Capabilities that NSLS-II Will Provide
- Spatial resolution of 1 nm to study nanostructures
- Energy resolution of 0.1 meV to study vibrational excitations of
nanostructures
- Sensitivity to atomic structure, electronic structure, chemical
composition, and magnetic properties to enable in-situ chemical and
magnetic imaging
- Sensitivity to surface features to study growth and surface
reactions
- Sensitivity to sub-surface features to study interfaces and
nanostructures
- Ability to operate in extremes of temperature, pressure, and applied
magnetic fields to study growth, catalytic reactions, and materials such
as superconductors and magnets
- Ability to handle high sample throughput to enable combinatorial
approaches to synthesis of new materials
- Advanced instruments, optics,
and detectors to provide the finest spatial and energy resolution of any
x-ray synchrotron worldwide.
See also:
complete technical summary of NSLS-II source properties
Last Modified: January 31, 2008 Please forward all questions about this site to:
Gary
Schroeder
|