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Molecular forensic science studies nuclear materials from Chernobyl

Newest issue of Science Highlights are online

Scientists identified and chemically characterized radioactive particles collected from Chernobyl soils using synchrotron based X-ray microprobe techniques at the Stanford Synchrotron Radiation Lightsource. The colors correspond to the number of fluorescence counts of uranium. The red color indicates the highest concentration of uranium.

June 17, 2010—Marianne Wilkerson of the Laboratory's Nuclear and Radiochemistry (C-NR) leads a research team that is developing analytical, nuclear forensics techniques and tools to address signatures that arise from production, conversion, and aging process that are chemical in nature resulting in sometimes obvious and other times subtle changes in chemical speciation.

LANL Laboratory Directed Research and Development supports the research, whose goal is to develop a transformative capability for nuclear forensics, as well as analytical, experimental and scientific capability that can be applied to a broad range of signatures associated with actinide materials. The work supports the global security component of the Laboratory's mission and the Science of Signatures capability pillar.

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