It was found that a dense polymeric interface layer would be formed on the surface of solid fillers due to the interaction between paniculate filler surface and epoxy matrix.
结果发现由于颗粒填料表面和环氧基体的相互作用，从填料表面开始形成了一层致密的聚合物界面层。
Some defects exist in the Surface dense layer.
表面致密层存在有缺陷。
A nearly confluent elastin surface layer was present throughout but was missing at atherosclerosis-susceptible branch points, exposing dense collagen-proteoglycan complexes.
弹性蛋白的表面层几乎是汇合的但在易发生动脉粥样硬化的分叉点却是缺失的，高密度的胶原-蛋白聚合物暴露。
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