Identification of excited states in doubly odd Sb-110: Smooth band termination

G J Lane; D B Fossan; I Thorslund; P Vaska; R G Allatt; E S Paul; L Kaubler; H Schnare; I M Hibbert; N OBrien; R Wadsworth; W Andrejtscheff; J deGraaf; J Simpson; I Y Lee; A O Macchiavelli; D J Blumenthal; C N Davids; C J Lister; D Seweryniak; A V Afanasjev; I Ragnarsson

Identification of excited states in doubly odd Sb-110: Smooth band termination

G J Lane, D B Fossan, I Thorslund, P Vaska, R G Allatt, E S Paul, L Kaubler, H Schnare, I M Hibbert, N OBrien, R Wadsworth, W Andrejtscheff, J deGraaf, J Simpson, I Y Lee, A O Macchiavelli, D J Blumenthal, C N Davids, C J Lister, D SeweryniakA V Afanasjev, I Ragnarsson

Physics

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

Abstract

Excited states in Sb-110 have been identified for the first time in a series of gamma-spectroscopy experiments using both thin and backed targets, including neutron-fold and recoil-mass measurements to provide unambiguous channel identification. The three decoupled intruder bands observed in Sb-110 are based upon configurations involving 2p-2h excitations across the Z = 50 shell gap and show the features of smooth band termination. The yrast intruder band, which has been connected to the low-spin levels, is tentatively identified up to its predicted termination at I-pi = 45(+). Excellent agreement with configuration-dependent cranked Nilsson-Strutinsky calculations is obtained for the high-spin states near termination.

Original language	English
Pages (from-to)	R2127-R2131
Number of pages	5
Journal	Physical Review C
Volume	55
Issue number	5
Publication status	Published - May 1997

Keywords

FRAGMENT MASS ANALYZER
HIGH-SPIN STATES
ROTATIONAL BANDS
COLLECTIVITY
SN-110
TE-110

Cite this

Lane, G. J., Fossan, D. B., Thorslund, I., Vaska, P., Allatt, R. G., Paul, E. S., Kaubler, L., Schnare, H., Hibbert, I. M., OBrien, N., Wadsworth, R., Andrejtscheff, W., deGraaf, J., Simpson, J., Lee, I. Y., Macchiavelli, A. O., Blumenthal, D. J., Davids, C. N., Lister, C. J., ... Ragnarsson, I. (1997). Identification of excited states in doubly odd Sb-110: Smooth band termination. Physical Review C, 55(5), R2127-R2131.

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title = "Identification of excited states in doubly odd Sb-110: Smooth band termination",

abstract = "Excited states in Sb-110 have been identified for the first time in a series of gamma-spectroscopy experiments using both thin and backed targets, including neutron-fold and recoil-mass measurements to provide unambiguous channel identification. The three decoupled intruder bands observed in Sb-110 are based upon configurations involving 2p-2h excitations across the Z = 50 shell gap and show the features of smooth band termination. The yrast intruder band, which has been connected to the low-spin levels, is tentatively identified up to its predicted termination at I-pi = 45(+). Excellent agreement with configuration-dependent cranked Nilsson-Strutinsky calculations is obtained for the high-spin states near termination.",

keywords = "FRAGMENT MASS ANALYZER, HIGH-SPIN STATES, ROTATIONAL BANDS, COLLECTIVITY, SN-110, TE-110",

author = "Lane, {G J} and Fossan, {D B} and I Thorslund and P Vaska and Allatt, {R G} and Paul, {E S} and L Kaubler and H Schnare and Hibbert, {I M} and N OBrien and R Wadsworth and W Andrejtscheff and J deGraaf and J Simpson and Lee, {I Y} and Macchiavelli, {A O} and Blumenthal, {D J} and Davids, {C N} and Lister, {C J} and D Seweryniak and Afanasjev, {A V} and I Ragnarsson",

year = "1997",

month = may,

language = "English",

volume = "55",

pages = "R2127--R2131",

journal = "Physical Review C",

issn = "2469-9985",

publisher = "American Physical Society",

number = "5",

}

Lane, GJ, Fossan, DB, Thorslund, I, Vaska, P, Allatt, RG, Paul, ES, Kaubler, L, Schnare, H, Hibbert, IM, OBrien, N, Wadsworth, R, Andrejtscheff, W, deGraaf, J, Simpson, J, Lee, IY, Macchiavelli, AO, Blumenthal, DJ, Davids, CN, Lister, CJ, Seweryniak, D, Afanasjev, AV & Ragnarsson, I 1997, 'Identification of excited states in doubly odd Sb-110: Smooth band termination', Physical Review C, vol. 55, no. 5, pp. R2127-R2131.

TY - JOUR

T1 - Identification of excited states in doubly odd Sb-110: Smooth band termination

AU - Lane, G J

AU - Fossan, D B

AU - Thorslund, I

AU - Vaska, P

AU - Allatt, R G

AU - Paul, E S

AU - Kaubler, L

AU - Schnare, H

AU - Hibbert, I M

AU - OBrien, N

AU - Wadsworth, R

AU - Andrejtscheff, W

AU - deGraaf, J

AU - Simpson, J

AU - Lee, I Y

AU - Macchiavelli, A O

AU - Blumenthal, D J

AU - Davids, C N

AU - Lister, C J

AU - Seweryniak, D

AU - Afanasjev, A V

AU - Ragnarsson, I

PY - 1997/5

Y1 - 1997/5

N2 - Excited states in Sb-110 have been identified for the first time in a series of gamma-spectroscopy experiments using both thin and backed targets, including neutron-fold and recoil-mass measurements to provide unambiguous channel identification. The three decoupled intruder bands observed in Sb-110 are based upon configurations involving 2p-2h excitations across the Z = 50 shell gap and show the features of smooth band termination. The yrast intruder band, which has been connected to the low-spin levels, is tentatively identified up to its predicted termination at I-pi = 45(+). Excellent agreement with configuration-dependent cranked Nilsson-Strutinsky calculations is obtained for the high-spin states near termination.

AB - Excited states in Sb-110 have been identified for the first time in a series of gamma-spectroscopy experiments using both thin and backed targets, including neutron-fold and recoil-mass measurements to provide unambiguous channel identification. The three decoupled intruder bands observed in Sb-110 are based upon configurations involving 2p-2h excitations across the Z = 50 shell gap and show the features of smooth band termination. The yrast intruder band, which has been connected to the low-spin levels, is tentatively identified up to its predicted termination at I-pi = 45(+). Excellent agreement with configuration-dependent cranked Nilsson-Strutinsky calculations is obtained for the high-spin states near termination.

KW - FRAGMENT MASS ANALYZER

KW - HIGH-SPIN STATES

KW - ROTATIONAL BANDS

KW - COLLECTIVITY

KW - SN-110

KW - TE-110

M3 - Article

SN - 2469-9985

VL - 55

SP - R2127-R2131

JO - Physical Review C

JF - Physical Review C

IS - 5

ER -