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The thermal decomposition of methyl linoleate hydroperoxide
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AbstractMethyl linoleate hydroperoxide produced by ultra‐violet‐light‐catalysed oxidation of methyl linoleate has been thermally decomposed in the presence of excess of methyl linoleate. By carrying out the decomposition in an inert atmosphere it has been possible to trace the true reaction‐products formed by the initial peroxide‐oxygen. New oxygenated non‐peroxidic forms of methyl linoleate, dimeric and trimeric compounds are produced. The dimers have been characterized as carboncarbon‐bonded methyl linoleate molecules, but the trimers are of more complex structure. From the relative proportions of oxygenated monomer and polymeric compounds a tentative mechanism to explain the formation of the reaction products has been advanced.
Title: The thermal decomposition of methyl linoleate hydroperoxide
Description:
AbstractMethyl linoleate hydroperoxide produced by ultra‐violet‐light‐catalysed oxidation of methyl linoleate has been thermally decomposed in the presence of excess of methyl linoleate.
By carrying out the decomposition in an inert atmosphere it has been possible to trace the true reaction‐products formed by the initial peroxide‐oxygen.
New oxygenated non‐peroxidic forms of methyl linoleate, dimeric and trimeric compounds are produced.
The dimers have been characterized as carboncarbon‐bonded methyl linoleate molecules, but the trimers are of more complex structure.
From the relative proportions of oxygenated monomer and polymeric compounds a tentative mechanism to explain the formation of the reaction products has been advanced.
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