Yrast states of neutron-rich N=83 nuclei from fission product gamma-ray studies

P Bhattacharyya; C T Zhang; B Fornal; P J Daly; Z W Grabowski; I Ahmad; T Lauritsen; L R Morss; W R Phillips; J L Durell; M J Leddy; A G Smith; W Urban; B J Varley; N Schulz; E Lubkiewicz; M Bentaleb; J Blomqvist

Yrast states of neutron-rich N=83 nuclei from fission product gamma-ray studies

P Bhattacharyya, C T Zhang, B Fornal, P J Daly, Z W Grabowski, I Ahmad, T Lauritsen, L R Morss, W R Phillips, J L Durell, M J Leddy, A G Smith, W Urban, B J Varley, N Schulz, E Lubkiewicz, M Bentaleb, J Blomqvist

Research output: Contribution to journal › Article › peer-review

Abstract

Prompt gamma-ray cascades in N=83 fission product nuclei near Sn-132 have been studied at Eurogam II using a Cm-248 source. Cross coincidences observed between gamma rays from complementary light and heavy fission fragments were vital for isotopic assignments. Yrast states in the N=83 isotones Sb-134, Te-135, and I-136, reported. The interpretation of the level schemes is based mainly on results of shell model calculations using empirical proton-proton interaction energies from Te-134, and proton-neutron interactions estimated from the well-known Bi-210 level spectrum.

Original language	English
Journal	Physical Review C
Volume	56
Issue number	5
Publication status	Published - 1 Nov 1997

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Bhattacharyya, P., Zhang, C. T., Fornal, B., Daly, P. J., Grabowski, Z. W., Ahmad, I., Lauritsen, T., Morss, L. R., Phillips, W. R., Durell, J. L., Leddy, M. J., Smith, A. G., Urban, W., Varley, B. J., Schulz, N., Lubkiewicz, E., Bentaleb, M., & Blomqvist, J. (1997). Yrast states of neutron-rich N=83 nuclei from fission product gamma-ray studies. Physical Review C, 56(5).

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title = "Yrast states of neutron-rich N=83 nuclei from fission product gamma-ray studies",

abstract = "Prompt gamma-ray cascades in N=83 fission product nuclei near Sn-132 have been studied at Eurogam II using a Cm-248 source. Cross coincidences observed between gamma rays from complementary light and heavy fission fragments were vital for isotopic assignments. Yrast states in the N=83 isotones Sb-134, Te-135, and I-136, reported. The interpretation of the level schemes is based mainly on results of shell model calculations using empirical proton-proton interaction energies from Te-134, and proton-neutron interactions estimated from the well-known Bi-210 level spectrum.",

author = "P Bhattacharyya and Zhang, {C T} and B Fornal and Daly, {P J} and Grabowski, {Z W} and I Ahmad and T Lauritsen and Morss, {L R} and Phillips, {W R} and Durell, {J L} and Leddy, {M J} and Smith, {A G} and W Urban and Varley, {B J} and N Schulz and E Lubkiewicz and M Bentaleb and J Blomqvist",

note = "Times Cited: 28",

year = "1997",

month = nov,

day = "1",

language = "English",

volume = "56",

journal = "Physical Review C",

issn = "0556-2813",

publisher = "American Physical Society",

number = "5",

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TY - JOUR

T1 - Yrast states of neutron-rich N=83 nuclei from fission product gamma-ray studies

AU - Bhattacharyya, P

AU - Zhang, C T

AU - Fornal, B

AU - Daly, P J

AU - Grabowski, Z W

AU - Ahmad, I

AU - Lauritsen, T

AU - Morss, L R

AU - Phillips, W R

AU - Durell, J L

AU - Leddy, M J

AU - Smith, A G

AU - Urban, W

AU - Varley, B J

AU - Schulz, N

AU - Lubkiewicz, E

AU - Bentaleb, M

AU - Blomqvist, J

N1 - Times Cited: 28

PY - 1997/11/1

Y1 - 1997/11/1

N2 - Prompt gamma-ray cascades in N=83 fission product nuclei near Sn-132 have been studied at Eurogam II using a Cm-248 source. Cross coincidences observed between gamma rays from complementary light and heavy fission fragments were vital for isotopic assignments. Yrast states in the N=83 isotones Sb-134, Te-135, and I-136, reported. The interpretation of the level schemes is based mainly on results of shell model calculations using empirical proton-proton interaction energies from Te-134, and proton-neutron interactions estimated from the well-known Bi-210 level spectrum.

AB - Prompt gamma-ray cascades in N=83 fission product nuclei near Sn-132 have been studied at Eurogam II using a Cm-248 source. Cross coincidences observed between gamma rays from complementary light and heavy fission fragments were vital for isotopic assignments. Yrast states in the N=83 isotones Sb-134, Te-135, and I-136, reported. The interpretation of the level schemes is based mainly on results of shell model calculations using empirical proton-proton interaction energies from Te-134, and proton-neutron interactions estimated from the well-known Bi-210 level spectrum.

M3 - Article

SN - 0556-2813

VL - 56

JO - Physical Review C

JF - Physical Review C

IS - 5

ER -

Yrast states of neutron-rich N=83 nuclei from fission product gamma-ray studies

Abstract

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