Here we present results on charged hadron production in an experiment using tracking detectors with the highest possible spatial resolution: emulsion chambers. A sample of the most central collisions will be compared to the predictions of the Lund Model, which does an accurate job of representing conventional (non−quark−gluon plasma) physics in nuclear reactions. We can use the high resolution of our detectors to examine spatial correlations in several ways. In particular, the radial size of the particle formation region can be estimated using pion interferometry techniques.  (AIP)

Topics
Interferometry, Emulsions, Nuclear reactions and processes, Tracking devices, Electron positron interactions, Mesons, Quantum chromodynamics, Pseudorapidity
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© 1988 American Institute of Physics.
1988
American Institute of Physics
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