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Neutron-induced complex reaction analysis with 3D nuclear track simulation
Authors:L. Saj  -Bohus, J.K. P  lfalvi, Yu. Akatov, O. Arevalo, E.D. Greaves, P. N  meth, D. Palacios, J. Szab  ,I. E  rd  gh
Affiliation:

aUniv. Simon Bolivar, Nuclear Physics Section, Apdo. 89000, Caracas, Venezuela

bAtomic Energy Research Institute P.O.B. 49, H-1525 Budapest, Hungary

cInst. for Biomedical Problems, Moscow 123007, Russian Federation

dRes. Inst. for Technical Phys. & Material Sci. P.O.B. 49, H-1525 Budapest, Hungary

Abstract:Complex (multiple) etched tracks are analysed through digitised images and 3D simulation by a purpose-built algorithm. From a binary track image an unfolding procedure is followed to generate a 3D track model, from which several track parameters are estimated. The method presented here allows the deposited energy, that originated from particle fragmentation or carbon spallation by means of induced tracks in commercially available PADC detectors, to be estimated. Results of evaluated nuclear tracks related to 12C () reaction are presented here. The detectors were exposed on the ISS in 2001.
Keywords:ISS   PADC   Carbon spallation   3D track modelling
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