Hadron production in π+ and π− neon interactions at 30 and 64 GeV/c

Measuring centrality with slow protons in proton-nucleus collisions at 18 GeV/c

“…Despite this fundamental difference, both models and variations of them have successfully reproduced the P (N grey ) distributions for a number of experiments. See [15,10,[16][17][18][19], for the GCM, and [13,20] for the cascade of Hegab and Hüfner. Values of ν(N grey ) have been extracted for many types of experiments: emulsions [15], counters [19,21], and streamer/bubble chambers [16,17,20,22].…”

“…See [15,10,[16][17][18][19], for the GCM, and [13,20] for the cascade of Hegab and Hüfner. Values of ν(N grey ) have been extracted for many types of experiments: emulsions [15], counters [19,21], and streamer/bubble chambers [16,17,20,22]. The GCM model has also been applied to the N grey distribution from ν-Ne interactions [18].…”

Investigation of particle production in $h{\text -}A$ collisions using statistical distributions

“…The magnetic field was used for identifying the charged particles from the curvatures of the tracks produced. (iv) π ± -N e interactions at P Lab = 30 and 64 GeV [29].…”

Hadron-Nucleus Collisions at Very High Energies

“…Not all recoil nucleons end as gray or black tracks. Nucleons with much higher momenta have also been seen (72,73).…”

“…Choosing targets with various atomic numbers A, it is possible to scan the region 1 0:::; ; < v > 0:::; ; 4. By selecting samples with given ng, one can extend this range to 1 0:::; ; <v) � 6, and with more events even higher (63,65,72,74).…”