SI-28(S-32) FRAGMENTATION AT 3.7A, 14.6A AND 200A GEV

Authors
ADAMOVICH MI AGGARWAL MM ALEXANDROV YA AMIRIKAS R ANDREEVA NP ANZON ZV ARORA R AVETYAN FA BADAYAL SK BAKICH AM BASOVA ES BAZAROV IK BHALLA KB BHASIN A BHATIA VS BOGDANOV VG BRADNOVA V BUBNOV VI BURNETT TH CAI X CARSHIEV DA CHASNIKOV IY CHERNOVA LP CHERNYAVSKI MM DHAMIA S ELIGBAEVA GZ EREMENKO LE GAITINOV AS GANSSAUGE ER GARPMAN S GERASSIMOV SG GRAF C GROTE J GULAMOV KG GUPTA SK GUPTA VK JAKOBSSON B JUST L KACHROO S KALYACHKINA GS KANYGINA EK KARABOVA M KITROO S KHARLAMOV SP KOVALENKO AD KARSNOV SA KUMAR V LARIONOYA VG LI YD LIU LS LOKANATHAN S LORD JJ LUKICHEVA NS LUO SB MANGOTRA LK MARUTYAN NA MASHKOV AU MASLENNIKOVA NV MITTRA IS MOKERJEE S NASYROV SZ NAVOTNY VS NYSTRAND J OCHS M ORLOVA GI OTTERLUND I PEAK LS PERESADKO NG PETROV NV PLYUSHCHEV VA QIAN WY QIN YM RANIWALA R RANIWALA S RAO NK ROEPER M RUSAKOVA VV SAIDKHANOV N SALMANOVA NA SARKISOVA LG SARKISYAN VR SEITIMBETOV AM SHABRATOVA GS SHAKHOVA CI SHPILEV SN SKELDING D SODERSTROM K SOLOVIEVA ZI STENLUND E SVECHNIKOVA LN TOTHOVA M TRETYAKOVA MI TROFIMOVA TP TULEEVA UI TURSUNOV BP VOKAL S VRLAKOVA J WANG HQ WENG ZQ WILKES RJ XIA YL YANG CB ZHANG DH ZHENG PY ZHOKHOVA SI ZHOU DC
Citation
Mi. Adamovich et al., SI-28(S-32) FRAGMENTATION AT 3.7A, 14.6A AND 200A GEV, ZEITSCHRIFT FUR PHYSIK A-HADRONS AND NUCLEI, 351(3), 1995, pp. 311-316
Citations number
19
Categorie Soggetti
Physics, Nuclear","Physics, Particles & Fields
Journal title
ZEITSCHRIFT FUR PHYSIK A-HADRONS AND NUCLEI → ACNP
ISSN journal
09397922
Volume
351
Issue
3
Year of publication
1995
Pages
311 - 316
Database
ISI
SICI code
0939-7922(1995)351:3<311:SFA31A>2.0.ZU;2-O
Abstract
The fragmentation topology of Si-28 at 3.7 A GeV and 14.6A GeV and S-3 2 at 200A GeV in reactions with emulsion nuclei is presented. The frag mentation cross sections are very similar at all three energies. A sta tistical percolation model can qualitatively describe the data for Z g reater than or equal to 6. The He production is underestimated and the 3 less than or equal to Z less than or equal to 5 fragments overestim ated by this model.