Abstract
Recently it has been proposed that heavy ion beams could be accelerated with sufficient power and focus to generate shock heating and create hot plasmas in targets of various materials. This preliminary study addresses two aspects of this process: first, the energy deposition by the primary beam, and second, the problem of energy deposition by secondary nuclear reaction particles. For the purpose of discussion it is assumed that beams of 600 MeV/amu uranium (143 GeV total) are focussed on various targets of thickness 1-10 mm. The energy deposition within such targets by the primary and secondary particles is studied.
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