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Neutron Sciences 2008 Annual Report - 17.79 MB - Spallation ...

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16<br />

ABOUT US <strong>2008</strong> ANNUAL REPORT<br />

Complementary ORNL Facilities<br />

Research capabilities at HFIR and SNS are<br />

enhanced by the proximity of other ORNL user<br />

facilities, most with the same access and training<br />

requirements. One of our major goals is to improve<br />

integration between the facilities, making it easier<br />

for users to access the support they need. Major<br />

user facilities at ORNL include the following:<br />

› Center for Structural Molecular Biology<br />

(CS<strong>MB</strong>)<br />

› Bio-Deuteration Laboratory<br />

› Center for Nanophase Materials <strong>Sciences</strong><br />

(CNMS)<br />

› National Center for Computational <strong>Sciences</strong><br />

(NCCS)<br />

› Shared Research Equipment User Facility<br />

(SHaRE)<br />

› High Temperature Materials Laboratory<br />

(HTML)<br />

Center for Structural Molecular Biology<br />

(www.cnms.ornl.gov)<br />

CS<strong>MB</strong> operates the HFIR Bio-SANS instrument. The<br />

center develops technologies and methodologies for<br />

the structural molecular biology research community<br />

and computational tools to reduce, analyze, model,<br />

and interpret SANS data.<br />

ORNL NEUTRON SCIENCES neutrons.ornl.gov<br />

The NCCS “Jaquar” supercomputer.<br />

Bio-Deuteration Laboratory<br />

(www.csmb.ornl.gov/Bio-Deuteration)<br />

The Bio-Deuteration Laboratory was designed for in<br />

vivo production of hydrogen/deuterium–labeled biomacromolecules.<br />

The laboratory provides facilities<br />

and expertise for cloning, protein expression, purification,<br />

and characterization of deuterium-labeled<br />

biological macromolecules.<br />

Center for Nanophase Materials <strong>Sciences</strong><br />

(www.cnms.ornl.gov/)<br />

CNMS is a research facility for nanoscale science<br />

and technology. The center allows users access to a<br />

complete suite of unique capabilities for studying<br />

nanoscale materials and assemblies.<br />

CNMS employees work with materials<br />

100,000 times smaller than a human hair.

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