Neutron, X-ray and Light Scattering http://www.fishpond.com.au/Books/Neutron-X-ray-and-Light-Scattering-P-Lindner-Edited-by-Th-Zemb-Edited-by/9780444889461?outprint=1&isbn=0444889469

Introduction to an Investigative Tool for Colloidal and Polymeric Systems - Workshop Proceedings (North-Holland Delta S.)

By P. Lindner (Edited by), Th. Zemb (Edited by)

Table of Contents

Preface. Part I: Using General Principles . Introduction to scattering experiments (J.P. Cotton). Initial data treatment (J.P. Cotton). Small-angle scattering and light scattering (O. Glatter). General theorems of small-angle scattering by disperse systems (D.I. Svergun). Part II: Solving Inverse Problems . Contrast variation in X-ray and neutron scattering (C.E. Williams). Label triangulation (R.E. May). Interacting monodisperse and polydisperse spheres (L. Belloni). Chord analysis (D. Tchoubar). Part III: Studying Surfaces and Interfaces Scattering of connected networks (Th. Zemb). Scattering by interfaces: variations on Porod's law (L. Auvray and P. Auroy). Data interpretation in specular neutron reflection (J. Penfold). Part IV: Focussing on Large Scales . Structure of colloidal crystals by scattering (P.N. Pusey). Growth: a brief guide for the use of scattering techniques (B. Cabane). Part V: Investigating Non-Equilibrium Systems . Steady-state SANS experiments under external constraints (P. Lindner). Time resolved small angle X-ray experiments (C. Riekel). Part VI: Using Light . Basic concepts in static and dynamic light scattering: application to colloids and polymers (M. Hofer). Dynamic light scattering: data analysis and applications to some biological systems (J. Langowski and R. Bryan). Dictionary. Author index. Subject index.