28 December 2001 Radiation-induced electron cascade in diamond and amorphous carbon
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Abstract
We have analyzed the evolution and the interaction dynamics of secondary cascade electrons generated by a single Auger electron in diamond and in amorphous carbon. The elastic mean free path was calculated as a function of impact energy, using the muffin-tin potential approximation, while the differential mean free path and the inelastic mean free path were estimated from two different optical models as a function of the impact energy. A Monte-Carlo model for describing the time evolution of the cascade was constructed, and numerical simulations were performed. The results show that the maximal average ionization rate caused by a single Auger electron corresponds to about $20$ to $40$ ionization events in a macroscopic sample. These electrons are liberated within 100 fs, following the Auger emission.
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Beata Ziaja, Beata Ziaja, David van der Spoel, David van der Spoel, Abraham Szoke, Abraham Szoke, Janos Hajdu, Janos Hajdu, } "Radiation-induced electron cascade in diamond and amorphous carbon", Proc. SPIE 4500, Optics for Fourth-Generation X-Ray Sources, (28 December 2001); doi: 10.1117/12.452965; https://doi.org/10.1117/12.452965
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