MISTRAL: A new program for precise atomic mass determinations of nuclides far from stability | Zendy

M.D.N. Lunney | Zendy; G. Audi | Zendy; C. Borcea | Zendy; M. Dedieu | Zendy; H. Doubre | Zendy; M. Dūma | Zendy; M. Jacotin | Zendy; J.-F. Képinski | Zendy; G. Le Scornet | Zendy; M. de Saint Simon | Zendy; C. Thibault | Zendy

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MISTRAL: A new program for precise atomic mass determinations of nuclides far from stability

Author(s) -

M.D.N. Lunney,

G. Audi,

C. Borcea,

M. Dedieu,

H. Doubre,

M. Dūma,

M. Jacotin,

J.-F. Képinski,

G. Le Scornet,

M. de Saint Simon,

C. Thibault

Publication year - 1996

Publication title -

hyperfine interactions

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.359

H-Index - 48

eISSN - 1572-9540

pISSN - 0304-3843

DOI - 10.1007/bf02274914

Subject(s) - nuclide , spectrometer , mass spectrometry , hybrid mass spectrometer , physics , nuclear physics , optics , selected reaction monitoring , tandem mass spectrometry , quantum mechanics

The MISTRAL project (Mass measurements at ISolde using a Transmission RAdiofrequency spectrometer on-Line) is scheduled to begin experiments towards the end of 1996. With high resolution (105), potentially high accuracy (5×10–7) and excellent sensitivity (10 s–1), the MISTRAL spectrometer promises to provide needed mass measurements in regions of very-short lived nuclei. The spectrometer operation principles are described and a discussion concerning the interest in using highly charged ions is presented

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