Methods for characterizing geometric and electronic structure are surveyed with an emphasis on techniques of ultrahigh-vacuum surface science. Basic principles of the crystalline state of polymers with an emphasis on crystallization kinetics, morphology, and melting behavior. The use of electromagnetic radiation for characterizing the solid state structure and orientation behavior of polymers. Methods discussed include birefringence, linear dichroism, small and wide angle x-ray scattering, and light scattering. Basic principles of transport phenomena applied to the modeling of polymer processes.
Emphasis is on the use of non-linear rheological equations of state and mathematical models.
Use of these models with the basic equations of continuum mechanics is emphasized. This course is designed to improve a student's ability to present formal seminars concerned with technical and nontechnical information. Numerous presentations are given by each student enrolling in this class. Variable credit course. Emphasis to be placed on the development and use of mathematical methods to describe and optimize separations.