A study has been made of the reactions W^ (d,pW 5 , N 14 (tf,/)N 13 , N l W,/>)N 16 , N l Hd,a)C 13 , and He 4 (d,/>)He 5 using 14.8-Mev deuterons. Angular distributions and stripping reduced widths were obtained for five proton groups leading to energy levels in N 15 . The stripping reduced widths for the first two negative parity levels of N 15 were used to gain information concerning the N 14 ground state wave function. The absolute differential cross sections obtained for the N u (d,t)N 13 reaction were compared to theoretical predictions. Nine proton groups observed from the N 15 (<^)N 16 reaction were assigned to levels in N 16 at 0, 0.126:4=0.015, 0.303±0.009, 0.403=ir0.015, 3.980±0.02, 4.80±0.05, 5.25±0.05, and possibly at 3.53db0.03 and 5.01±0.05 Mev. Angular distributions were obtained for the first four levels, which have been previously reported. The four angular distributions yielded 1 = 2, 0, 2, 0 and "reduced widths" of (27+l)O 2 = 0.27, 0.19, 0.33, 0.54 for the 0-, 0.12-, 0.30-, and 0.40-Mev levels, respectively. The results of the angular distributions were combined with theoretical predictions to give most probable values of J v = 2~, 0~, 3", and 1~~, respectively. Ten alphaparticle groups were observed from the N 16 (d,a)C 13 reaction corresponding to previously reported C 13 levels. The stripping reduced width obtained for the H.e*(d,p)He 5 ground state reaction was © 2 =0.05, and the center-of-mass half-width of the He 6 ground state was measured to be 0.55±0.030 Mev.