А。,2019年,ISSN 2072-8387Весбла。Серия:Физика-Ма。许多作者使用的Taketomi理论高估了磁性流体中聚集体的大小,无法量化实验数据。此外,Taketomi获得的公式在极限情况下并没有简化为粘性吸收的经典表达式,因此应该被认为是错误的。
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