Nuclear Data at Michigan State University National Superconducting Cyclotron Laboratory Facility for Rare Isotope Beams.

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Presentation transcript:

Nuclear Data at Michigan State University National Superconducting Cyclotron Laboratory Facility for Rare Isotope Beams

National Superconducting Cyclotron Laboratory 103Undergraduate students 71 Graduate students 36 Postdocs 41 Faculty Coupled Cyclotron Facility located on the campus of Michigan State University in East Lansing, MI

Nuclear Data at Michigan State University More than 1000 RIBs have been made – more than 900 RIBs have been used in experiments

Facility for Rare Isotope Beams  400kW beam power (5 x U/s)  Separation of isotopes in-flight  Reaccelerated beams (up to 12 MeV/u)  Project started in June 2009  Ground breaking: March 17, 2014  Early completion expected in 2020  Official project completion is 2022

New accelerator and present experimental areas

Transition from NSCL to FRIB

2014 – 2015 Web cams at: April 24, 2014 April 16, 2015

Aerial view of FRIB construction site

Conventional facilities progress Tunnel warm and painted View inside linac tunnel from the west View of target area from the north

FRIB Projected Production Rates

New nuclides with FRIB ~80% of all isotopes for Z<92

Nuclear Data Project  Started in December 2014  DOE subcontract from ANL  Hired Jun Chen

XUNDL  122 datasets for 80 different papers in 4 months

Mass chains A=43: B. Singh and J. Chen (final check on preprint with evaluators, started at McMaster in 2011) A=42: J. Chen and B. Singh (just submitted for referee review, started at McMaster in 2011) A=164: B. Singh and J. Chen (just submitted for referee review, started at McMaster in 2011) A=209: J. Chen and F. Kondev (final, to be printed, started at ANL in 2012) A=109: S. Kumar, J. Chen and F. Kondev (pre-review with F. Kondev, started at ANL in 2013) A=40: J. Chen and B. Singh (in evaluation, started at MSU in April 2015)

Summary  Nuclear data project established at MSU  Currently concentrating on XUNDL and mass chains  Establish close connection to experimenters at NSCL/FRIB  Ensure fast and complete evaluation of NSCL/FRIB data  Propose and run data related experiments at NSCL/FRIB