Abstract
High-spin states in {sup 106}Sb have been investigated in the {sup 54}Fe({sup 58}Ni,-bar 1{alpha}1p1n) reaction by in-beam {gamma}-spectroscopic methods using the Euroball detector array equipped with charged particle and neutron detectors. On the basis of measured {gamma}{gamma}-coincidence relations, angular distributions, and linear polarization ratios a significantly extended level scheme has been constructed up to spin and parity I{pi}=(19-) and Ex{approx}6.5 MeV. The experimental results are interpreted within the framework of the gdsh shell model using a realistic effective nucleon-nucleon interaction. Candidates for states with fully aligned angular momenta in the {pi}(d5/2,g7/2)1{nu}(d5/2,g7/2)5 valence space are identified at 4338 and 5203 keV, as well as in the {pi}(d5/2,g7/2)1 {nu}(d5/2,g7/2)4h11/21 space at 6087, 6573 and 6783 keV.
Sohler, D;
[1]
Palacz, M;
[2]
Dombradi, Zs;
[1]
Hjorth-Jensen, M;
[3]
Fahlander, C;
[4]
Norlin, L -O;
[5]
Nyberg, J;
[6]
Baeck, T;
[5]
Lagergren, K;
[5]
Department of Physics, Florida State University, Tallahassee, FL (United States)];
Rudolph, D;
[4]
Algora, A;
[1]
Andreoiu, C;
[4]
De Angelis, G;
[7]
Atac, A;
[8]
Bazzacco, D;
[9]
Cederkaell, J;
[5]
Cederwall, B;
[5]
Fant, B;
[10]
Farnea, E;
[7]
University of Valencia, Valencia (Spain)];
Gadea, A;
[7]
University of Valencia, Valencia (Spain)];
Gorska, M;
[11]
Grawe, H;
[11]
Hashimito-Saitoh, N;
[11]
Johnson, A;
[5]
Kerek, A;
[5]
Klamra, W;
[5]
Kownacki, J
[12]
- Institute for Nuclear Research, Debrecen (Hungary)
- Heavy Ion Laboratory, University of Warsaw, Warsaw (Poland)
- Department of Physics and Center of Mathematics for Applications, University of Oslo (Norway)
- Department of Physics, Lund University, Lund (Sweden)
- Royal Institute of Technology, Stockholm (Sweden)
- Svedberg Laboratory, Uppsala (Sweden)
- Laboratori Nazionali di Legnaro, Padova (Italy)
- Department of Radiation Sciences, Uppsala University, Uppsala (Sweden)
- Dipartimento di Fisica and INFN Sezione di Padova, Padova (Italy)
- Department of Physics, Helsinki University, Helsinki (Finland)
- GSI, Darmstadt (Germany)
- Heavy Ion Lab., Univ. of Warsaw, Warsaw (Poland); and others
Citation Formats
Sohler, D, Palacz, M, Dombradi, Zs, Hjorth-Jensen, M, Fahlander, C, Norlin, L -O, Nyberg, J, Baeck, T, Lagergren, K, Department of Physics, Florida State University, Tallahassee, FL (United States)], Rudolph, D, Algora, A, Andreoiu, C, De Angelis, G, Atac, A, Bazzacco, D, Cederkaell, J, Cederwall, B, Fant, B, Farnea, E, University of Valencia, Valencia (Spain)], Gadea, A, University of Valencia, Valencia (Spain)], Gorska, M, Grawe, H, Hashimito-Saitoh, N, Johnson, A, Kerek, A, Klamra, W, and Kownacki, J.
Maximally aligned states in the proton drip line nucleus {sup 106}Sb.
Netherlands: N. p.,
2005.
Web.
doi:10.1016/j.nuclphysa.2005.02.153.
Sohler, D, Palacz, M, Dombradi, Zs, Hjorth-Jensen, M, Fahlander, C, Norlin, L -O, Nyberg, J, Baeck, T, Lagergren, K, Department of Physics, Florida State University, Tallahassee, FL (United States)], Rudolph, D, Algora, A, Andreoiu, C, De Angelis, G, Atac, A, Bazzacco, D, Cederkaell, J, Cederwall, B, Fant, B, Farnea, E, University of Valencia, Valencia (Spain)], Gadea, A, University of Valencia, Valencia (Spain)], Gorska, M, Grawe, H, Hashimito-Saitoh, N, Johnson, A, Kerek, A, Klamra, W, & Kownacki, J.
Maximally aligned states in the proton drip line nucleus {sup 106}Sb.
