Decay studies of the neutron-rich isotopes Dy168 and Hog168 and the identification of the new isomer Hom168

R. M. Chasteler; J. M. Nitschke; R. B. Firestone; K. S. Vierinen; P. A. Wilmarth

doi:10.1103/PhysRevC.42.R1796

Decay studies of the neutron-rich isotopes Dy168 and Hog168 and the identification of the new isomer Hom168

R. M. Chasteler, J. M. Nitschke, R. B. Firestone, K. S. Vierinen, P. A. Wilmarth

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Abstract

Multinucleon transfer reactions between Er170 ions and Wnat targets with on-line mass separation were used to produce neutron-rich A=168 isotopes. and spectroscopy was used to study the decay of these activities. A new isomer of holmium, Hom168, was identified to decay by an isomeric transition with a half-life of 132(4) s. A decay scheme for the most neutron-rich A=168 isotope, 8.8(3)-min Dy168, was determined. Also, a new Q- value of 2.93(3) MeV for the decay of 3.0-min Hog168 has been obtained.

Original language	English (US)
Pages (from-to)	R1796-R1799
Journal	Physical Review C
Volume	42
Issue number	5
DOIs	https://doi.org/10.1103/PhysRevC.42.R1796
State	Published - 1990
Externally published	Yes

ASJC Scopus subject areas

Nuclear and High Energy Physics

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title = "Decay studies of the neutron-rich isotopes Dy168 and Hog168 and the identification of the new isomer Hom168",

abstract = "Multinucleon transfer reactions between Er170 ions and Wnat targets with on-line mass separation were used to produce neutron-rich A=168 isotopes. and spectroscopy was used to study the decay of these activities. A new isomer of holmium, Hom168, was identified to decay by an isomeric transition with a half-life of 132(4) s. A decay scheme for the most neutron-rich A=168 isotope, 8.8(3)-min Dy168, was determined. Also, a new Q- value of 2.93(3) MeV for the decay of 3.0-min Hog168 has been obtained.",

author = "Chasteler, {R. M.} and Nitschke, {J. M.} and Firestone, {R. B.} and Vierinen, {K. S.} and Wilmarth, {P. A.}",

year = "1990",

doi = "10.1103/PhysRevC.42.R1796",

language = "English (US)",

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T1 - Decay studies of the neutron-rich isotopes Dy168 and Hog168 and the identification of the new isomer Hom168

AU - Chasteler, R. M.

AU - Nitschke, J. M.

AU - Firestone, R. B.

AU - Vierinen, K. S.

AU - Wilmarth, P. A.

PY - 1990

Y1 - 1990

N2 - Multinucleon transfer reactions between Er170 ions and Wnat targets with on-line mass separation were used to produce neutron-rich A=168 isotopes. and spectroscopy was used to study the decay of these activities. A new isomer of holmium, Hom168, was identified to decay by an isomeric transition with a half-life of 132(4) s. A decay scheme for the most neutron-rich A=168 isotope, 8.8(3)-min Dy168, was determined. Also, a new Q- value of 2.93(3) MeV for the decay of 3.0-min Hog168 has been obtained.

AB - Multinucleon transfer reactions between Er170 ions and Wnat targets with on-line mass separation were used to produce neutron-rich A=168 isotopes. and spectroscopy was used to study the decay of these activities. A new isomer of holmium, Hom168, was identified to decay by an isomeric transition with a half-life of 132(4) s. A decay scheme for the most neutron-rich A=168 isotope, 8.8(3)-min Dy168, was determined. Also, a new Q- value of 2.93(3) MeV for the decay of 3.0-min Hog168 has been obtained.

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Decay studies of the neutron-rich isotopes Dy168 and Hog168 and the identification of the new isomer Hom168

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