Investigation of low spin states in 48-Cr with the MINIBALL spectrometer

(2) Dipartimentio di Fisica; A. Dewald (1); D. Weisshaar (1); Germany; G. Gersch (1); Italy); J. Eberth (1); J. Jolie (1); K. Jessen (1); N. Pietralla (1)

arxiv: nucl-ex/0306030 · v1 · submitted 2003-06-20 · ⚛️ nucl-ex

Investigation of low spin states in 48-Cr with the MINIBALL spectrometer

K. Jessen (1) , A. Dewald (1) , J. Eberth (1) , G. Gersch (1) , J. Jolie (1) , N. Pietralla (1) , T. Steinhardt (1) , N. Warr (1)

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D. Weisshaar (1) V. Werner (1) P. von Brentano (1) S.M. Lenzi (2) ((1) Institut fuer Kernphysik University of Cologne Germany (2) Dipartimentio di Fisica University of Padova Italy)

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keywords stateswerespinexcitedgamma-rayminiballobservedspectrometer

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Low spin states in the self-conjugate even-even nucleus 48-Cr were investigated using the MINIBALL gamma-ray spectrometer. At the FN tandem accelerator in Cologne the 46-Ti(3-He,n) reaction was used for the measurement of gamma-gamma coincidences for an excitation function from 7 to 12 MeV beam energy. 17 excited states were observed, nine for the first time by means of gamma-ray spectroscopy, and new spin assignments were made. No excited states apart from the ground band were observed below 3.4 MeV.

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Investigation of low spin states in 48-Cr with the MINIBALL spectrometer

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