Abstract
A practical description is given of the analysis of resonance excitation functions for proton elastic scattering from non-zero spin targets. The analysis utilizes a multilevel, multichannel formalism for unpolarized beams and targets. The effects of channel spin mixing and orbital angular momentum mixing are described in detail, as well as the determination of resonance J values. Two-level interference effects are considered for levels with the same spin and parity and with different spin or parity. Examples are provided.
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