6533b82dfe1ef96bd1291d8b

RESEARCH PRODUCT

First collinear laser spectroscopy measurements of radioisotopes from an IGISOL ion source

Peter DendoovenMarkku OinonenD. S. RichardsonP D WheelerJ. BillowesHeikki PenttiläJ. R. PerssonI. S. GrantM. HuhtaJ. M. G. LevinsD. E. EvansE. LiukkonenJ L CookeE C A CochraneA. HonkanenJ. A. R. GriffithJuha ÄYstöG. TungateM R PearsonPaul CampbellL Zybert

subject

Nuclear and High Energy PhysicsIon beamIsotopeChemistryHigh resolutionLaserGUIDEFluorescenceIon sourcelaw.inventionlawSEPARATIONLaser resonanceAtomic physicsSpectroscopyInstrumentation

description

Abstract The standard Doppler-free technique of collinear laser spectroscopy has been successfully applied to radioisotopes from the ion-guide isotope separator (IGISOL) at the University of Jyvaskyla. The laser resonance fluorescence signals for the 140,142,144 Ba radioisotopes show that the ion beam energy spread is less than 6 eV, allowing the laser technique to have both high resolution and a sensitivity comparable with the best obtained at conventional facilities.

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