Abstract
In order to improve the electron age-diffusion theory which has been applied to the study of electron energy deposition, the electron beam is divided into two groups: the straightforward electrons and the diffusive electrons. By using the principle that the straightforward electrons undergoing large-angle scattering pass for the sources of diffusive electrons, the spatial distribution of the electron flux and energy deposition have been obtained. The method presented, compared with experiments and previous theories, is better than the electron age-diffusion theory and approaches the Spencer theory. However, this method has the potential of being applied to the calculations of electron energy deposition in the inhomogeneous media.
Published Version
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