Limiting fragmentation in oxygen-induced emulsion interactions at 14.6, 60, and 200 GeV/nucleon
M. I. AdamovichM. M. AggarwalR. AroraYu. A. AlexandrovS.A. AzimovE. BasovaK.B. BhallaA. BhasinV.S. BhatiaR.A. BondarenkoT. H. BurnettX. Z. CaiL.P. ChernovaM. M. ChernyavskiB. DresselE. M. FriedländerS.I. GadzhievaE.R. GanssaugeS. GarpmanS. GerassimovA. GillJ. GroteK. G. GulamovU.G. GulyamovS. HackelH. H. HeckmanB. JakobssonB. JudekS. KachrooF.G. KadyrovH. KalliesL. KarlssonGautam KaulM. KaurS. P. KharlamovV. KumarP. LalV.G. LarionovaP. J. LindstromL. S. LiuS. LokanathanJ. LordН.С. ЛукичеваL. K. MangotraN.V. MaslennikovaI. S. MittraE. MonnandS. MookerjeeC. MuellerS.H. NasyrovV.S. NavotnyG. I. OrlovaI. OtterlundN. G. PeresadkoS. PerssonN.V. PetrovW.Y. QianR. RaniwalaS. RaniwalaN.K. RaoJ.T. RheeN. SaidkhanovN.A. SalmanovaW. SchultzF. SchüßlerV.S. ShuklaD. SkeldingK. SöderströmE. StenlundR. S. StoreyJianqiang SunL.N. SvechnikovaM.I. TretyakovaT.P. TrofimovaH. Q. WangZ. WengR. J. WilkesG. F. XuD. H. ZhangP.Y. ZhengD.C. ZhouJ.C. Zhou
1989en
ABI
Annotatsiya
Pseudorapidity distributions of relativistic singly charged particles in oxygen-induced emulsion interactions at 14.6, 60, and 200 GeV/nucleon are studied. Limiting fragmentation behavior is observed in both the target and projectile fragmentation regions for a central as well as for a minimum-bias sample. Comparisons with the fritiof model reveal that the picture of fragmenting strings successfully describes the observed data.
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