Compared to graphene, graphene oxides (GO) have also been applied in many areas due to their unique structures and properties, such as tunable and functionalized surfaces, great processing and competition for scalable production. In this review, GO reinforced epoxy resins are systematically looked into, where they can be classified into two broad groups: epoxy/GO nanocomposites and epoxy/GO coatings, depending on the application types. In the epoxy/GO nanocomposites, the GO reinforcement on the different properties of epoxy matrices are described in details, like mechanical, toughness, thermal conductivity and so on. As for the epoxy/GO coatings, the GO effect on the anti-corrosion properties is one of the main concerns. For both of them, GO modification methods and dispersing routes in the respective epoxy matrices are among the most important considerations. There are some remaining unsolved issues, which will be highlighted together with the future perspectives of the GO reinforced epoxy resins.

与石墨烯相比，氧化石墨烯（GO）由于其独特的结构和特性（例如可调谐和功能化的表面，出色的加工工艺和可扩展的生产竞争性），也已在许多领域得到应用。在这篇综述中，对GO增强环氧树脂进行了系统地研究，根据应用类型的不同，可以将其分为两大类：环氧/ GO纳米复合材料和环氧/ GO涂料。在环氧/ GO纳米复合材料中，详细描述了环氧基质不同性能的GO增强剂，如机械，韧性，导热性等。对于环氧/ GO涂料，GO对防腐性能的影响是主要问题之一。对于他们两个 最重要的考虑因素之一是GO改性方法和在各个环氧基质中的分散途径。还有一些悬而未决的问题，将与GO增强环氧树脂的未来前景一起强调。