angličtina

1. Introduction
2. Single chain conformations
a. Ideal chain
b. Real chains
3. Thermodynamics of solutions and blends
a. Thermodynamics of mixing
b. Polymer solutions
4. Polymer networks
a. Random branching and gelation
b. Networks and gels
5. Chain dynamics
a. Unentangled polymer dynamics
b. Entangled polymer dynamics
6. Polymer glasses
a. Phenomenology of glass transition
b. Theories of glass transition
c. Dynamic fragility
7. The crystalline state
a. Crystal structures
b. Crystallization kinetics
8. Transport phenomena in polymers
a. Diffusion
b. Permeation
9. Viscosity of polymer solutions and melts
a. Newtonian liquid
b. Non-Newtonian liquid
10. Rubber elasticity
a. Phenomenology of rubber elasticity
b. Statistical theories of rubber elasticity
c. Gausian vs. Langevine elasticity
11. Viscoelasticity
a. Phenomenology of polymer viscoelasticity
b. Molecular theories of polymer viscoelasticity
c. Rouse model
d. Reptation models
12. Relaxation processes and physical ageing

Birley, Artur W., Haworth B., Batchelor J.: Physics of Plastics: processing, properties and materials engineering. Hanser, 1992. 528 s. ISBN 978-3-446-15098-0 (EN)
Shaw, Montgomery T., MacKnight, William J.: Introduction to Polymer Viscoelasticity.Third Edition. Hoboken, New Jersey: John Wiley & Sons, 2005. 336 s. ISBN 978-0-471-74045-2 (EN)
Strobl G.: The Physics of Polymers: Concept for Understanding Their Structures and Behavior. Third Edition. New York: Springer-Verlag, 2007. 518 s. ISBN 978-3-540-25278-8 (EN)