In-beam gamma-ray spectroscopy of 254 No

S. Eeckhaudt,N. Amzal,J. E. Bastin,E. Bouchez,P. A. Butler,A. Chatillon,K. J. Eskola,J. Gerl,T. Grahn,A. Görgen,P. T. Greenlees,R.-D. Herzberg,F.P. Hessberger,A. Hürstel,P. J. C. Ikin,G. D. Jones,Peter M. Jones,Rauno Julin,Sakari Juutinen,Heikki Kettunen,T.L. Khoo,W. Korten,P. Kuusiniemi,Y. Le Coz,Matti Leino,A.-P. Leppänen,Paivi Nieminen,Janne Pakarinen,J. Perkowski,A. Pritchard,P. Reiter,P. Rahkila,C. Scholey,Ch. Theisen,J. Uusitalo,K. Van de Vel,J. N. Wilson,H. J. Wollersheim

In-beam gamma-ray spectroscopy of 254 No

2005

The recoil-tagging technique has been employed to perform an in-beam gamma-ray spectroscopic study of the transfermium nucleus 254No. The experiment was carried out at the Department of Physics of the University of Jyvaskyla and utilised the JUROGAM array of germanium detectors coupled to the gas-filled recoil separator RITU. The ground-state rotational band was extended and evidence for non-yrast states was observed for the first time.

Keywords:

Germanium
Physics
Detector
Atomic physics
Nuclear fusion
Gamma spectroscopy
Beam (structure)
recoil separator

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