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Reactivity of halogens with aqueous micropollutants: a mechanism for the formation of trihalomethanes
A study of some recognized extremes in precursor reactivities, such as occur with methylketones or metapolyhydroxybenzenes, indicates the variability of physical and chemical reactions in their effects on haloform yields. Comparison of the reactivities of chlorine, bromine, and iodine suggests that an iodoform test can give global determinations of haloform reaction precursors.
Reactivity of halogens with aqueous micropollutants: a mechanism for the formation of trihalomethanes
A study of some recognized extremes in precursor reactivities, such as occur with methylketones or metapolyhydroxybenzenes, indicates the variability of physical and chemical reactions in their effects on haloform yields. Comparison of the reactivities of chlorine, bromine, and iodine suggests that an iodoform test can give global determinations of haloform reaction precursors.
Reactivity of halogens with aqueous micropollutants: a mechanism for the formation of trihalomethanes
Dore, M. (author) / Merlet, N. (author) / De Laat, J. (author) / Goichon, J. (author)
Journal ‐ American Water Works Association ; 74 ; 103-107
1982-02-01
5 pages
Article (Journal)
Electronic Resource
English
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