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Your search keyword '"W. Teichert"' showing total 2 results
Start Over Author "W. Teichert" Journal physics letters b
2 results on '"W. Teichert"'

1. Identification of excited levels in the N=Z+1 nucleus 73Kr

Author

A. v. d. Werth, S. Skoda, H. Prade, J. Heese, L. Funke, T. Mylaeus, F. Becker, H.G. Thomas, T. Burkardt, K. H. Maier, J. Altmann, W. Teichert, H. Kluge, S. Freund, J. Eberth, U. Hermkens, H. Grawe, and G. Winter

Subjects
Strongly coupled, Physics, Nuclear and High Energy Physics, medicine.anatomical_structure, Excited state, Oblate spheroid, medicine, Prolate spheroid, Deformation (meteorology), Atomic physics, Spectroscopy, Nucleus
Abstract

Excited states of 73Kr have identified by in-beam γ-ray spectroscopy via the reaction 40Ca(36Ar, 2pn)73Kr. A strongly coupled band is interpreted as a prolate band built on the Nilsson [312] 3 2 − orbital at β2∼0.4, while a decoupled g 9 2 band is likely to correspond to a small deformation. Evidence for a large oblate deformation as discussed for 72Kr has not been found.

Published
1993

2. Identification of excited levels in 69Se and evidence for oblate deformed bands in 69, 71Se

Author

J. Busch, J. Eberth, R. Sefzig, M. Liebchen, T. Mylaeus, N. Schmal, S. Skoda, M. Wiosna, and W. Teichert

Subjects
Physics, Nuclear and High Energy Physics, medicine.anatomical_structure, Excited state, Oblate spheroid, medicine, Neutron, Atomic physics, Nucleus
Abstract

γ-rays from the decay of excited states in the neutron deficient nucleus 69Se could be identified from the reaction 32S(40Ca, 2pn)69Se. In 71Se the unfavoured g 9 2 band was established using the reaction 16O(58Ni, 2pn) 71Se. γ-spectroscopic investigation revealed an oblate structure of the g 9 2 bands in both nuclei.

Published
1988

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