作者: A. V. Lappa , E. A. Bigildeev , D. S. Burmistrov , O. N. Vasilyev
DOI: 10.1007/BF01213126
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摘要: A code for calculations of electron, ion and photon radiation action on tissue-equivalent matter (water vapor) by the Monte Carlo technique is presented. The new “fluctuation detector” method efficient in evaluating probability distributions moments absorbed energy number ionizations small sites. Spatial particles fluences fluctuation characteristics spherical thread-like sites nanometer diameter are compared with various experimental theoretical data discussed. Non-equivalence absorption ionization events consequences that non-equivalence numerically analysed. As an example radiobiological application yield single- double-strand breaks DNA calculated a threshold model.