Influence of pixel occupancy on particle identification efficiency and contamination in ALICE TOF

momentum of the particles...</A> <LI>Figure 13: <A HREF="an97-09_form.eps">The dependence of the efficiency and the contamination of track matching on the length of the pixel...</A> <LI>Figure 14: <A HREF="an97-09_occup.eps">The dependence of the efficiency and the contamination of track matching on pixel occupancy for SHAKER... </A> <LI>Figure 15: <A HREF="an97-09_hj.eps">The dependence of the efficiency and the contamination of track matching on pixel occupancy for SHAKER and HIJING generators... </A> <LI>Figure 16: <A HREF="an97-09_4000.eps">The dependence of the efficiency and the contamination of track matching on pixel occupancy for different input charged particle densities dNch/dy of SHAKER... </A> <LI>Figure 17: <A HREF="an97-09_32.eps">The dependence of the efficiency and the contamination of track matching on pixel occupancy for two radius of the TPC... </A> <LI>Figure 18: <A HREF="an97-09_tpc.eps">The dependence of the efficiency and the contamination of track matching on pixel occupancy for two values of the TPC thickness... </A> <LI>Figure 19: <A HREF="an97-09_300.eps">The dependence of the efficiency and the contamination of track matching on pixel occupancy for two radius of TOF... </A> <LI>Figure 20: <A HREF="an97-09_p3.eps">Mass separation obtained from the TOF barrel (sigma=100ps) for electrons, pions, kaons and protons as a function of momentum ( 3 SHAKER events). </A> <LI>Figure 21: <A HREF="an97-09_p441f.eps">Efficiency and contamination of PID vs momentum... </A> <LI>Figure 22: <A HREF="an97-09_occ.eps">Efficiency and contamination of PID vs occupancy... </A> </UL>