[en] We have measured for particles of mass 4 to mass 13 from the ¹⁶O + ²⁷Al system at 140 MeV. The narrow timing properties of the SUNY-Stony Brook LINAC made it possible to determine mass from time-of-flight with single element Si detectors. The single element configuration resulted in laboratory energy thresholds which ranged from 1.5 MeV for mass 1 to 5 MeV for mass 13 (primarily limited by the flight path). The angle range covered was 30 degrees to 170 degrees in the laboratory frame. The experimental configuration was optimized to measure emission of these masses from the compound nucleus. The experimental results can be compared to the model predictions based on the assumption of statistical emission. The implications of these results for understanding the previously measured correlation functions involving the breakup of particle unbound resonant states will be discussed