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Bezshyyko, O.A.

Paper Title Page
WEPCH136 Monte Carlo Simulation Model of Internal Pellet Targets 2239
 
  • O.A. Bezshyyko, K.A. Bezshyyko, I.M. Kadenko, R.V. Yermolenko
    National Taras Shevchenko University of Kyiv, The Faculty of Physics, Kyiv
  • A. Dolinskii
    NASU/INR, Kiev
  • V.G. Ziemann
    UU/ISV, Uppsala
 
  We develop a numerical model of a pellet target and use it for Monte Carlo simulations of the interaction of a circulating beam with a pellet target. Real geometry details of the pellet beam and the beam are taken into account. We emphasize the role of tails of non-Gaussian distributions for transverse scattering and energy loss. These effects are especially important for simultaneous calculations of electron cooling, intrabeam scattering and target influence. Black-box algorithms for the generation of automatic nonuniform random variate distributions are used for the effective time averaging of scattering angle and energy loss distributions.