Development of estimation method for basic characteristics of nuclear contribution into single event upset at moderate energy proton impactстатья

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Дата последнего поиска статьи во внешних источниках: 9 апреля 2015 г.

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[1] Development of estimation method for basic characteristics of nuclear contribution into single event upset at moderate energy proton impact / Н. Г. Чеченин, Т. В. Чувильская, А. А. Широкова, А. Г. Кадменский // Physics of Atomic Nuclei. — 2015. — Vol. 78, no. 10. — P. 890–894. In continuation and development of our previous works where nuclear reactions of moderate energy (10 to 400 keV) with Si, Al and W were investigated, the results of nuclear reactions with Cu atoms are reported in this paper. Cu is a most important component in composition of materials in contact pads and pathways of modern and perspective ultra large-scale integration circuitry, especially in 3D topology. Nuclear reactions result in nuclear recoils with mass and charge spectra in the range from target nuclei down to helium and hydrogen. The formation cross-sections, mass, charge and kinetic energy spectra of the fragments produced in nuclear reactions, calculated using the TALYS program code, are reported here. The results of calculations, using our technique, are compared with calculation and experimental data reported by other authors.

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