Study of short-lived silver isotopes with a laser ion source | Zendy

V. N. Fedoseyev | Zendy; Y. Jading | Zendy; O. Jönsson | Zendy; R. Kirchner | Zendy; Karl Kratz | Zendy; M. Krieg | Zendy; E. Kugler | Zendy; J. Lettry | Zendy; T. Mehren | Zendy; V. I. Mishin | Zendy; H.L. Ravn | Zendy; T. Rauscher | Zendy; F. Scheerer | Zendy; O. Tengblad | Zendy; P. Van Duppen | Zendy; A. Wöhr | Zendy

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Study of short-lived silver isotopes with a laser ion source

Author(s) -

V. N. Fedoseyev,

Y. Jading,

O. Jönsson,

R. Kirchner,

Karl Kratz,

M. Krieg,

E. Kugler,

J. Lettry,

T. Mehren,

V. I. Mishin,

H.L. Ravn,

T. Rauscher,

F. Scheerer,

O. Tengblad,

P. Van Duppen,

A. Wöhr

Publication year - 1995

Publication title -

zeitschrift für physik a hadrons and nuclei

Language(s) - English

Resource type - Journals

eISSN - 1431-5831

pISSN - 0939-7922

DOI - 10.1007/bf01297718

Subject(s) - ionization , atomic physics , ion source , laser , ion , isotope , neutron , atmospheric pressure laser ionization , detector , nuclear physics , physics , photoionization , plasma , optics , quantum mechanics

A chemically selective laser ion source based on resonance ionization of atoms in a hot cavity has been applied for the study of short-lived silver isotopes at CERN/ISOLDE. Silver atoms were ionized by two resonant excitations and final laser ionization into the continuum. Decay properties of the neutron-rich isotopes Ag-121-127 were studied with a neutron long-counter and a beta-detector

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