The Division's environmental stewardship programs in measurements and standards for radiation dose monitoring and environmental radioactivity continue to be active in the world-wide evaluation of environmental-level radionuclide dispersal/contamination, bioassay, and radiation protection through a variety of international comparisons, traceability programs and SRMs®. Providing traceability for personnel dosimetry supports the nuclear power industry while advances in neutron-based imaging techniques support advancing technologies in energy storage.
Advanced Neutron Imaging Facility
Air Kerma Calibrations in Radiation Protection Level 137 Cs and 60Co Gamma-Ray Beams
Calibration of Beta-Particle Sources and Instruments for Radiation Protection
Development of a New 137Cs Gamma-Ray Calibration Facility
Hydrogen Generation in Di-Iron Hydrogenase Mimics
Hydrogen Storage Optimization in Thin Film Combinatorial Alloys
Neutron Tomography of Hydrogen Storage Bed
Neutron Imaging for Advanced Catalyst Development and Durability Studies
Neutron Imaging of Lithium and Alkaline Batteries
Neutron Tomography of Hydrogen Storage Bed
NIST Work in Support of the Navy Dosimetry Program
Photovoltaic Carrier Dynamics Measured by Time-Resolved Terahertz Spectroscopy