A comprehensive chemical model for the preliminary steps of the thermal stabilization process in a carbon fibre manufacturing line
Version 2 2024-06-04, 02:25
Version 1 2019-02-18, 14:28
journal contribution
posted on 2024-06-04, 02:25 authored by K Badii, G Golkarnarenji, AS Milani, Minoo NaebeMinoo Naebe, H KhayyamA multistage comprehensive chemical model predicts the kinetic parameters and simulates the thermal stabilisation process.
History
Journal
Reaction Chemistry and EngineeringVolume
3Pagination
959-971Location
Cambridge, Eng.Publisher DOI
ISSN
2058-9883eISSN
2058-9883Language
EnglishPublication classification
C1 Refereed article in a scholarly journalCopyright notice
2018, Royal Society of ChemistryIssue
6Publisher
ROYAL SOC CHEMISTRYUsage metrics
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Keywords
Science & TechnologyPhysical SciencesTechnologyChemistry, MultidisciplinaryEngineering, ChemicalChemistryEngineeringOXIDATIVE STABILIZATIONPOLYACRYLONITRILE FIBERSPANOPTIMIZATIONPRECURSORSEVOLUTIONKINETICSOXYGENPERFORMANCEREGRESSIONThermal stabilization processCarbon fibre manufacturing lineEnergy consuming oxidation reaction4004 Chemical engineering4005 Civil engineering4011 Environmental engineering
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