Functionally substituted mono-, di-, and polyesters of 3-cyclohexene series acids were synthesised, and their effectiveness as plasticisers/modifiers for epoxy composites based on ED-20 epoxy–bisphenol A resin was studied.
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References
1.
ShirshovaE.S., Study of the effect of modifiers on the properties of epoxy composites. Plastmassy, (12): 34–36 (2006).
2.
KerimovA.Kh., Halogen-containing modifiers of epoxy composites. Plastmassy, (3): 31–33 (2005).
3.
BlagonravovaA.A., and NepomnyashchiiA.I., Lacquer Epoxy Resins.Khimiya, Moscow, 248 pp. (1970).
4.
LeeH., and NevilleK., Epoxy Resins Handbook.Energiya, Moscow (1973).
5.
SU 1035043 (1983).
6.
MechetovichS.B., Certain problems in developing plasticiser production. Plastmassy, (7): 6–7 (1987).
7.
SU 353941 (1971).
8.
AlievaE.S., The synthesis and certain transformations of halogenalkyl esters of 3-cyclohexene-1-carboxylic acids. Zh. Org. Khim., 28(4): 706–711 (1992).
9.
British Patent 907149 (1962).
10.
US Patent 2557136 (1951).
11.
Ol'shanovaK.M., Laboratory Course on Chromatographic Analysis.Vysshaya Shkola, Moscow, 307 pp. (1970).
12.
GershanovaE.L., and SorokinM.F., The synthesis of polyesters from monoepoxy compounds and dicarboxylic acids. Lakokrasochnye Materialy i ikh Primenenie, (5): 79–89 (1965).