X-ray  Scattering

Division of Materials Sciences and Engineering

This activity supports basic research in condensed matter and materials physics using x-ray scattering capabilities primarily at major BES-supported user facilities.  Research is aimed at achieving a fundamental understanding of the atomic, electronic, and magnetic properties of materials and their relationship to the physical properties of materials. Both ordered and disordered materials are of interest as are strongly correlated electron systems, surface and interface phenomena, and behavior under environmental variables such as temperature, pressure, and magnetic field. Development of x-ray instrumentation is a major component of the portfolio. 

The Department’s history and mission has played an important role in BES’s current position as the Nation’s steward of major x-ray facilities.  Historically,  synchrotron facilities stemmed from particle accelerators that were developed for high-energy physics research.  As part of its stewardship responsibilities, BES maintains strong fundamental research programs in materials and related disciplines that are carried out at these facilities by the laboratory, university, and industrial communities.  This activity has evolved from the pioneering, Nobel prize-winning efforts in materials science to the current program that encompasses multiple techniques and disciplines.  The activity also supports the research that has motivated the largest BES construction projects in recent years - the ALS and APS.  BES is a major supporter of both the research and the instrumentation at these and other facilities.   For more information about this core research activity, please contact Dr. Lane Wilson. Click here for information on other core research activities supported by BES.

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Last Modified

09/11/2007