13.03: PDF Analysis of Industrially Relevant Materials

Oral Presentations

Honolulu/Kahuku

Sunday, July 23




01:45 - 02:10 PM 13.03.01
(W0015)
Thomas Proffen.
Total Scattering: The Key to the Local and Medium Range Structure of Complex Materials.

02:10 - 02:35 PM 13.03.02
(W0016)
David Keen.
Structural Disorder in the Negative Thermal Expansion Material ZrW2O8 and Quartz-based Piezoelectrics: an RMC Analysis of Total Scattering Data.
et al: Matt Tucker, Martin Dove, Andrew Goodwin, Stephen Wells, John Evans, Julien Haines, Olivier Cambon.

02:35 - 03:00 PM 13.03.03
(W0018)
Bogdan Palosz.
Diffraction studies of Nanocrystalline Diamond and SiC in Real and Reciprocal Spaces.

03:00 - 03:30 PM
Coffee Break.

03:35 - 04:00 PM 13.03.04
(W0183)
Bjorn Clausen.
Internal Strain Measurements using PDF Analysis.
et al: Thomas Proffen, Ersan Üstündag.

04:00 - 04:25 PM 13.03.05
(W0014)
Andrew Goodwin.
Collective Properties from RMC Analysis of Total Scattering Data: Excitations, Modulations and Some Limitations.
et al: Martin Dove, Elizabeth Cope, Matthew Tucker, David Keen.

04:25 - 04:50 PM 13.03.06
(W0019)
Wojtek Dmowski.
Uncovering Structural Features Related to the Material Properties by the PDF Method.
et al: Karen E. Swider-Lyons, Takeshi Egami.

Poster Presentations

Hawaii Ballroom

Sunday, July 23



S-P031
(E0026)
High-Energy X-ray Diffraction PDF Study of a Novel Class of Supermicorporous Alumina/Silica/Managanese Materials.
Lev N. Zakharov, Boris G. Shpeizer, Abraham Clearfield, Asel Sartbaeva, Simon Billinge.


Contact: aca-inquiries@hwi.buffalo.edu

Last updated: Tue Jul 25 17:48:21 2006


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