Interpenetrating Polymer NetworksProvides a comprehensive review of interpenetrating polymer networks. Opens with four review chapters by important workers in the field--Sperling, Klempner, Utracki, and Lipatov- and continues with an international penetration of current research. Covers synthesis and structure, miscibility and morphology, structure-property relationships, transport and permeability, and functionalized triglyceride oils. |
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Page 108
... viscosity ratio A should be taken at the shear stress used to prepare the blends . Jordhamo et al . ( 55 ) found the Paul and Barlow depen- dence valid for several liquid - liquid systems . However , as the viscosity ratio . increases ...
... viscosity ratio A should be taken at the shear stress used to prepare the blends . Jordhamo et al . ( 55 ) found the Paul and Barlow depen- dence valid for several liquid - liquid systems . However , as the viscosity ratio . increases ...
Page 121
... viscosity dynamic viscosity complex viscosity viscosity of the dispersed and matrix phase relative viscosity intrinsic viscosity capillarity ( or Taylor ) number gradient energy coefficient distortion wavelength viscosity ratio ...
... viscosity dynamic viscosity complex viscosity viscosity of the dispersed and matrix phase relative viscosity intrinsic viscosity capillarity ( or Taylor ) number gradient energy coefficient distortion wavelength viscosity ratio ...
Page 367
... viscosity of PS - b - XPS at 190 ° C is plotted against shear rate in Figure 10. The viscosity remains roughly unchanged with varying XPS content up to 80 % XPS , although XPS addition slightly raises viscosity in a uniform manner . SEM ...
... viscosity of PS - b - XPS at 190 ° C is plotted against shear rate in Figure 10. The viscosity remains roughly unchanged with varying XPS content up to 80 % XPS , although XPS addition slightly raises viscosity in a uniform manner . SEM ...
Contents
Interpenetrating Polymer Networks as EnergyAbsorbing Materials | 39 |
Thermodynamics and Kinetics of Phase Separation | 77 |
Equilibrium and Nonequilibrium Microphase Structures | 125 |
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Common terms and phrases
6FDA-APB ABCP acrylate AIBN American Chemical Society annealing Appl behavior block copolymers BTDA-APB castor oil chain Chem co-continuous coefficient component composition cross-link density cross-linked curing curve damping decreases DGEBA DGEBA-DDM domains dynamic mechanical effect elastomers electron epoxy films formation formulations Frisch gelation glass glass-transition temperature grafted IPN homogeneous immiscible increase initiator interactions Interpenetrating Polymer Networks kinetics Klempner latex Macromolecules macromonomer materials matrix mechanical properties membranes methacrylate micrographs miscibility mixing mixture modulus molecular weight molecules monomer morphology parameter particles peak permeability phase inversion phase separation PHEMA PMDA-ODA PMMA PnBA polyester polyimide polymer blends polymerization polystyrene polyurethane PTFE ratio reaction resin rubber samples semi-IPN sequential IPN shear shown in Figure shows SIPN soybean Sperling spinodal stress structure styrene synthesis Table tensile strength thermodynamic thermoplastic thermosets tion transition two-phase vernonia vernonia oil vinyl viscosity volume fraction