In-beam spectroscopy of $\chem{{}^{253,254}No}$
- R.-D. Herzberg
- N. Amzal
- J.E. Bastin
- F. Becker
- P.M.T. Brew
- P.A. Butler
- A.J.C. Chewter
- J.F.C. Cocks
- O. Dorvaux
- K. Eskola
- J. Gerl
- P.T. Greenlees
- N.J. Hammond
- K. Hauschild
- K. Helariutta
- F. Heßberger
- M. Houry
- A. Hürstel
- R.D. Humphreys
- G.D. Jones
- P.M. Jones
- R. Julin
- S. Juutinen
- H. Kankaanpää
- H. Kettunen
- T.L. Khoo
- W. Korten
- P. Kuusiniemi
- Y. Le Coz
- M. Leino
- A.P. Leppänen C.J. Lister
- R. Lucas
- M. Muikku
- P. Nieminen
- R.D. Page
- T. Page
- P. Rahkila
- P. Reiter
- Ch. Schlegel
- C. Scholey
- G. Sletten
- O. Stezowski
- Ch. Theisen
- W.H. Trzaska
- J. Uusitalo
- H.J. Wollersheim
Publication date
January 2002
DOI Publisher
Springer Science and Business Media LLCAbstract
In-beam conversion electron spectroscopy experiments have been performed on the transfermium nuclei $\chem{{}^{253,254}No}$ using the conversion electron spectrometer SACRED in nearly collinear geometry in conjunction with the gas-filled separator RITU at the University of Jyväskylä. The experimental setup is discussed and the spectra are compared to Monte Carlo simulations. The implications for the ground-state configuration of $\chem{{}^{253}No}$ are discussed
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