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Kinetic study of MWCNT and MWCNT@P3HT hybrid thermal decomposition under isothermal and non-isothermal conditions using the artificial neural network and isoconversional methods

Luiza De L. Ferreira,Felipe S. Medeiros,Bárbara C.R. Araujo, Milton S. Gomes,Maria Luiza M. Rocco,Rita C.O. Sebastião,Hállen D.R. Calado

Thermochimica Acta（2019）

Cited 13|Views9
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Abstract
•MWCNT@P3HT hybrid synthesis through microwave reaction.•Isoconversional and artificial neural network was applied for kinetic study.•MWCNT@P3HT hybrid material presented higher thermal stability compared to MWCNT.
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Key words
Carbon nanotube,Poly(3-hexylthiophene),Hybrid,Decomposition,Vyazovkin methods,Artificial neural network
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