Gamma-rays from Na, Mg, Al, Si, P, S, and PbC>2 targets under cyclotron bombardment by 3.7-Mev deuterons have been measured by coincidence absorption of Compton electrons. With PbC>2, Al, and Mg Compton distributions were also obtained by means of a thin lens magnetic spectrometer. Correlation of several of the measured values can be made with excited states of N 14 ,0 17 , and Si 28 as obtained from other information. The predominant gammarays have moderately large energy, being 8.8 Mev in one case, indicating a preference for direct transitions from states of high excitation to the ground state of the product nucleus.