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Elsevier, Nuclear Physics A, 1-4(682), p. 264-269

DOI: 10.1016/s0375-9474(00)00649-7

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Recoil-isomer tagging near the mass 140 proton drip line.

Journal article published in 2001 by Dm M.; Scholey C.; Fox C.; Boston A. J.; Paul E. S.; Scraggs H. C.; Shepherd S. L.; Stezowski O.; Enqvist T.; Butler P. A.; Bruce A. M.; Walker P. M.; Caamaro M.; Garces-Narro J.; Bentley M. A.; Joss D. T.; Greenlees P. T.; Helariutta K.; Jones P. M.; Juli Cullen, C. Scholey, C. Fox, Aj J. Boston, Es S. Paul, Hc C. Scraggs, Sl L. Shepherd, O. Stezowski, T. Enqvist, Pa A. Butler ORCID, Am M. Bruce, Pm M. Walker, M. Caamaro, J. Garces-Narro, M. A. Bentley and other authors.
This paper was not found in any repository, but could be made available legally by the author.
This paper was not found in any repository, but could be made available legally by the author.

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Abstract

This contribution discusses the recoil-isomer tagging technique and its application to study isomeric states near the mass 140 proton drip line. The recoiling nuclei from a fusion-evapn. reaction were implanted into a silicon detector at the focal plane of a gas-filled separator, where prompt and delayed g-ray transitions were correlated across isomeric states. New states were established upon a known 15 ms isomer in 142Tb and the feeding and decay of a new 0.5(2)ms isomeric state was established in 144Ho. This measurement represents the first observation of excited states in 144Ho. [on SciFinder (R)]