Exposure of Nuclear Track Emulsion to a Mixed Beam of Relativistic
  $^{12}$N, $^{10}$C, and $^7$Be Nuclei

A. I. Malakhov; D. A. Artemenkov; D. A. Artemenkov; D. M. Zhomurodov; D. O. Krivenkov; D. O. Krivenkov; G. I. Orlova; I. G. Zarubina; K. Z. Mamatkulov; M. Haiduc; M. I. Adamovich; M. Karabova; N. G. Peresadko; N. G. Peresad’ko; N. G. Polukhina; N. K. Kornegrutsa; N. P. Andreeva; N. V. Kondratieva; P. A. Rukoyatkin; P. A. Rukoyatkin; P. I. Zarubin; R. B. Wiringa; R. R. Kattabekov; R. Stanoeva; R. Stanoeva; S. P. Kharlamov; S. Vokál; T. V. Shchedrina; V. Bradnova; V. V. Belaga; V. V. Rusakova; Y. L. Parfenova; Y. L. Parfenova; Z. A. Igamkulov

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Exposure of Nuclear Track Emulsion to a Mixed Beam of Relativistic $^{12}$ N, $^{10}$ C, and $^7$ Be Nuclei

Abstract

A nuclear track emulsion was exposed to a mixed beam of relativistic

^{12}

N,

^{10}

C, and

^7

Be nuclei having a momentum of 2 GeV/

c

per nucleon. The beam was formed upon charge exchange processes involving

^{12}

C primary nuclei and their fragmentation. An analysis indicates that

^{10}

C nuclei are dominant in the beam and that

^{12}

N nuclei are present in it. The charge topology of relativistic fragments in the coherent dissociation of these nuclei is presented.Comment: ISSN 1063-7788, Pleiades Publishing, Ltd., 201

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Last time updated on 02/01/2020