Geodesic
Merged-beams tools for the study of ultra-cold reactions
Problemy fiziki, matematiki i tehniki, no. 1 (2012), pp. 36-40

Voir la notice de l'article provenant de la source Math-Net.Ru

Here we will briefly describe a new ion storage device currently under construction at Stockholm University, Sweden. This device uses purely electrostatic focussing and deflection elements and allows ion beams of opposite charge to be confined under extreme high vacuum and cryogenic conditions in separate “rings” and then merged over a common straight section. This Double ElectroStatic Ion Ring ExpEriment (DESIREE) apparatus allows studies of interactions between cations and anions at low and well-defined centre-of-mass energies, and we will finish the paper by discussing an example of such potential research. A complete technical review of this facility has been recently published [1].
Keywords: Storage ring, anions, merged beams reactions, cryogenic temperatures
Mots-clés : cations, mutual neutralisation reactions. 
@article{PFMT_2012_1_a6,
     author = {R. D. Thomas and H. T. Schmidt and G. Andler and M. Bj\"orkhage and M. Blom and L. Br\"annholm and E. B\"ackstr\"om and H. Danared and S. Das and N. Haag and P. Halld\'en and F. Hellberg and A. S. Holm and H. B. Johansson and A. K\"allberg and G. K\"allersj\"o and M. Larsson and S. Leontein and L. Liljeby and P. L\"ofgren and B. Malm and S. Mannervik and M. Masuda and D. Misra and A. Orb\'an and A. Pa\'al and P. Reinhed and K.-G. Rensfelt and S. Ros\'en and K. Schmidt and F. Seitz and A. Simonsson and J. Weimer and H. Zettergren and H. Cederquist},
     title = {Merged-beams tools for the study of ultra-cold reactions},
     journal = {Problemy fiziki, matematiki i tehniki},
     pages = {36--40},
     publisher = {mathdoc},
     number = {1},
     year = {2012},
     language = {en},
     url = {http://geodesic.mathdoc.fr/item/PFMT_2012_1_a6/}
}
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AU  - H. T. Schmidt
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AU  - M. Björkhage
AU  - M. Blom
AU  - L. Brännholm
AU  - E. Bäckström
AU  - H. Danared
AU  - S. Das
AU  - N. Haag
AU  - P. Halldén
AU  - F. Hellberg
AU  - A. S. Holm
AU  - H. B. Johansson
AU  - A. Källberg
AU  - G. Källersjö
AU  - M. Larsson
AU  - S. Leontein
AU  - L. Liljeby
AU  - P. Löfgren
AU  - B. Malm
AU  - S. Mannervik
AU  - M. Masuda
AU  - D. Misra
AU  - A. Orbán
AU  - A. Paál
AU  - P. Reinhed
AU  - K.-G. Rensfelt
AU  - S. Rosén
AU  - K. Schmidt
AU  - F. Seitz
AU  - A. Simonsson
AU  - J. Weimer
AU  - H. Zettergren
AU  - H. Cederquist
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%A S. Rosén
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%A J. Weimer
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R. D. Thomas; H. T. Schmidt; G. Andler; M. Björkhage; M. Blom; L. Brännholm; E. Bäckström; H. Danared; S. Das; N. Haag; P. Halldén; F. Hellberg; A. S. Holm; H. B. Johansson; A. Källberg; G. Källersjö; M. Larsson; S. Leontein; L. Liljeby; P. Löfgren; B. Malm; S. Mannervik; M. Masuda; D. Misra; A. Orbán; A. Paál; P. Reinhed; K.-G. Rensfelt; S. Rosén; K. Schmidt; F. Seitz; A. Simonsson; J. Weimer; H. Zettergren; H. Cederquist. Merged-beams tools for the study of ultra-cold reactions. Problemy fiziki, matematiki i tehniki, no. 1 (2012), pp. 36-40. http://geodesic.mathdoc.fr/item/PFMT_2012_1_a6/