Article

Status of the LASER-IGISOL collaboration at the University of Jyväskylä

Hyperfine Interactions (impact factor: 0.21). 04/2012; 196(1):143-150. DOI:10.1007/s10751-009-0153-z pp.143-150

ABSTRACT Recent laser spectroscopy studies at the IGISOL facility, University of Jyväskylä have focussed on the shape transition at
N = 60. A new technique of optical pumping in the ion beam cooler has given unique access to the radioactive isotopes of niobium
and yttrium. Further spectroscopy from metastable states allowed nuclear moments and charge radii to be extracted for isotopes
in the chains of Mo and Nb, thus exploring the extent of nuclear deformation across the entire Z = 36–42 region.

KeywordsLaser spectroscopy-Nuclear charge radii-Ion beam coolers

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Keywords

isotopes
 
Jyväskylä
 
KeywordsLaser spectroscopy-Nuclear charge radii-Ion beam coolers
 
metastable states
 
Mo
 
Nb
 
niobium
 
nuclear deformation
 
nuclear moments
 
radioactive isotopes
 
Recent laser spectroscopy studies
 
spectroscopy