
Previous abstract | Graphical version | Text version | Next abstractSession CF - Ultrarelativistic Heavy Ions and Theory.
ORAL session, Friday morning, October 22
Scripps Conference Room,
David Brown (Institute for Nuclear Theory), Sergei Panitkin (Kent State University), Pawel Danielewicz (National Superconducting Cyclotron Laboratory)
The source function one obtains from imaging two particle
correlations contains much information. Perhaps the most
interesting pieces of information come from the behavior of
the source function as the separation of emission points
goes to zero. From the r\rightarrow 0~fm behavior of the
source, one can estimate the average freeze-out density
\rho_freeze, the space-averaged phase-space density
at freeze-out \left, the average
phase-space occupancy at freeze-out \left, and
the entropy per nucleon S/A. One can also calculate these
quantities directly from a transport model such as RQMD. So
using simulated RQMD proton correlations, we examine the
reliability of the estimates of these quantities we extract
from the source images.
Part C of program listing