Abstract
The influence of the potential energy surface on the nucleon exchange mechanism is studied without solving a Fokker-Planck equation. Instead, this mechanism is treated explicitely as a sequence of random walk transfers. Simple expressions for the first and second moments of mass and charge distributions are derived analytically. Inversely, it is shown that it is possible to extract the number of exchanged protons and neutrons from experimental data. This procedure is used to gain new informations on the reaction mechanism.
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