  Soft X-rays (90-173 eV) from the 3rd generation Canadian Light Source have
been used in conjunction with a multi coincidence time and position sensitive
detection apparatus to observe the dissociative ionization of OCS. By varying
the X-ray energy we can compare dynamics from direct and Auger ionization
processes, and access ionization channels which result in two or three body
breakup, from 2+ to 4+ ionization states. We make several new observations for
the 3+ state such as kinetic energy release limited by photon energy, and using
Dalitz plots we can see evidence of timescale effects between the direct and
Auger ionization process for the first time. Finally, using Dalitz plots for
OCS$^{4+}$ we observe for the first time that breakup involving an O$^{2+}$ ion
can only proceed from out of equilibrium nuclear arrangement for S(2p) Auger
ionization.
