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Abstract
Backward-angle protons produced in collisions between intermediate-energy complex projectiles and 238U are shown to originate from reactions which involve large linear momentum transfers to the target. Spectral slopes yield apparent temperatures that are 2–3 times larger than for a fully equilibrated, complete-fusion source. Comparisons with intranuclear cascade and precompound decay calculations suggest a multiple-collision mechanism that is intermediate between quasi-free scattering and complete thermalization.
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