Modification of the adhesion properties of synthetic fibres by radiation-grafting of fluoro-olefins

Kurilenko, A.I.; Nikulina, I.G.; Danilov, Ye.P.

doi:10.1016/0032-3950(67)90368-1

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Well-defined Copolymers Based On Ctfe1

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2013

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“…One of the compounds they obtained was poly(ethylene)- g -PCTFE which has better hydrophobic properties and better biocompatibility. This technique was also applied to synthetic fibers. , In a related approach, various authors , demonstrated that the peroxy radicals generated on PCTFE by irradiation are persistent and can survive for more than 6 years. Evidence of the slow decay resulted from the successful graft polymerization of styrene initiated by the remaining peroxy radicals onto preirradiated films after various storage periods.…”

Section: Well-defined Copolymers Based On Ctfementioning

confidence: 99%