Abstract
Angular correlations of light particles are calculated for sequentially statistical decay following fusion. It is shown that these correlations are sensitive to the deformation, and the calculation iscompared to experiment data for the reaction28Si(12C, 2α)32Sgs. It is not possible to reproduce the angular correlation governed by the angular momenta of the first step transition40Ca →36Ar* using standard transmission coeffecient. Good quantitative agreement is obtained intoducing a strong deformation (β2 ∼ 1.1) compatible with the deformation of fusion state as predicted from the TDHF calculations, but much higher than expected from the rotating liquid drop model.
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