E. M. Battalov | Researchain

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Russian Journal of Applied Chemistry | 2003

ESR Study of Photopolymerization of Epoxy-Acrylate Oligomers

R. A. Sadykov; G. V. Gatiyatullina; E. M. Battalov; Yu. A. Prochukhan

Photopolymerization and thermal polymerization of epoxy-acrylate oligomers were studied by ESR at room temperature.

Russian Journal of Applied Chemistry | 2003

Synthesis and Properties of Epoxy-Acrylate Polymers Prepared in the Presence of Sulfoxides and Their Complexes

G. V. Gatiyatullina; Yu. A. Prochukhan; E. M. Battalov; N. G. Afzaletdinova; Yu. I. Murinov

The initiating activity of some sulfoxides and their complexes in photopolymerization of epoxyacrylate oligomer obtained by the reaction of ED-16 epoxy oligomer with acrylic acid was studied, and the degree of cross-linking of the resulting polymers was evaluated by analyzing their swelling kinetics.

Russian Journal of Applied Chemistry | 2008

Postpolymerization of oligoether acrylate formed by reaction of diethylene glycol diglycidyl ether with acrylic acid

E. M. Battalov; S. V. Kolesov; Yu. A. Prochukhan; A. A. Fatykhov; Yu. B. Monakov

Postpolymerization of the epoxy-acrylic oligomer derived from an aliphatic epoxy resin was studied.

Russian Journal of Applied Chemistry | 2003

Degree of Cross-Linking of Epoxy-Acrylate Polymers Prepared by Photopolymerization

G. V. Gatiyatullina; E. M. Battalov; Yu. A. Prochukhan; R. R. Muslukhov

The degree of cross-linking of epoxy-acrylate polymers prepared by photopolymerization of epoxy-acrylate oligomers was evaluated from the swellability in trichloroethylene.

Russian Journal of Applied Chemistry | 2001

Recombination Chemiluminescence in Photoirradiation of Epoxy Acrylate Polymer Compositions and Its Use for Monitoring of the Network Structure Development

O. L. Kramer; E. M. Battalov; Aleksandr I. Voloshin; Yu. A. Prochukhan

Photoinduced recombination chemiluminescence was applied for monitoring of the network structure formation under UV exposure of films prepared by esterification with acrylic acid of oligomers such as UP-612, ED-16, and Oksilin commercial epoxy resins. The chemiluminescence decay was described in terms of the fractal kinetics model. The spectral dimension parameter, apparent luminescence activation energies, and glass transition temperatures of the polymers were calculated.

Russian Journal of Applied Chemistry | 2003