EFFECTS OF THE TUCSON-MELBOURNE 3-NUCLEON FORCE IN THE PROTON-DEUTERON BREAKUP PROCESS AT E(P)=65 MEV

We present the calculated cross sections and vector analyzing powers u sing the Bonn B nucleon-nucleon potential and the Tucson-Melbourne thr ee-nucleon force (3NF) for six collinearity and quasi-free scattering breakup configurations. These calculations are compared to the results of the recent kinematically complete pd experiments at E(p) = 65 MeV. The Tucson-Melbourne 3NF, adjusted together with the Bonn B potential to reproduce the triton binding energy, leads to small effects both i n cross sections and analyzing powers in all six studied configuration s.