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Abstract
The preequilibrium emission of \ensuremath{\alpha} particles was studied by observing the precompound decay of the $^{65}\mathrm{Zn}^{\mathrm{*}}$ composite system. Several entrance channels were used, covering a range of angular momenta up to about 40\ensuremath{\Elzxh}. A model interpretation is presented which does not employ cluster preformation assumptions or parameters. The results suggest that angular momentum conservation governs preequilibrium cluster emission to a large extent.
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