This article investigates the molecular-topological structure and strength properties of polyeopxy vinyl ester resin modified with polyurethane rubber before and after being held in an HF solution.
LapytskiiV.A., KrytsukA.A.Fiziko-mekhanicheskie svoistva epoksidnykh polimerov i stekloplastikov [Physico-mechanical properties of epoxy polymers and fibreglass-reinforced plastics]. Kiev: Naukova Dumka, 1986, 91 pp.
3.
MakarovV.G., ArkdzovskiiV.N., NatrusovV.I. Khimicheskaia stoikost’ smol PN-15 i Atlak 382-0.5 [Chemical stability of PN-15 and Atlak 382-0.5 resins]. Sbornik trudov VNIISPV “Razrabotka i primenenie korrozionnostoikikh stekloplastikov [Collected works of the All-Union Research Institute for Fibreglass and Fibreglass-Reinforced Plastics “Development and use of corrosion-resistant fibreglass-reinforced plastics”. 1977, 96–98.
4.
MakarovV.G., SimonovV.F., KhlystovV.V.Tekhnologiia pererabotki plastmass, volokon, elastomerov i kompozitsionnykh materialov [Technology for the processing of plastics, fibres, elastomers and composite materials]. Moscow, Khimiia, 1999, 188–192.
5.
SorinaT.G., KhairetdinovA.Kh., PenskaiaT.V.Study of the physico-mechanical properties of modified epoxy vinyl ester resin and fibreglass-reinforced plastic based on it. Plast. massy, 5, 2005, 28–31.
6.
OlkhovY.A., JurkovskiB.On the more informative version of thermomechanical analysis at compression mode. J. Therm. Anal. Calorim., 81, 2005, 489–500.
7.
Teitel'baumM.I.Termomekhanicheskii analiz polimerov [Thermomechanical analysis of polymers]. Moscow: Nauka, 1975, 236 pp.
8.
IrzhakV.I., KorolevG.V., Solov'evM.E.Intermolecular interaction in polymers and a model of a physical network. Uspekhi khimii, 66, 2, 1997, 179–200.
9.
Ol'khovYu.A., SmirnovYu.N., RudakovV.M., BarelkoV.V.Thermomechanical spectroscopy of polyethylene and the polyethylene matrix of fibreglass-reinforced plastics produced using various manufacturing processes. Plast. massy, 7, 2003, 5–11.
10.
SaundersJ.H., FrischK.K.Khimiia poliuretanov [Polyurethane chemistry]. Moscow: Khimiia, 1978, 470 pp.
11.
BerryJ.P.Razrushenie [Destruction].Moscow: Mir, 1976, v. 7, part 2, p. 8–62.
12.
BabaevskiiP.G., KulikS.G.Treshchinostoikost’ otverzhdennykh polimernykh kompozitsii [Crack resistance of set polymer composites]. Moscow: Khimiia, 1991, 234 pp.
13.
SmirnovYu.N.Strukturno-kineticheskie osobennosti formirovaniia vysokoprochnykh epoksidnykh sviazuiushchikh i kompozitov na ikh osnove [Structural and kinetic features of the forming of high-strength epoxy binders and composites based on them]. Author's extract from disseration for degree of Dr of Chemical Sciences. Chernogolovka: IPKhF, 2006, 58 pp.
14.
KhozinV.G.Usilenie epoksidnykh polimerov [Reinforcing epoxy polymers]. Kazan’: PIA “Dom pechati”, 2004, 446 pp.
15.
AllaiarovS.R., SmirnovYu.N., BelovG.P., KispertL.D., TresherZh.S., Nikel'sD.E.Impact of irradiation on strength properties of fibreglass-reinforced plastics based on a polyethylene matrix. KhVE, 39, 5, 2005, 343–347.