6533b85afe1ef96bd12b9f7a
RESEARCH PRODUCT
First observation of nonyrast levels inZr103and level systematics ofN= 63 Sr, Zr, and Mo isotones
B.l. PerssonA. PopovMarkku OinonenA. HonkanenG. LhersonneauJuha ÄYstöM. HuhtaJ. KurpetaHeikki PenttiläPeter Dendoovensubject
Nuclear physicsYttrium IsotopesPhysicsNuclear and High Energy PhysicsStrontiumCrystallographychemistryIsotopeFissionMolybdenumchemistry.chemical_elementLevel structureBeta decaydescription
The {beta} decay of the very-neutron-rich nucleus {sup 103}Y has been studied at the isotope separator IGISOL, allowing for the first time the observation of nonyrast levels in its daughter {sub 40}{sup 103}Zr{sub 63}. The level structure is similar to that of its isotones {sup 101}Sr and {sup 105}Mo, suggesting a large ground-state deformation of {beta}{approx_equal} 0.4. Level systematics allows for new level assignments in both {sup 103}Zr and {sup 105}Mo. {copyright} {ital 1996 The American Physical Society.}
year | journal | country | edition | language |
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1996-10-01 | Physical Review C |