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AbstractAbstract
[en] In this report I review the physical assumptions of the Boltzmann Master Equation (BME). Comparisons of the model with experimental neutron spectra gated on evaporation residues for a range of incident projectile energies and masses are presented; next, I compare n spectra gated on projectile-like fragments, followed by comparisons with ungated, inclusive proton spectra. I will then consider secondary effects from the nucleon-nucleon processes involved in the heavy ion relaxation processes, specifically the high energy γ-rays which have been observed at energies up to 140 MeV in collisions of heavy ions of 20/endash/84 MeV/μ. Another secondary effect, subthreshold pion production, was covered in the XVII School and will not be repeated. 39 refs., 16 figs
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25 Jul 1988; 20 p; 20. international summer school on nuclear physics; Mikolajki (Poland); 2-10 Sep 1988; CONF-8809118--1; Available from NTIS, PC A03/MF A01; 1 as DE88015454; Portions of this document are illegible in microfiche products.
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Report
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Conference
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ANGULAR DISTRIBUTION, ARGON 40 REACTIONS, BOLTZMANN EQUATION, CALCIUM 40 TARGET, CARBON 12 REACTIONS, GAMMA RADIATION, GOLD 197 TARGET, HEAVY ION REACTIONS, HOLMIUM 165 TARGET, INELASTIC SCATTERING, LEAD, NEON 20 REACTIONS, NEUTRON SPECTRA, NITROGEN 14 REACTIONS, NUCLEAR FRAGMENTS, NUCLEAR REACTION KINETICS, PROTON SPECTRA
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