1. Have covered…… Beginning models (Roe, Chap. 5)
dilute particulate systems
Guinier law
spheres, rod, discs
effect of dense packing
non-particulate 2-phase systems
Porod law
invariant
non ideality
soluble blend systems
periodic systems
lamellar structures

2. Have covered…… IFT (Glatter papers)
pair distance distribution functions
B-spines, least squares
particle size distributions
shape factors

3. Have covered…… GIFT (Glatter papers) non-dilute systems
structure factors
effects of radius, vol. fracts., polydispersity
non-homogeneous particles
effective structure factor
core-shell systems

4. Have covered…… Various examples (various papers) particle shapes
syndiotactic polystyrene
shear-induced crystallization
carbon foams
hyperbranched polymers

5. Exam
16 Dec., 2-3 pm, 202 Steidle
Likely (but not guaranteed) - 4 problems
Possible (but not guaranteed) problem areas:
extract info from various saxs or sans patterns
exhibit understanding of IFT/GIFT approach
something on beginning models
discussion of one of recently discussed examples