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Coulomb effects in the neutron-deuteron and proton-deuteronpolarization-transfer coefficients $K_y^{y'}$, $K_z^{x'}$, $K_y^{x'x'-y'y'}$and $K_y^{z'z'}$ are studied at energies above the deuteron breakup threshold.Theoretical predictions for these observables are evaluated in the framework ofthe Kohn Variational Principle using correlated basis functions to expand thethree-nucleon scattering wave function. The two-nucleon Argonne $v_{18}$ andthe three-nucleon Urbana IX potentials are considered. In the proton-deuteroncase, the Coulomb interaction between the two protons is included explicitlyand the results are compared to the experimental data available at$E_{lab}=10,19,22.7$ MeV. In the neutron-deuteron case, a comparison to arecent measurement of $K_y^{y'}$ by Hempen {\sl et al.} at $E_{lab}=19$ MeVevidences a contribution of the calculated Coulomb effects opposite to thoseextracted from the experiment.Comment: 7 pages, 3 figure

Coulomb effects in nucleon-deuteron polarization-transfer coefficients