Experimental and theoretical study of the residual product nuclide yields in thin targets irradiated with 100-2600 MeV protons.

Batyaev, V. F. (Vyacheslav F.); Fischenko, D. V. (Dmitry V.); Karpikhin, E. I. (Evgeny I.); Koldobsky, A. B. (Aleksander B.); Kvasova, S. V. (Svetlana V.); Mashnik, S. G. (Stepan G.); Mulambetov, R. D. (Ruslan D.); Prael, R. E. (Richard E.); Saitō, Masako,; Sierk, A. J. (Arnold J.); Titarenko, Y. E. (Yury E.); Yasuda, Hideshi; Zhivun, V. M. (Valery M.)

Experimental and theoretical study of the residual product nuclide yields in thin targets irradiated with 100-2600 MeV protons.

Authors: V. F. (Vyacheslav F.) Batyaev
D. V. (Dmitry V.) Fischenko
E. I. (Evgeny I.) Karpikhin
A. B. (Aleksander B.) Koldobsky
S. V. (Svetlana V.) Kvasova
S. G. (Stepan G.) Mashnik
R. D. (Ruslan D.) Mulambetov
R. E. (Richard E.) Prael
Masako, Saitō
A. J. (Arnold J.) Sierk
Y. E. (Yury E.) Titarenko
Hideshi Yasuda
V. M. (Valery M.) Zhivun
Publication date: 1 January 2001
Publisher: Los Alamos National Laboratory

Abstract

The work is aimed at measurements and computer simulations of independent and cumulative yields of residual product nuclei in thin targets relevant as target materials and structure materials for hybrid accelerator-driven systems coupled to high-energy proton accelerators

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