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K-Shell Ionization Cross Section Of Ti And Cu Atoms By 1 And 2 Gev Electrons

Ramazan Nazhmudinov,Alexander Shchagin,Sergii Trofymeko,Ivan Kishin,Aleksandr Kubankin,Alexander Potylitsyn,Aleksey Gogolev, Nikolay Filatov,Gero Kube, Natalia potylitsina-kube,Marcel Stanitzki, Artem Novokshonov

JOURNAL OF PHYSICS B-ATOMIC MOLECULAR AND OPTICAL PHYSICS（2021）

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Abstract
The K-shell ionization cross sections of titanium and copper atoms were determined by analyzing the spectra of characteristic X-ray radiation generated by an electron beam with energies of 1 and 2 GeV in metal foils. New data obtained for these energies demonstrate the influence of the density effect on the ionization cross sections values. The results were compared with previous experimental data and calculations based on pure theoretical and semi-empirical models.
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ionization cross section, relativistic electrons, density effect, electron-atomic collision, electron impact
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