Abstract—

In the present article, we argue a choice of a modifier (filler) for an epoxy binder, namely, carbon nanotubes. The solid-state epoxy adhesive obtained by modification is a 3-phase nanocomposite, where the matrix is epoxy resin, the filler is nanotubes, and the contact layer is the domain of the epoxy resin, molecules of which have been undergone conformation. Next, the effective deformation characteristics of such an epoxy adhesive have been determined using experimental and theoretical methods. We claim that the asymptotic averaging method, which is only one with rigorous mathematical justification, gives results being in a good agreement with experimental ones (discrepancy of ~3.4%).

中文翻译：

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碳添加剂对环氧粘合剂机械性能的影响

摘要-

在本文中，我们认为选择环氧粘合剂（碳纳米管）的改性剂（填充剂）是可行的。通过改性获得的固态环氧粘合剂是三相纳米复合材料，其中基质是环氧树脂，填料是纳米管，并且接触层是环氧树脂的域，其分子已经构象。接下来，已经使用实验和理论方法确定了这种环氧粘合剂的有效变形特性。我们声称，渐近平均法仅是一种具有严格数学证明的方法，其结果与实验结果吻合良好（相差约3.4％）。