Chemistry and Technology of Epoxy ResinsBryan Ellis 1 Introduction to the chemistry, synthesis, manufacture and characterization of epoxy resins.- 2 Curing agents for epoxy resins.- 3 The kinetics of cure and network formation.- 4 Additives and modifiers for epoxy resins.- 5 Fracture behaviour of epoxy resins.- 6 Electrical properties of epoxy resins.- 7 Epoxy resin adhesives.- 8 Composite materials.- 9 Coatings and other applications of epoxy resins. |
Contents
Introduction to the chemistry synthesis manufacture | 1 |
References | 35 |
The kinetics of cure and network formation | 72 |
Copyright | |
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absorption acid addition adhesive bonding adhesive joint aluminium amines anhydride anodising applications aramid bisphenol bond thickness carbon fibre CHâ‚‚ Chem chemical Chemistry coatings composite Composite Materials concentration crack tip cross-linked cure temperature cured epoxy resin cured resin curing agents cycloaliphatic decrease density DGEBA dielectric diffusion discussed effect employed epichlorohydrin epoxy adhesive epoxy groups epoxy resins equation extent of reaction factors Figure fillers formulations fracture energy fracture mechanics frequency function gelation Gillham glass transition temperature hardener increase interfacial Johari kinetics Kinloch laminate liquid Mangion materials matrix measured mechanical properties metal modulus moisture molecular weight molecules moulding occur organosilane oxide parameters particles phenolic plots polyamides polyamines polyester Polym polymeric prepreg reaction reactive reduced relatively relaxation resistance result rubber shear shown solvent specimen strength stress structural adhesives surface treatments Technology thermal thermoplastic thermosetting toughness transverse viscosity vitrification volume fraction Young's modulus