Netherlands.
https://doi.org/10.1016/j.nuclphysa.2005.02.153
Sohler, D, Palacz, M, Dombradi, Zs, Hjorth-Jensen, M, Fahlander, C, Norlin, L -O, Nyberg, J, Baeck, T, Lagergren, K, Department of Physics, Florida State University, Tallahassee, FL (United States)], Rudolph, D, Algora, A, Andreoiu, C, De Angelis, G, Atac, A, Bazzacco, D, Cederkaell, J, Cederwall, B, Fant, B, Farnea, E, University of Valencia, Valencia (Spain)], Gadea, A, University of Valencia, Valencia (Spain)], Gorska, M, Grawe, H, Hashimito-Saitoh, N, Johnson, A, Kerek, A, Klamra, W, and Kownacki, J.
2005.
"Maximally aligned states in the proton drip line nucleus {sup 106}Sb."
Netherlands.
https://doi.org/10.1016/j.nuclphysa.2005.02.153.
@misc{etde_20732485,
title = {Maximally aligned states in the proton drip line nucleus {sup 106}Sb}
author = {Sohler, D, Palacz, M, Dombradi, Zs, Hjorth-Jensen, M, Fahlander, C, Norlin, L -O, Nyberg, J, Baeck, T, Lagergren, K, Department of Physics, Florida State University, Tallahassee, FL (United States)], Rudolph, D, Algora, A, Andreoiu, C, De Angelis, G, Atac, A, Bazzacco, D, Cederkaell, J, Cederwall, B, Fant, B, Farnea, E, University of Valencia, Valencia (Spain)], Gadea, A, University of Valencia, Valencia (Spain)], Gorska, M, Grawe, H, Hashimito-Saitoh, N, Johnson, A, Kerek, A, Klamra, W, and Kownacki, J}
abstractNote = {High-spin states in {sup 106}Sb have been investigated in the {sup 54}Fe({sup 58}Ni,-bar 1{alpha}1p1n) reaction by in-beam {gamma}-spectroscopic methods using the Euroball detector array equipped with charged particle and neutron detectors. On the basis of measured {gamma}{gamma}-coincidence relations, angular distributions, and linear polarization ratios a significantly extended level scheme has been constructed up to spin and parity I{pi}=(19-) and Ex{approx}6.5 MeV. The experimental results are interpreted within the framework of the gdsh shell model using a realistic effective nucleon-nucleon interaction. Candidates for states with fully aligned angular momenta in the {pi}(d5/2,g7/2)1{nu}(d5/2,g7/2)5 valence space are identified at 4338 and 5203 keV, as well as in the {pi}(d5/2,g7/2)1 {nu}(d5/2,g7/2)4h11/21 space at 6087, 6573 and 6783 keV.}
doi = {10.1016/j.nuclphysa.2005.02.153}
journal = []
issue = {3-4}
volume = {753}
place = {Netherlands}
year = {2005}
month = {May}
}
title = {Maximally aligned states in the proton drip line nucleus {sup 106}Sb}
author = {Sohler, D, Palacz, M, Dombradi, Zs, Hjorth-Jensen, M, Fahlander, C, Norlin, L -O, Nyberg, J, Baeck, T, Lagergren, K, Department of Physics, Florida State University, Tallahassee, FL (United States)], Rudolph, D, Algora, A, Andreoiu, C, De Angelis, G, Atac, A, Bazzacco, D, Cederkaell, J, Cederwall, B, Fant, B, Farnea, E, University of Valencia, Valencia (Spain)], Gadea, A, University of Valencia, Valencia (Spain)], Gorska, M, Grawe, H, Hashimito-Saitoh, N, Johnson, A, Kerek, A, Klamra, W, and Kownacki, J}
abstractNote = {High-spin states in {sup 106}Sb have been investigated in the {sup 54}Fe({sup 58}Ni,-bar 1{alpha}1p1n) reaction by in-beam {gamma}-spectroscopic methods using the Euroball detector array equipped with charged particle and neutron detectors. On the basis of measured {gamma}{gamma}-coincidence relations, angular distributions, and linear polarization ratios a significantly extended level scheme has been constructed up to spin and parity I{pi}=(19-) and Ex{approx}6.5 MeV. The experimental results are interpreted within the framework of the gdsh shell model using a realistic effective nucleon-nucleon interaction. Candidates for states with fully aligned angular momenta in the {pi}(d5/2,g7/2)1{nu}(d5/2,g7/2)5 valence space are identified at 4338 and 5203 keV, as well as in the {pi}(d5/2,g7/2)1 {nu}(d5/2,g7/2)4h11/21 space at 6087, 6573 and 6783 keV.}
doi = {10.1016/j.nuclphysa.2005.02.153}
journal = []
issue = {3-4}
volume = {753}
place = {Netherlands}
year = {2005}
month = {May}
}