Advances in Interpenetrating Polymer Networks, Volume IDaniel Klempner, Kurt C. Frisch |
Contents
A Review of Crosslinked Polydiacetylenes and Their | 11 |
Kinetic Effects in the Formation of Castor Oil Polyurethane | 21 |
Porous Bead Polymers as Interpenetrating Polymer Networks | 41 |
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analysis beads blends calculated catalyst Chem chemical compatibility components composition copolymerization copolymers crosslink density curing curves D. A. Thomas decrease degree of segregation diisocyanate divinylbenzene domains Dynamic mechanical EGDMA elastomers epoxy resin Equation experimental Figure filler function gelation time difference glass temperature glass transition temperature grafting groups guest polymer increase Interpenetrating Polymer Networks interphase IPN formation IPN system IPNs IPNs based isocyanate K. C. Frisch kinetics Klempner L. H. Sperling latex Lipatov LIPN Macromolecules materials mechanical properties methacrylate methyl methacrylate microphase separation modulus molded molecular weight monomer morphology neutron obtained P(MMA-co-EGDMA parameters particles PBMA PDMS PDMS/PDS IPNs phase separation poly 4BCMU polydiacetylenes polyester polymerization polystyrene polyurethane polyurethane networks Porod PU(HTPB PUCI PVAc/PMA IPNs ratio reaction rubber sample semi-IPN sequential IPNs spinodal spinodal decomposition structure styrene surface swelling synthesis Table thermoplastic tion toluene values viscosity