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Mechanical and magnetic properties of polydisperse magnetoelastics

机译:多分散磁弹性体的机械和磁性

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摘要

In this work are considered new magneto-controlled materials - magnetoelastics, their elastic and magnetic properties. Much attention is devoted to influence of distribution of magnetic particles by their size on these properties. It was found that the application of a magnetic field on magnetoelastics with larger particles leads to a considerable rise of the shear modulus. It was shown that damping of torsional vibrations strongly depends on both value of magnetic field and concentration of large particles. A comparison between shear modulus, obtained from classic method and from torsional vibrations was made and a good coincidence of results was found. It was found out that hysteresis loops for considered polymer materials have unusual character.
机译:在这项工作中,人们认为新的磁控材料-磁弹性材料,其弹性和磁性能。磁性颗粒的分布对其尺寸的影响对这些性能有很多关注。已经发现,在具有较大颗粒的磁弹性体上施加磁场会导致剪切模量显着提高。结果表明,扭转振动的衰减在很大程度上取决于磁场值和大颗粒的浓度。比较了经典方法和扭转振动得到的剪切模量,发现了很好的一致性。已经发现,考虑的聚合物材料的磁滞回线具有不同寻常的特性。

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