NSLS-II Proposal for Approval of Conceptual Design (CD-0)
This proposal is to construct and then operate a new National Synchrotron
Light Source, NSLS-II, at Brookhaven National Laboratory. NSLS-II will be an
advanced, highly optimized, third generation, medium energy storage ring
with full energy injection for top-off mode operation. NSLS-II will replace
the current NSLS facility, which is presently 22 years old and will be 30
years old when we propose NSLS-II to become operational. The X-ray
brightness and flux of NSLS-II will be world leading, exceeding that of any
other synchrotron light source currently existing or under construction. It
will be 10,000 times brighter and have 10 times higher flux than the present
NSLS. NSLS-II will meet the nation’s need for a high brightness medium
energy X-ray source. It will enable structural studies of the smallest
crystals in structural biology and provide a wide range of nanometer
resolution probes for nanoscience. It will make possible coherent beam
scattering studies of the dynamics of condensed matter systems in an
otherwise inaccessible regime of low frequencies and short length scales. It
will introduce new methods for imaging the structure of disordered materials
and of biological systems, and greatly increase the applicability of
inelastic X-ray scattering.
NSLS-II will be situated in close proximity to
the present NSLS building and the new BNL Center for Functional
Nanomaterials, forming a research cluster for materials science, condensed
matter, biology, and chemistry. NSLS-II will serve the cutting edge science
of the nation, and will have a particularly dramatic impact as a vital
resource for the strong academic and industrial research community of the
Northeast United States.
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the proposal as a single 24 Mb PDF or individually as chapters, below.
Note: All chapters of the Proposal are in PDF format |
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Last Modified: January 31, 2008 Please forward all questions about this site to:
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