In a recent work, the present authors developed a new formal kinetics methodology suitablefor the situation in which transformations take place simultaneously or sequentially. In this work themain results of such a methodology are briefly presented in a simplified form. It is shown here howthis new methodology may be used for obtaining expressions for simultaneous or sequential reactionsfrom models of the kinetics of each reaction in isolation. It is also shown how one may extract theo-retical information from the experimentally measured quantities. Moreover, the methodology is usedto analyse published data on the recrystallization kinetics of IF steels.
New Methodology to Model Simultaneous and Sequential Reactions: Main Results and Applications / P.R. Rios, E. Villa, S.C. de Oliveira - In: THERMEC 2011[s.l] : T. Chandra, M. Ionescu and D. Mantovani, 2012. - ISBN 978-3-03785-303-0. - pp. 149-156 (( convegno THERMEC 2011, International Conference on PROCESSING & MANUFACTURING OF ADVANCED MATERIALS tenutosi a Quebec City, Canada nel 2011.
New Methodology to Model Simultaneous and Sequential Reactions: Main Results and Applications
E. VillaSecondo
;
2012
Abstract
In a recent work, the present authors developed a new formal kinetics methodology suitablefor the situation in which transformations take place simultaneously or sequentially. In this work themain results of such a methodology are briefly presented in a simplified form. It is shown here howthis new methodology may be used for obtaining expressions for simultaneous or sequential reactionsfrom models of the kinetics of each reaction in isolation. It is also shown how one may extract theo-retical information from the experimentally measured quantities. Moreover, the methodology is usedto analyse published data on the recrystallization kinetics of IF steels.Pubblicazioni consigliate
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