作者: R. Schmidt , V.D. Toneev , G. Wolschin
DOI: 10.1016/0375-9474(78)90513-4
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摘要: Abstract We investigate the mass transport in deeply inelastic heavy-ion collisions on basis of a Kokker-Planck equation. Mass diffusion and drift coefficients are taken from microscopic model. The mean interaction time is calculated dynamically solution classical equations motion. To account for deformations fragments we modify nuclear potential exit channel. Theoretical element distributions 132Xe (5.9 MeV/nucleon) + 120Sn 238U (7.42 MeV/ nucleon) compared with data remaining discrepancies discussed. Including statistical fluctuations relative motion calculate various multidifferential cross sections which allow detailed test