The effects of alumina nanoparticle on the properties of an epoxy resin system

A micro-Raman study of Cu-particulate-filled epoxy matrix composites

“…It is well known that the most important factors that influence their performance are the molecular architecture, the ratio between the epoxide and the hardener, and the cure conditions, frequently at a high temperature, which determine the final properties of the material. The influence of the filler particles on the curing is still a subject of study and clearly depends on the nature of the particles [1][2][3][4][5]. Epoxy matrix composites find new applications every day in several areas of engineering and technology.…”

Influence of tribological test on the global conversion of natural composites

“…Some authors [39,40] have commented alteration on curing evolution of thermosetting composites systems, even when natural fibers are used as reinforcement. Musaceae fiber bundles could introduces the variations on the interfacial interactions respect to the matrix and introduce a catalytic effect on curing process and polymer chain network formation [41,42] . This phenomenon could introduce topological restrictions that reduce the impact of the evolution of the global convertion of the double bonds still present on composite samples after tribological test.…”

Mechanical Properties of Epoxy Alumina Multi-Composites

“…그렇지만, 나노 콤포지트의 특성은 필러와 매트릭스 사이 계면의 상호작용만큼 나노필러의 형상과 종류에 의존한다 [10]. 요구된 응용을 위한 에폭시수지를 보강하는 일반 적인 방법은 나노클레이, 나노알루미나 그리고 나노실 리카와 같은 유기와 무기필러 그리고 마이크로와 나노 의 조합이다 [11][12][13] …”