N. Singh
University of Bonn
5 Papers
4 Citations
N. Singh is an academic researcher from University of Bonn. The author has contributed to research in topics: Decay scheme & Internal conversion. The author has an hindex of 3, co-authored 5 publications.
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Papers
Investigation of224Ra in the226Ra(α, α′ 2n) reaction
M. Marten-Tölle,B. Ackermann,H. Baltzer,T. Bihn,V. Grafen,C. Günther,H. Hausmann,N. Singh,R. Tölle,J. de Boer,N. Gollwitzer +10 more
- 01 Mar 1990
TL;DR: In this article, positive and negative parity bands have been followed up up to 10+ (possibly 12+) and 11− in224Ra and compared to the corresponding bands in the isotone226Th.
49
Octupole correlations in 225Th
J. R. Hughes,R. Tölle,J. de Boer,P. A. Butler,C. Günther,V. Grafen,N. Gollwitzer,V Holliday,G. D. Jones,C. Lauterbach,M. Marten-Tölle,S. M. Mullins,R.J. Poynter,Reinhard Simon,N. Singh,Richard Tanner,R. Wadsworth,D. L. Watson,C.A. White +18 more
TL;DR: The nuclear structure of 225Th has been studied using the reaction 226Ra(α, 5n) 225Th at a beam energy of 50 MeV as mentioned in this paper, where in-beam γ-branching ratios have been measured and an average value of |D0/Q0| = (0.51±0.06)×10−3fm−1 has been deduced.
16
In-beam spectroscopy of 231 Pa
J. de Boer,N. Gollwitzer,A. Lösch,H.J. Maier,Harald J. W. Müller,M. Rohn,B. Ackermann,T. Bihn,V. Grafen,C. Günther,M. Marten-Tölle,N. Singh,R. Tölle +12 more
TL;DR: In this article, the results of the rotational model applied to the 1/2−[530] Nilsson state were analyzed in the context of the Coulomb excitation process.
7
Lifetimes of shears bands in 199Pb
M. Neffgen,G. Baldsiefen,S. Frauendorf,H. Grawe,J. Heese,H. Hübel,H. Kluge,A. Korichi,W. Korten,K. H. Maier,D. Mehta,Jie Meng,N. Nenoff,M. Piiparinen,M. Schönhofer,R. Schubart,U. J. van Severen,N. Singh,G. Sletten,B. V. Thirumala Rao,P. Willsau +20 more
TL;DR: In this article, the lifetime of states within the two strongest shears bands in 199 Pb have been measured using Doppler-shift techniques, and the deduced B (M1) values confirm the proposed proton-particle neutron-hole structure of these bands.
High-spin states in 163Lu
W. Schmitz,C.X. Yang,H. Hübel,A.P. Byrne,R. Müsseler,N. Singh,K. H. Maier,A. Kuhnert,Ramon Wyss +8 more
TL;DR: In this article, high-spin states in 163 Lu were investigated by in-beam γ-ray spectroscopy using the multidetector array OSIRIS using the cranked shell model.