Polymer Process EngineeringProvides an overview of both the basic science composition, morphology, physical states, and properties of polymers as well as quantitative engineering tools required to design polymer systems. |
Contents
Molecular Architecture | 35 |
Physical States of Polymers | 81 |
Theory of Polymerization Reactions | 127 |
Copyright | |
11 other sections not shown
Common terms and phrases
acetate acid amorphous average molecular weight blend bonds catalyst chain length chain segments chain transfer chemical coefficient coil composition compounds copolymer cross-linked crystal crystalline curve deformation degree of polymerization density devolatilization elastic elastomers emulsion energy enthalpy entropy Equation ethylene extruder fibers Figure flow fluid free radical function glass transition temperature groups heat homopolymer increases initiator linear liquid macromolecule material mechanical methacrylate mixing modulus molar molar volume mold molecular weight distribution molecules monomer Newtonian fluid number average Nylon particles phase plastic poly(vinyl chloride polyester polyethylene polymer chains polymer melt polymer solutions polypropylene polystyrene pressure properties rate constant ratio reaction reactor recycled repeating unit resins rubber sample screw shear rate shear stress shows solid solvent strength structure styrene surface Table tensile thermal thermoplastic toluene vapor vinyl viscosity volume fraction weight fraction XXX XXX XXX