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G.AMun,Z.S.Nurkeeva,V.A.Kovtunets,A,I,Kupchishin,G.T.Akhmetkalieva,V.V.Khutoryanskiy,Al-SayedA.A.,Dae-WhaSoh 한국전기전자재료학회 2003 Transactions on Electrical and Electronic Material Vol.4 No.3
Radiation technology is an effective way for regulating polymeric materials to physicochemical and mechanical properties. New polymeric hydrogels based on vinyl ethers have been synthesized by the γ-initiated polymerization method. In this paper, we have studied the effect of radiation on mechanical and electrochemical properties of new rubber-like polymeric composite materials based on polyvinylether of ethyleneglycol (PVEEG).
Mun G. A.,Nurkeeva Z. S.,Kovtunets V. A.,Kupchishin A. I.,Akhmetkalieva G. T.,Khutoryanskiy V. V.,Al-Sayed A. A.,Soh Dea-Wha The Korean Institute of Electrical and Electronic 2003 Transactions on Electrical and Electronic Material Vol.4 No.3
Radiation technology is an effective way for regulating polymeric materials to physicochemical and mechanical properties. New polymeric hydrogels based on vinyl ethers have been synthesized by the $\gamma$-initiated polymerization method. In this paper, we have studied the effect of radiation on mechanical and electrochemical properties of new rubber-like polymeric composite materials based on polyvinylether of ethyleneglycol (PVEEG).