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The population of the 9.50 MeV 9/2+ resonance in 13C by single neutrontransfer reactions is expected to be dominated by the two-step route throughthe 12C 2+ (4.44 MeV) state, with another possible contribution via thestrongly excited 3- (9.64 MeV) resonance in 12C. However, we find that a gooddescription of the angular distribution for population of this state via the12C(d,p)13C reaction is only possible when both direct 0+ x g_9/2 and two-step(via the 4.44 MeV 12C 2+ state) 2+ x d_5/2 paths are included in a coupledreaction channel calculation. While the calculated angular distribution isalmost insensitive to the presence of the two-step path via the 9.64 MeV 12C 3-resonance, despite a much greater contribution to the wave function from the 3-x f_7/2 configuration, its inclusion is required to fit the details of theexperimental angular distribution. The very large interference between thevarious components of the calculations, even when these are small, arisesthrough the ``kinematic'' effect associated with the different transfer routes.

Strong Multi-step Interference Effects in 12C(d,p) to the 9/2+ State in 13C