SARFEN: Structure And Reactions For Exotic Nuclei (NuPNet)

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Title
SARFEN: Structure And Reactions For Exotic Nuclei (NuPNet)

CoPED ID
cb6b45a7-70ee-4dac-87e5-38780ea072bc

Status
Closed


Value
£21,020

Start Date
Feb. 22, 2012

End Date
Feb. 21, 2015

Description

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Understanding the structures of exotic nuclei, which are produced in relatively small numbers with short lifetimes using dedicated accelerator facilities, requires that experimenters perform nuclear scattering and reactions with these nuclei. The results of these experiments (cross sections and fragment momentum distrubutions) can be analysed to learn about the structure of these rare nuclei. This involves combining information from theoretical models of nuclear structure and from nuclear reactions to (a) suggest measurements, (b) make predictions, and (c) compare these with the measurements. This research will allow theoretical reaction work, conducted and funded by STFC in the UK, to benefit from newly-available structure information from structure theorists in the SARFEN network and to contribute to the interpretation of experiments, thus advancing our understanding of the properties of exotic nuclei.


More Information

Potential Impact:
A key current topic is that of nuclear security. The theoretical nuclear reaction techniques have general impact. In this regard the PI is connected with AWE plc, including supervision of a collaborative PhD student. Furthermore, our basic studies of reaction processes and the structure of unstable nuclei may be important for future energy technologies.

Jeffrey Tostevin PI_PER
Edward Simpson RESEARCH_PER

Subjects by relevance
  1. Nuclear physics
  2. Nuclear reactions
  3. Structure (properties)
  4. Nuclear energy
  5. Reactions

Extracted key phrases
  1. Theoretical nuclear reaction technique
  2. Nuclear structure
  3. Available structure information
  4. Structure theorist
  5. Theoretical reaction work
  6. SARFEN network
  7. Exotic nucleus
  8. Reaction process
  9. Unstable nucleus
  10. Rare nucleus
  11. Nuclear scattering
  12. Nuclear security
  13. Theoretical model
  14. Dedicated accelerator facility
  15. Key current topic

Related Pages

UKRI project entry

UK Project Locations