Abstract
The construction and operating principles of an analog apparatus facilitating the simulation of a large number of problems linked with the operation of accelerators are described. The apparatus consists of an electron tube with electrodes of special form and suitable attachments. An electron cloud formed in the tube simulates a beam of particles moving in the accelerator.
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M. Barbier, Etude des oscillations non linéaires à l'aide d'un modele analogique à cage d'électrons, appliquée au mouvement des particules dans les accélérateurs. CERN 61-23, Génève, 24 Août 1961.
E. Fischer, Z. Phys.,156, 1 (1959).
British Association for the Avancement of Science. London. The Airy Integral, by J. Miller, Cambridge University Press (1946).
M. Knoll, F. Ollendorff, and R. Rompe, Gasentladungstabellen, Berlin, J. Springer (1935).
H. Soodak and S. Campbell, Elementary Pile Theory, New York, Wiley (1950).
R. Keller, M. Fidecaro, and M. Barbier, Calcul d'orbites dans un synchro cyclotron, analogie avec l'oscillateur anharmonique. CERN 57-45, Genève (1957).
R. Keller, L. Dick, and M. Fidecaro, Les essais d'accélération stochastique dans le cyclotron de 600 MeV et leur interpretation. CERN 60-43, Génève, 7 Dec. 1960.
P. Opitz and F. Schneider, Vakum-Technik,9, 104 (1960).
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Translated from Atomnaya Énergiya, Vol. 17, No. 2, pp. 88–93, August, 1964
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Barbier, M. Apparatus for studying the motion of particles in accelerators. At Energy 17, 793–799 (1964). https://doi.org/10.1007/BF01118053
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DOI: https://doi.org/10.1007/BF01118053