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Study on Epoxy Based Magnetorheological Elastomers

机译:基于环氧基的磁流变弹性体的研究

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To improve the mechanical properties and the MR effect of MRE, we use flexible epoxy as the matrix of MRE. It shows that both the mechanical properties and the MR effect of epoxy based MRE improved. At room temperature the highest absolute modulus increase was 203 MPa when the intensity of magnetic field was 0.2T while the carbonyl iron content was 71.4%. Temperature influenced the MR effect. When at -40°C the maximum storage modulus increased more than 2356 MPa and changed with the temperature. Meanwhile, the morphology of the epoxy based MRE was studied by scanning electron microscopy (SEM).
机译:改善MRE的机械性能和MR效应,我们使用柔性环氧树脂作为MRE的基质。它表明,基于环氧的MRE的机械性能和MR效应改善。在室温下,当磁场强度为0.2t时,磁场强度为203MPa,羰基含量为71.4%。温度影响了MR效应。当在-40°C时,最大储存模量增加超过2356MPa并随温度而变化。同时,通过扫描电子显微镜(SEM)研究了环氧基的MRE的形态。

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