  Spectator fragments resulting from relativistic heavy ion collisions,
consisting of single protons and neutrons along with groups of stable nuclear
fragments up to Nitrogen (Z=7), are measured in PHOBOS. These fragments are
observed in Au+Au (sqrt(sNN)=19.6 GeV) and Cu+Cu (22.4 GeV) collisions at high
pseudorapidity ($\eta$). The dominant multiply-charged fragment is the tightly
bound Helium ($\alpha$), with Lithium, Beryllium, and Boron all clearly seen as
a function of collision centrality and pseudorapidity. We observe that in Cu+Cu
collisions, it becomes much more favorable for the $\alpha$ fragments to be
released than Lithium. The yields of fragments approximately scale with the
number of spectator nucleons, independent of the colliding ion. The shapes of
the pseudorapidity distributions of fragments indicate that the average
deflection of the fragments away from the beam direction increases for more
central collisions. A detailed comparison of the shapes for $\alpha$ and
Lithium fragments indicates that the centrality dependence of the deflections
favors a scaling with the number of participants in the collision.
