Workshop on Science with High-Energy X-rays
August 9-10 , 2004, APS, Argonne, Illinois
Workshop Presentations
The workshop presentations consisted of plenary talks that highlighted overviews of the field and identified future emerging areas. Many topical presentations included applications of high energy x-rays to material science and materials engineering problems.
Monday August 9, 2004
Dean Haeffner (Argonne National Laboratory) – Workshop Charge and Overview of High-Energy X-ray Science at the Advanced Photon Source (Slides)
Pleanary Session 1
Sarvjit Shastri (Argonne National Laboratory) - Optimizing the Generation of High-Energy X-Rays at the Advanced Photon Source (Slides)
John Parise (State University of New York at Stony Brook) – Studies of Short and Long-Range Structure at High Pressures and HighTemperatures using High Energy X-ray Scattering (Slides)
Plenary Session II
Ersan Üstündag(Ames Laboratory/Iowa State University) - Micromechanics of Materials using High Energy XRD (Slides)
Gregory S. Rohrer (Carnegie Mellon University) - Characterizing the Internal Grain Boundary Network Structure of Polycrystals: The Current State of the Art and Opportunities for High Energy X-ray Diffraction Microscopy (Summary, Slides)
Dorte Juul Jensen (Risø National Laboratory, Denmark) – Current and Future Applications of 3D XRD Microscopy in Materials Science (Summary, Slides)
Plenary Session III
Andrew Allen (NIST) – Characterization of Gradient Microstructures in Complex Materials by High Energy Small-Angle and Wide-Angle X-ray Scattering (Summary)
Ronald Frahm (Bergische Universität Wuppertal) – High Energy X-ray Absorption Spectroscopy: Current Status and Future Applications (Slides)
Elliot Kanter (Argonne National Laboratory) - Investigating Atomic Inner-shell Phenomena with High-Energy X-rays (Summary, Slides)
Plenary Session IV
Yan Gao (GE Global Research, Niskayuna, New York) - Present and Future Use of High-Energy X-rays for Industrial Materials Research (Summary, Slides)
Valeri Petkov (Central Michigan University) - Atomic-Scale Structure of Materials with Intrinsic Disorder by the Atomic Pair Distribution Function Technique and High Energy X-Ray Diffraction (Summary, Slides)
Tuesday August 10, 2004
Session V-A: Materials Engineering
Mark Daymond (Queen's University, Kingston, Ontario) - Insights into the Deformation Mechanics of Materials Using High Energy X-Rays
Anke Pyzalla (Technical University of Wien, Austria) – In-Situ Determination of Material Behavior under Thermal and Mechanical Loading Using High Energy Synchrotron Radiation (Summary, Slides)
Rosa Barabash (Oak Ridge National Laboratory) - Understanding of Local Dislocation Structures in Deformed Materials Based on Microdiffraction (Slides)
Session VI-A: Materials Engineering
Wolfgang Pantleon (Riso National Laboratory, Denmark) - Emerging Order in Dislocation Structures during Metal Loading (Summary, Slides)
Todd Hufnagel (Johns Hopkins University) - Using High Energy X-Ray Scattering to Study Micromechanics of Deformation in Metallic-Glass-Matrix Composites (Slides)
Session VII-A: Materials Engineering
Mark Bourke (Los Alamos National Laboratory) - Mechanical Properties:- Prediction and Measurement
Hans-Rudolf Wenk (University of California at Berkeley) - High-Energy X-Ray Measurements of Texture in Materials
Paul Dawson (Cornell University) - Finite Element Modeling of Lattice Strains in Polycrystalline Metals with Comparisons to Diffraction Experiments. (Summary, Slides)
Workshop Summary - Discussion Leader: Ersan Üstündag
Tuesday August 10, 2004
Session V-B: Materials Physics
Angus P. Wilkinson (Georgia Institute of Technology) - Building A Foundation for the Future, Staying Cool, And Rocket Science all with the Aid Of High Energy X-Rays (Summary, Slides)
Brian Toby (NIST) – Scientific Possibilities of High-Energy X-Ray Powder Diffraction (Slides)
Jonathan Hanson (Brookhaven National Laboratory) - In Situ Time-Resolved Diffraction with High Energy X-rays from Catalyst and Metal Oxides: Results from Rietveld Refinements and Comparisons with Neutron Diffraction Studies (Slides)
Session VI-B: Materials Physics
Peter Chupas (Argonne National Laboratory) – In-situ Pair Distribution Function Analysis Studies (Summary, Slides)
Matthew Kramer (Ames Laboratory/Iowa State University) - Structural Dynamics in Metallic Glasses (Slides)
Lynn Soderholm (Argonne National Laboratory) - Actinide-ion Speciation in Solution
Session VII-B: Materials Physics
Alan Goldman (Ames Laboratory/ Iowa State University) - Science using an electrostatic levitation furnace in the MUCAT Sector at the APS (Slides)
Jorg Strempfer (Max Planck Institute, Stuttgart, Germany) - Magnetic Scattering Using High-Energy X-Rays (Summary)
Ray Osborn (Argonne National Laboratory) - High-Energy X-Ray Diffuse Scattering (Slides)
Workshop Summary - Discussion Leader: Angus Wilkinson
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