Polymerization Process ModelingLarge numbers of chemical engineers work with polymerization reactions and the problems and the challenges particular to the production of polymers. These problems have no counterparts in small-molecule reactions, and thus usually are neglected in standard reactor courses. This book provides a clearly written, comprehensive textbook on polymerization reactor engineering, appropriate for senior-level undergraduate and 1st- and 2nd-year graduate students. It focuses on polymer structure and structure-property relationships conditions that can play a role in dictating stucture. |
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cross termination factor
Contenido
Backbone | 13 |
Step Growth Polymerization | 39 |
Chain Growth Polymerization | 105 |
Polymerization | 130 |
Copolymerization | 163 |
Polymerization | 174 |
Nonlinear Polymerization | 205 |
Homopolymerization | 224 |
Reactor Configuration | 259 |
Heterogeneous Polymerization | 305 |
359 | |
Términos y frases comunes
active agent allows anionic polymerization applied approach assumed average becomes bonds branching bulk catalyst chain length distribution Chapter Chem common complete composition concentration Consider continuous conversion copolymer copolymerization course crosslinking decrease defined degrees of polymerization depends derivation determine discussed effect emulsion equal equation example expected Figure follows fraction free-radical function geometric given gives groups HCSTR important increase initiator interval kinetic leads limiting linear Macromolecules Makromol mass material measure mechanism method molecular weight molecules moments monomer Note obtained occurs particles phase polydispersity polymer polymerization possible present probability problem propagation properties radical rate constant ratio reaction reactivity reactor reference residence result rubber sequence shown solution species statistical step structure styrene surfactant techniques temperature termination tion transfer units values vinyl viscosity volume yield York