Magnetic moments of the 21+ levels in even Sn isotopes

M. Hass; C. Broude; Y. Niv; A. Zemel

doi:10.1103/PhysRevC.22.97

Magnetic moments of the 21+ levels in even Sn isotopes

M. Hass, C. Broude, Y. Niv, A. Zemel

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Abstract

The g factors of the 21+ states of even Sn nuclei have been measured using the dynamic magnetic field which acts on fast ions traversing thin magnetized iron foils. The results obtained are g=+0.37±0.13, g0, g=-0.16±0.10, g=+0.02±0.09, g=-0.14±0.07, g=-0.07±0.11, and g=-0.15±0.10 for Sn112-124, respectively. The shell-model structure of the Sn isotopes is discussed. NUCLEAR REACTIONS Sn112-124(Cl35, Cl35′) Sn*112-124(21+) E=108 MeV, enriched targets: measured W(θ, H); fast ions in thin polarized iron. Deduced magnetic moments of the 21+ levels in Sn112-124.

Original language	English
Pages (from-to)	97-100
Number of pages	4
Journal	Physical Review C - Nuclear Physics
Volume	22
Issue number	1
DOIs	https://doi.org/10.1103/PhysRevC.22.97
State	Published - 1 Jan 1980
Externally published	Yes

ASJC Scopus subject areas

Nuclear and High Energy Physics

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10.1103/PhysRevC.22.97

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title = "Magnetic moments of the 21+ levels in even Sn isotopes",

abstract = "The g factors of the 21+ states of even Sn nuclei have been measured using the dynamic magnetic field which acts on fast ions traversing thin magnetized iron foils. The results obtained are g=+0.37±0.13, g0, g=-0.16±0.10, g=+0.02±0.09, g=-0.14±0.07, g=-0.07±0.11, and g=-0.15±0.10 for Sn112-124, respectively. The shell-model structure of the Sn isotopes is discussed. NUCLEAR REACTIONS Sn112-124(Cl35, Cl35′) Sn*112-124(21+) E=108 MeV, enriched targets: measured W(θ, H); fast ions in thin polarized iron. Deduced magnetic moments of the 21+ levels in Sn112-124.",

author = "M. Hass and C. Broude and Y. Niv and A. Zemel",

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T1 - Magnetic moments of the 21+ levels in even Sn isotopes

AU - Hass, M.

AU - Broude, C.

AU - Niv, Y.

AU - Zemel, A.

PY - 1980/1/1

Y1 - 1980/1/1

N2 - The g factors of the 21+ states of even Sn nuclei have been measured using the dynamic magnetic field which acts on fast ions traversing thin magnetized iron foils. The results obtained are g=+0.37±0.13, g0, g=-0.16±0.10, g=+0.02±0.09, g=-0.14±0.07, g=-0.07±0.11, and g=-0.15±0.10 for Sn112-124, respectively. The shell-model structure of the Sn isotopes is discussed. NUCLEAR REACTIONS Sn112-124(Cl35, Cl35′) Sn*112-124(21+) E=108 MeV, enriched targets: measured W(θ, H); fast ions in thin polarized iron. Deduced magnetic moments of the 21+ levels in Sn112-124.

AB - The g factors of the 21+ states of even Sn nuclei have been measured using the dynamic magnetic field which acts on fast ions traversing thin magnetized iron foils. The results obtained are g=+0.37±0.13, g0, g=-0.16±0.10, g=+0.02±0.09, g=-0.14±0.07, g=-0.07±0.11, and g=-0.15±0.10 for Sn112-124, respectively. The shell-model structure of the Sn isotopes is discussed. NUCLEAR REACTIONS Sn112-124(Cl35, Cl35′) Sn*112-124(21+) E=108 MeV, enriched targets: measured W(θ, H); fast ions in thin polarized iron. Deduced magnetic moments of the 21+ levels in Sn112-124.

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Magnetic moments of the 21+ levels in even Sn isotopes

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