RESOLUTION OF THE HIGHLY DEFORMED BAND ASSIGNMENT ANOMALY IN ND-134 CE-131

E S Paul; C W Beausang; R M Clark; R A Cunningham; P Fallon; S A Forbes; C J Gross; F Hannachi; A N James; A Korichi; P J Nolan; J Simpson; R Wadsworth; J N Wilson

RESOLUTION OF THE HIGHLY DEFORMED BAND ASSIGNMENT ANOMALY IN ND-134 CE-131

E S Paul, C W Beausang, R M Clark, R A Cunningham, P Fallon, S A Forbes, C J Gross, F Hannachi, A N James, A Korichi, P J Nolan, J Simpson, R Wadsworth, J N Wilson

Physics

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

Abstract

Gamma-rays emitted following the S-34+Ru-104 reaction have been studied using a preliminary version of the Eurogam array, containing 29 Ge detectors, in conjunction with the Daresbury recoil mass separator. Highly deformed bands in 133Nd (5n reaction channel), 135Nd (3n), and 131Ce (alpha3n) have been observed. No evidence has been found in mass-selected data for the band previously assigned to 134Nd (the dominant 4n channel in this reaction) which has 'identical' energies to the 131Ce band.

Original language	English
Pages (from-to)	L23-L28
Number of pages	6
Journal	Journal of physics g-Nuclear and particle physics
Volume	19
Issue number	2
Publication status	Published - Feb 1993

Keywords

SUPERDEFORMED BANDS
NUCLEI
SPECTROSCOPY
STATES

Cite this

@article{ac9660697378441584ea44995627c4bc,

title = "RESOLUTION OF THE HIGHLY DEFORMED BAND ASSIGNMENT ANOMALY IN ND-134 CE-131",

abstract = "Gamma-rays emitted following the S-34+Ru-104 reaction have been studied using a preliminary version of the Eurogam array, containing 29 Ge detectors, in conjunction with the Daresbury recoil mass separator. Highly deformed bands in 133Nd (5n reaction channel), 135Nd (3n), and 131Ce (alpha3n) have been observed. No evidence has been found in mass-selected data for the band previously assigned to 134Nd (the dominant 4n channel in this reaction) which has 'identical' energies to the 131Ce band.",

keywords = "SUPERDEFORMED BANDS, NUCLEI, SPECTROSCOPY, STATES",

author = "Paul, {E S} and Beausang, {C W} and Clark, {R M} and Cunningham, {R A} and P Fallon and Forbes, {S A} and Gross, {C J} and F Hannachi and James, {A N} and A Korichi and Nolan, {P J} and J Simpson and R Wadsworth and Wilson, {J N}",

year = "1993",

month = feb,

language = "English",

volume = "19",

pages = "L23--L28",

journal = "Journal of physics g-Nuclear and particle physics",

issn = "0954-3899",

publisher = "IOP Publishing",

number = "2",

}

TY - JOUR

T1 - RESOLUTION OF THE HIGHLY DEFORMED BAND ASSIGNMENT ANOMALY IN ND-134 CE-131

AU - Paul, E S

AU - Beausang, C W

AU - Clark, R M

AU - Cunningham, R A

AU - Fallon, P

AU - Forbes, S A

AU - Gross, C J

AU - Hannachi, F

AU - James, A N

AU - Korichi, A

AU - Nolan, P J

AU - Simpson, J

AU - Wadsworth, R

AU - Wilson, J N

PY - 1993/2

Y1 - 1993/2

N2 - Gamma-rays emitted following the S-34+Ru-104 reaction have been studied using a preliminary version of the Eurogam array, containing 29 Ge detectors, in conjunction with the Daresbury recoil mass separator. Highly deformed bands in 133Nd (5n reaction channel), 135Nd (3n), and 131Ce (alpha3n) have been observed. No evidence has been found in mass-selected data for the band previously assigned to 134Nd (the dominant 4n channel in this reaction) which has 'identical' energies to the 131Ce band.

AB - Gamma-rays emitted following the S-34+Ru-104 reaction have been studied using a preliminary version of the Eurogam array, containing 29 Ge detectors, in conjunction with the Daresbury recoil mass separator. Highly deformed bands in 133Nd (5n reaction channel), 135Nd (3n), and 131Ce (alpha3n) have been observed. No evidence has been found in mass-selected data for the band previously assigned to 134Nd (the dominant 4n channel in this reaction) which has 'identical' energies to the 131Ce band.

KW - SUPERDEFORMED BANDS

KW - NUCLEI

KW - SPECTROSCOPY

KW - STATES

M3 - Letter

VL - 19

SP - L23-L28

JO - Journal of physics g-Nuclear and particle physics

JF - Journal of physics g-Nuclear and particle physics

SN - 0954-3899

IS - 2

ER -