Accession Number : ADA018335
Title : Reaction Kinetics of the Radiation-Induced Grafting of Styrene on Polyethylene Film.
Descriptive Note : Technical rept.,
Corporate Author : BISHOP COLL DALLAS TEX DIV OF SCIENCE AND MATHEMATICS
Personal Author(s) : Wilson,Joseph E.
Report Date : OCT 1975
Pagination or Media Count : 26
Abstract : Based on rate data obtained previously, an analysis has been made of the reaction kinetics of the radiation-induced grafting of styrene on polyethylene film using various concentrations of methanol in the styrene. A new feature of the work involves the use of internal film concentrations of styrene and methanol computed from the Flory theory of polymer/solvent interaction, which possibly improves the accuracy of termination rate constant (kt) calculations at various methanol concentrations. A graphical plot of kt dependence on internal' film viscosity is computed from an equation of Smoluchowski. Techniques are defined which may lead to improved accuracy in the computation of rate constants.
Descriptors : *Graft polymerization, *Styrenes, Radiation chemistry, Polyethylene, Polymeric films, Solutions(Mixtures), Concentration(Chemistry), Viscosity, Monomers, Numerical analysis, Reaction kinetics
Subject Categories : Physical Chemistry
Radiation and Nuclear Chemistry
Distribution Statement : APPROVED FOR PUBLIC RELEASE