Abstract
Energy spectra of light particles emitted in the interaction of 84 MeV· A 18O and 48 MeV· A 20Ne ions with different targets have been measured with telescopes consisting of NaI, BGO and surface-barrier detector stacks. The inclusive data have been analysed within a moving-source parametrization. By using a large-area plastic-scintillator detector arrangement covering the target with a solid angle of about 2π, light-charged-particle multiplicity distributions have been measured and multiplicity-selected light-particle spectra have been obtained. It is shown that multiplicity selection allows a rough separation of peripheral and central processes and will be a suitable means for probing different theoretical models of nucleon emission.
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