Some of the material in the following presentations are protected by copyright. Distribution, presentation, or other use requires express permission by the author.

ORNL Lectures

Chris Benmore – Pair Distribution Function Analysis (5.6 MB)

John M. Carpenter - Detectors for Slow Neutrons (0.5 MB)

John M. Carpenter - Neutron Sources for Materials Research (3.4 MB)

Bruce Gaulin - Magnetic Neutron Scattering (2.5 MB)

Ken Herwig - Introduction to Quasielastic Neutron Scattering (QNS) (5.2MB)

Ashfia Huq – Powder Diffraction (2.61 MB)

Ashfia Huq – Powder Diffraction Application (4.04 MB)

G. E. Ice - Diffuse Scattering (3.5 MB)

G. E. Ice - X-ray and Neutron Microdiffraction (4.4 MB)

C. F. Majkrzak - Neutron Polarization (9.3 MB)

C. F. Majkrzak - Reflectometry (16.3 MB)

Rob McQueeney - Inelastic Neutron Scattering (5.2 MB)

Dean Myles - Neutron Instrumentation (7.3 MB)

Roger Pynn - Introduction to Neutron and X-ray Scattering (4 lectures) (8.1 MB)

Jim Rhyne - Neutron Sources (3 MB)

Art Schultz - Single Crystal Diffraction (4 MB)

Volker Urban - Small Angle Scattering (4.82 MB)

Xiaoping Wang - Applications of Small Molecule Crystallography (6.8 MB)

Argonne Lectures

Lecture 1 - X-ray Generation and Instrumentation (17.7 MB)

Lecture 2 - X-ray Detection (17.8 MB)

Lecture 3 - X-ray Absorption (5.3 MB)

Lecture 4 - High Energy X-ray Applications (16.5 MB)

Lecture 5 - High Pressure Techniques (7.2 MB)

Lecture 6 - X-ray Imaging (18.4 MB)

Lecture 7 - Non-crystalline Diffraction (5.2 MB)

Lecture 9 - Surface Scattering and Spectroscopy (3.5 MB)

Lecture 10 - Coherent X-ray (1.7 MB)

Lecture 11 - Magnetic Spectroscopy (2.5 MB)

Lecture 12 - Real or Reciprocal Space Complementarity (6.6 MB)

Lecture 13 - Proposal Writing (1.6 MB)