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Full Description
not only includes the synthesis and characterization of the HERs, but highlights the homogeneous toughening mechanisms.
Contents
1 BACKGROUND AND BASIC KNOWLEDGE OF HYPERBRANCHED EPOXY RESINS
1.1 Concept and fundamentals of epoxy resins
1.2 Concept and of hyperbranched epoxy resins
2 PROPERTIES AND CHARACTERIZATION METHODS OF HYPERBRANCHED EPOXY RESINS
2.1 Properties of hyperbranched epoxy resins
2.2 Characterization methods of hyperbranched epoxy resins
3 SYNTHESIS METHODS OF HYPERBRANCHED EPOXY RESINS
3.1 Esterification
3.2 Etherification
3.3 Oxidation
3.4 Addition reaction
3.5 Click reaction
3.6 Proton/group transfer polymerization
3.7 RAFT
3.8 Other reactions
4 APPLICATIONS OF HYPERBRANCHED EPOXY RESINS
4.1 Adhesives
4.2 Electrical and electronic materials
4.3 Pouring filling and sealing materials
4.4 Flame-resistant materials
4.5 Matrix for composites
5 REINFORCING AND TOUGHENING AND MECHANISM OF HYPERBRANCHED EPOXY RESINS
5.1 Heterogeneous mechanism
5.2 Homogeneous mechanism
6 DEGRADATION AND RECYCLING OF EPOXY RESINS AND THEIR COMPOSITES
6.1 Degradation and recycling of epoxy resins
6.2 Degradation and recycling of hyperbranched epoxy resins
6.3 Degradation and recycling of hyperbranched epoxy resins vitrimers
6.4 Degradation and recycling of composites from hyperbranched epoxy resins
7 PERSPECTIVE
