An Innovative Method of Dynamic Vulcanization of EVA in the Presence of PP: Chemical, Processing and Mechanical Properties
Identifieur interne : 000354 ( Istex/Corpus ); précédent : 000353; suivant : 000355An Innovative Method of Dynamic Vulcanization of EVA in the Presence of PP: Chemical, Processing and Mechanical Properties
Auteurs : C. Joubert ; L. Choplin ; A. Michel ; P. CassagnauSource :
- Journal of Polymer Engineering [ 0334-6447 ] ; 2005.
English descriptors
- KwdEn :
- Acetate function, Appl, Appl polym, Batch mixer, Copolymer, Crosslink, Crosslinked, Crosslinking, Crosslinking reaction, Dbto, Dicumyl peroxide, Different reagents, Dynamic crosslinking, Dynamic vulcanization, Elastic properties, Elastic recovery, Error range, Exchange reaction, Extruder, First step, Grafted, Grafted silane, Haake rheomixer, Higher temperature, Insoluble fraction, Internal mixer, Joubert, Kraton, Mechanical properties, Mixer, Morphology, Naphtenic hydrocarbons, Network density, Other hand, Other words, Parallel plate press, Pellet, Peroxide, Phase inversion, Plasticizer, Plastol, Polym, Polymer, Polymer engineering, Present study, Present work, Previous work, Previous works, Processing conditions, Processing steps, Radical network, Radical reaction, Room temperature, Rubber phase, Same crosslinking density, Sample crosslinked, Side reaction, Side reactions, Silane, Silane functions, Silane groups, Slight increase, Step process, Strength properties, Tensile experiments, Tensile properties, Tensile strength, Tensile strength properties, Thermoplastic, Thermoplastic phase, Third component, Transesterification, Transesterification reaction, Twin screw extruder, Upper plate, Vinyl, Vinyl acetate, Vinyl acetate units, Vinyl silane, Vinyl silane groups, Viscoelastic approach, Vtmos, Vulcanization.
- Teeft :
- Acetate function, Appl, Appl polym, Batch mixer, Copolymer, Crosslink, Crosslinked, Crosslinking, Crosslinking reaction, Dbto, Dicumyl peroxide, Different reagents, Dynamic crosslinking, Dynamic vulcanization, Elastic properties, Elastic recovery, Error range, Exchange reaction, Extruder, First step, Grafted, Grafted silane, Haake rheomixer, Higher temperature, Insoluble fraction, Internal mixer, Joubert, Kraton, Mechanical properties, Mixer, Morphology, Naphtenic hydrocarbons, Network density, Other hand, Other words, Parallel plate press, Pellet, Peroxide, Phase inversion, Plasticizer, Plastol, Polym, Polymer, Polymer engineering, Present study, Present work, Previous work, Previous works, Processing conditions, Processing steps, Radical network, Radical reaction, Room temperature, Rubber phase, Same crosslinking density, Sample crosslinked, Side reaction, Side reactions, Silane, Silane functions, Silane groups, Slight increase, Step process, Strength properties, Tensile experiments, Tensile properties, Tensile strength, Tensile strength properties, Thermoplastic, Thermoplastic phase, Third component, Transesterification, Transesterification reaction, Twin screw extruder, Upper plate, Vinyl, Vinyl acetate, Vinyl acetate units, Vinyl silane, Vinyl silane groups, Viscoelastic approach, Vtmos, Vulcanization.
Url:
DOI: 10.1515/POLYENG.2005.25.1.59
Links to Exploration step
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