Topics in Polymer Physics
This important book emphasizes the basic derivation of many key equations used in polymer physics. Phrases such as "it can be easily shown that" and "it readily follows that", seen in many textbooks, are seldom used here. The models, assumptions and key equations underlying concepts are presented in the text; details used in the derivations are given in the accompanying CD-Rom. The CD-Rom also contains problems (with solutions in many cases) which test the reader's grasp of the material, as well as a glossary of symbols. Contents: Introduction: Historical Background to Polymer Physics and Description of Polymer Physics Areas; Chain Statistics: The Chain Character of Polymers Modeled on Probability Considerations, Lattice Theory of Blending Polymers; Thermodynamics: Classical and Statistical Thermodynamic Models Applied to Polymers; Optics: Scattering, Diffraction, Birefringence Applied to Polymers; Electricity: Electrical Background to Conducting Polymers, Polarizability; Spectroscopy: Infrared, Raman and Fourier Transform Infrared Spectroscopy; Rubber: Gaussian and Non-Gaussian Models of Rubber Elasticity; Crystallization: Nucleation/Growth and Crystalline/Amorphous Models, Polymer Crystal Morphology. CD-Rom Contents: Orientation: Techniques for Measuring Polymer Orientation, Hermans Orientation Function; Viscoelasticity: Maxwell and Voigt Models of Polymer Viscoelasticity. Readership: Upper level undergraduates and graduate students in chemistry, physics, materials science and engineering; scientists and engineers interested in polymers.
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Appendix 2C Radius of Gyration
Appendix 2D Evaluation of am+n am
Appendix 2E Restricted Rotation with Symmetrical Barrier
Appendix 3C Osmotic Pressure
Extensions to Concentrated Solution and Bulk Polymers
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absorption Appendix applied approximation assumed atoms axis beam birefringence bond Bragg equation calculated Chapter Chem chemical potential coefficient components conformation constant copolymer crosslinking crystal defined degree of crystallinity density depends derived determined Diagram dielectric diffraction dimensions dipole displacement vector distance distribution elastic electric field electronic elongation enthalpy entropy equilibrium experimental Figure fluctuations force free energy frequency glass temperature heat increases infrared intensity interaction isotropic lattice length light scattering linear liquid material matrix measurements melting point modulus mole molecules monomer monomer units natural rubber neutron nucleation nuclei obtained optical orientation P.J. Flory partition function Phys piezoelectric plane plot polarizability polarization polyethylene polymer chain polymerization potential energy probability radiation Raman ratio refractive refractive index result rotational angles sample solution solvent spherulites spinodal decomposition statistical segment statistical weight stretching Substituting equation symmetry techniques temperature thermodynamics transition unit cell vibration volume fraction wave wavelength x-ray