Measured magnetic moments in 169Tm and the particle-rotor model; implications for transient field calibration

Date

1999

Authors

Robinson, M.
Stuchbery, Andrew
Bezakova, E
Mullins, Simon
Bolotin, Herbert Howard

Journal Title

Journal ISSN

Volume Title

Publisher

Elsevier

Abstract

Gyromagnetic ratios were measured in the 1/2+[411] ground-state band of 169Tm by the transient field technique in such a manner that the extracted g-factors are independent of assumptions concerning the strength and velocity dependence of the transient field. Precise γ-ray branching intensities and multipolarity mixing ratios were determined from measured particle-γ-ray angular correlations. The electromagnetic properties of the low-lying natural parity states in 169Tm are compared with particle-rotor calculations based on the Woods-Saxon potential and the implications of the measured magnetic moments for the calibration of the transient field strength are discussed.

Description

Keywords

Keywords: Nuclear reactions 169Tm(58Ni,58Ni'), E = 170, 190, 220 MeV

Citation

Source

Nuclear Physics A

Type

Journal article

Book Title

Entity type

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License Rights

DOI

Restricted until

2037-12-31