A phase-shift analysis of the 150-Mev proton-proton scattering and polarization data has been carried out assuming that only waves with $J<~2$ contribute and neglecting ${}_{}{}^3{}_{}{}^{}P_2^{}{}_{}{}^{}-{}_{}{}^3{}_{}{}^{}F_2^{}{}_{}{}^{}$ coupling. The formulas used to estimate the Coulomb-nuclear interference are essentially nonrelativistic, although they include a kinematic correction. Representative sets of phase shifts which fit the data resonably are tabulated.

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