1988
DOI: 10.1002/apmc.1988.051640114
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The mechanism and kinetics of reactions in the initial stage of thermally initiated oxidation of caprolactam

Abstract: In the induction period of the autocatalytic, thermally initiated oxidation of caprolactam (90 -155 "C) the role of the catalyst is played by the primary oxidation product , caprolactam hydroperoxide. 0 1988 Hiithig& Wepf Verlag, Basel OOO3-3146/88/$03.00 181 B. LhskA and J. Sebenda Mit zunehmender Hydroperoxidkonzentration steigt die Wahrscheinlichkeit der Assoziation uber Wasserstoffbrucken zum dimeren Hydroperoxid, welches sich mit einem etwas anderen Mechanismus spaltet als die monomere Form oder das Assoz… Show more

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Cited by 21 publications
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“…17 The kinetics analysis of thermally initiated oxidation of CL indicated that caprolactam hydroperoxide was the primary product, and adipimide and adipic acid arose from consecutive decomposition reactions of caprolactam hydroperoxide. 18 The UV-spectra in Fig. 3 indicate that CL may be oxidized by AgNO 3 in a mechanism similar to that of the oxidation of CL initiated by O 2 .…”
mentioning
confidence: 81%
“…17 The kinetics analysis of thermally initiated oxidation of CL indicated that caprolactam hydroperoxide was the primary product, and adipimide and adipic acid arose from consecutive decomposition reactions of caprolactam hydroperoxide. 18 The UV-spectra in Fig. 3 indicate that CL may be oxidized by AgNO 3 in a mechanism similar to that of the oxidation of CL initiated by O 2 .…”
mentioning
confidence: 81%