Lifetime Prediction of Rubber Using the Chemiluminescence Approach and Isoconversional Kinetics

A common scepticism towards the application of many materials in art or in conservation-restoration results from the fact that their long-term stability is unknown and difficult to predict. In the present study we report on a new approach of kinetic analysis of the oxidation reactions of n...

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Main Authors: Fabian Käser, Bertrand Roduit
Format: Article
Language:deu
Published: Swiss Chemical Society 2008-11-01
Series:CHIMIA
Subjects:
Online Access:https://www.chimia.ch/chimia/article/view/4583
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author Fabian Käser
Bertrand Roduit
author_facet Fabian Käser
Bertrand Roduit
author_sort Fabian Käser
collection DOAJ
description A common scepticism towards the application of many materials in art or in conservation-restoration results from the fact that their long-term stability is unknown and difficult to predict. In the present study we report on a new approach of kinetic analysis of the oxidation reactions of natural rubbers with and without stabiliser in an oxygen atmosphere at moderate temperatures using chemiluminescence measurements carried out on newly developed instrumentation. The kinetic parameters of the oxidation process, calculated from the chemiluminescence signals by means of the differential isoconversional method of Friedman, were subsequently applied to the simulation of the rubber aging using different temperature profiles. The results are a first step towards the use of chemiluminescence to characterise the oxidative aging of rubber and predicting the lifetime of rubber items.
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spelling doaj.art-b3a0ee37ed7d4bc4ab324e146399dbd92022-12-22T00:05:35ZdeuSwiss Chemical SocietyCHIMIA0009-42932673-24242008-11-01621110.2533/chimia.2008.908Lifetime Prediction of Rubber Using the Chemiluminescence Approach and Isoconversional KineticsFabian KäserBertrand Roduit A common scepticism towards the application of many materials in art or in conservation-restoration results from the fact that their long-term stability is unknown and difficult to predict. In the present study we report on a new approach of kinetic analysis of the oxidation reactions of natural rubbers with and without stabiliser in an oxygen atmosphere at moderate temperatures using chemiluminescence measurements carried out on newly developed instrumentation. The kinetic parameters of the oxidation process, calculated from the chemiluminescence signals by means of the differential isoconversional method of Friedman, were subsequently applied to the simulation of the rubber aging using different temperature profiles. The results are a first step towards the use of chemiluminescence to characterise the oxidative aging of rubber and predicting the lifetime of rubber items. https://www.chimia.ch/chimia/article/view/4583ChemiluminescenceIsoconversional kineticsLifetime predictionNatural rubberOxidation
spellingShingle Fabian Käser
Bertrand Roduit
Lifetime Prediction of Rubber Using the Chemiluminescence Approach and Isoconversional Kinetics
CHIMIA
Chemiluminescence
Isoconversional kinetics
Lifetime prediction
Natural rubber
Oxidation
title Lifetime Prediction of Rubber Using the Chemiluminescence Approach and Isoconversional Kinetics
title_full Lifetime Prediction of Rubber Using the Chemiluminescence Approach and Isoconversional Kinetics
title_fullStr Lifetime Prediction of Rubber Using the Chemiluminescence Approach and Isoconversional Kinetics
title_full_unstemmed Lifetime Prediction of Rubber Using the Chemiluminescence Approach and Isoconversional Kinetics
title_short Lifetime Prediction of Rubber Using the Chemiluminescence Approach and Isoconversional Kinetics
title_sort lifetime prediction of rubber using the chemiluminescence approach and isoconversional kinetics
topic Chemiluminescence
Isoconversional kinetics
Lifetime prediction
Natural rubber
Oxidation
url https://www.chimia.ch/chimia/article/view/4583
work_keys_str_mv AT fabiankaser lifetimepredictionofrubberusingthechemiluminescenceapproachandisoconversionalkinetics
AT bertrandroduit lifetimepredictionofrubberusingthechemiluminescenceapproachandisoconversionalkinetics