1967Journal of the Chemical Society B Physical OrganicRequires access

The electron spin resonance spectra of radicals obtained by the addition of amino- and hydroxyl radicals to alkenes

W. E. Griffiths, G. F. Longster, J. Myatt, P. F. Todd

Open publisher page 22 citations

Abstract

Free radicals are produced by the reaction of hydroxyl radicals and amino-radicals with alkenes or halogenated alkenes. In each case the e.s.r. spectra are attributable to radicals formed by primary addition of an OH or NH2 fragment to the olefinic double bond.

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Free radicals are produced by the reaction of hydroxyl radicals and amino-radicals with alkenes or halogenated alkenes. In each case the e.s.r. spectra are attributable to radicals formed by primary addition of an OH or NH2 fragment to the olefinic double bond.

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Available abstract

Free radicals are produced by the reaction of hydroxyl radicals and amino-radicals with alkenes or halogenated alkenes. In each case the e.s.r. spectra are attributable to radicals formed by primary addition of an OH or NH2 fragment to the olefinic double bond.

Key concepts: Radical, Chemistry, Photochemistry, Electron paramagnetic resonance, Spectral line, Resonance (particle physics), Organic chemistry, Nuclear magnetic resonance

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