  The consequences for direct reactions of the dynamical non-locality generated
by the excitation of the target and projectile are much less studied than the
effects of non-locality arising from exchange processes. Here we are concerned
with the dynamical non-locality due to projectile excitation in deuteron
induced reactions. The consequences of this non-locality can be studied by the
comparison of deuteron induced direct reactions calculated with alternative
representations of the elastic channel wave functions: (i) the elastic channel
wave functions from coupled channel (CC) calculations involving specific
reaction processes, and, (ii) elastic channel wave functions calculated from
local potentials that exactly reproduce the elastic scattering $S$-matrix from
the same CC calculations. In this work we produce the local equivalent deuteron
potentials required for the study of direct reactions involving deuterons.
These will enable the study of the effects of dynamical non-locality following
a method previously employed in an investigation of the effects of non-locality
due to target excitation. In this work we consider only excitations due to
deuteron breakup, and some new properties of the breakup dynamical polarization
potential (DPP) emerge that reveal dynamical non-locality directly. In
addition, we evaluate the TELP inversion method and find that it fails to
reproduce some features of the DPP due to breakup.
