Proceedings

EPJ N Highlight - Calculation of ion irradiation damage using Iradina code

Binary Collision Approximation (BCA) calculation allows for two types of damage calculation: Full Cascade and Quick Calculations. Full Cascade mode describes fully the cascades while in Quick Calculations only the trajectory of the ion is followed, and effective formulas give an estimation of the damage resulting from each collision of the ion. Quick Calculation of damage are implemented in the Iradina code both for elemental and multi-component solids. Good agreement is obtained with SRIM. It is shown that Quick Calculations are unphysical in multi-component systems. The choice between Full Cascade and Quick Calculations is discussed. It is advised in this paper to favour Full Cascade over Quick Calculation because it more grounded physically and applicable to all materials. Quick Calculations remain a good option for comparisons with former studies or for pure solids in the case of actual quantitative comparisons with neutron irradiations simulations in which damage levels are estimated with the NRT (Norgett-Robinson and Torrens) formulas.

Iradina has been equipped a Graphical User Interface for 1D irradiation (designed to perform SRIM-like calculations). It is thus considered that Iradina can provide a fast and safe alternative to SRIM to perform BCA calculations for the ion implantation community.

Publication of our proceedings was done perfectly in time, with excellent quality. We surely will publish again our proceedings of foreseen RPSCINT 2015 in this journal

Dr. Fedor Danevich, Institute for Nuclear Research - Ukraine
Co-editor EPJ Web of Conferences vol. 65, 2014

ISSN: 2100-014X (Electronic Edition)

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