Table of Contents

Part I. Using general principles
1. Introduction to scattering experiments (P.N. Pusey)
2. Scattering experiments: Experimental aspects, initial data reduction and absolute calibration (P. Lindner)
3. General theorems in small-angle scattering (O. Spalla)
4. The inverse scattering problem in small angle scattering (O. Glatter)
5. Fourier transformation and deconvolution (O. Glatter)

Part II. Methods
6. Instrumentation for small-angle x-ray and neutron scattering and instrumental smearing effects (J.S. Pedersen)
7. Contrast and contrast variaion in neutron, x-ray and light scatering (P. Schurtenberger)
8. Static light scattering of large systems (O. Glatter)
9. Dynamic light scattering (P.N. Pusey)
10.Inelastic neutron scattering: Dynamics of polymers (R. Zorn)

Part III. Revealing microstructures of soft condensed matter
11. Static properties of polymers (P. Schurtenberger)
12. Surfactant micelles and bilayers: Shapes and interactions (G. Porte)
13. Scattering by microemulsions (Th. Zemb)
14. Interacting colloidal suspensions (R. Klein)
15. Monte Carlo simulation techniques applied in the analysis of small-angle scattering data from colloids and polymer system (J.S. Pedersen)
16. Modelling of small-angle scattering data from colloids and polymer systems (J.S. Pedersen)

Part IV. Special Applications
17. Scattering experiments under external constraints: SANS and Shear flow (P. Lindner)
18. Using synchrotron radiation to study structure development in polymer processing (A.J.Ryan)
19. Biological applications of small-angle neutron scattering (R.P. May)
20. Light scattering in turbid suspensions, a tutorial (J. Ricka)
21. Use of scattering methods in chemical industr - SAXS an SANS from fibers and films (J. Rieger)
Subject Index