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physics and astronomy

Shape coexistence in the Ru isotopes; multi-spectroscopic study of ⁹⁸Ru and beyond-mean-field calculations

Acta Physica Polonica B, Volume 51, No. 3, Year 2020

The level structure of 98Ru was investigated via γ-ray spectroscopy following the β+/electron capture decay of 98Rh and with the 100Ru(p; t)98Ru reaction. Additional γ-ray transitions from low-lying levels were observed and spin-parity assignments of some key states were clarified, permitting the assignment of the 0+2 band and the γ band. The energies of the states in these bands fit well into the systematic trends observed in the heavier isotopes. The results are interpreted with the aid of beyond-mean-field calculations performed within the self-consistent configuration mixing method.

Garrett, Paul E.
1. Canada, Guelph University of Guelph
2. South Africa, Bellville University of the Western Cape
Makhathini, L.
1. South Africa, Pretoria National Research Foundation
2. South Africa, Stellenbosch Stellenbosch University
Bark, Robert A.
1. South Africa, Pretoria National Research Foundation
Rodríguez, Tomás R.
1. Spain, Madrid Universidad Autónoma de Madrid
Valbuena, S.
1. Canada, Guelph University of Guelph
Bildstein, Vinzenz
1. Canada, Guelph University of Guelph
Bucher, T. D.
1. South Africa, Pretoria National Research Foundation
2. South Africa, Stellenbosch Stellenbosch University
Burbadge, C.
1. Canada, Guelph University of Guelph
Dubey, Rakesh
1. South Africa, Bellville University of the Western Cape
Faestermann, Thomas
1. Germany, Munich Technische Universität München
Hertenberger, Ralf
1. Germany, Munich Ludwig-maximilians-universität München
Kamil, M.
1. South Africa, Bellville University of the Western Cape
Lawrie, Elena A.
1. South Africa, Bellville University of the Western Cape
2. South Africa, Pretoria National Research Foundation
Leach, Kyle G.
1. United States, Golden Colorado School of Mines
Maclean, A. D.
1. Canada, Guelph University of Guelph
Malotana, C.
1. South Africa, Bellville University of the Western Cape
Mehl, C. V.
1. South Africa, Bellville University of the Western Cape
Mthembu, Skhathisomusa H.
1. South Africa, Pretoria National Research Foundation
2. United States, Golden Colorado School of Mines
Mukwevho, J.
1. South Africa, Bellville University of the Western Cape
Ngwetsheni, Cebo
1. South Africa, Bellville University of the Western Cape
Ntshangase, Sifiso S.
1. South Africa, Ulundi University of Zululand
Ondze, J. C.Nzobadila
1. South Africa, Bellville University of the Western Cape
Orce, José Nicolás
1. South Africa, Bellville University of the Western Cape
Rebeiro, B. M.
1. South Africa, Bellville University of the Western Cape
Singh, Balraj
1. South Africa, Bellville University of the Western Cape
Triambak, S.
1. South Africa, Bellville University of the Western Cape
Vyfers, E. C.
1. South Africa, Bellville University of the Western Cape
Wirth, Hans Friedrich
1. Germany, Munich Ludwig-maximilians-universität München

AFRICAN RESEARCH NEXUS

Shape coexistence in the Ru isotopes; multi-spectroscopic study of ⁹⁸Ru and beyond-mean-field calculations

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AFRICAN RESEARCH NEXUS

Shape coexistence in the Ru isotopes; multi-spectroscopic study of 98Ru and beyond-mean-field calculations

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African Research Nexus

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Shape coexistence in the Ru isotopes; multi-spectroscopic study of ⁹⁸Ru and beyond-mean-field calculations