MULTIPLICITIES OF CHARGED HADRONS IN 280 GEV/C MUON PROTON-SCATTERING

M ARNEODO; A ARVIDSON; JJ AUBERT; B BADELEK; J BEAUFAYS; KH BECKS; CP BEE; C BENCHOUK; G BERGHOFF; I BIRD; D BLUM; E BOHM; X DEBOUARD; FW BRASSE; H BRAUN; C BROLL; S BROWN; H BRUCK; H CALEN; D CALLEBAUT; JS CHIMA; J CIBOROWSKI; R CLIFFT; G COIGNET; F COMBLEY; J COUGHLAN; G DAGOSTINI; S DAHLGREN; F DENGLER; I DERADO; T DREYER; J DREES; M DUREN; V ECKARDT; A EDWARDS; M EDWARDS; T ERNST; G ESZES; J FAVIER; MI FERRERO; J FIGIEL; W FLAUGER; J FOSTER; E GABATHULER; J GAJEWSKI; R GAMET; J GAYLER; N GEDDES; P GIUBELLINO; P GRAFSTROM; F GRARD; J HASS; E HAGBERG; FJ HASERT; P HAYMAN; P HEUSSE; C HOPPE; M JAFFRE; A JACHOLKOWSKA; F JANATA; G JANCSO; AS JOHNSON; EM KABUSS; G KELLNER; J KESTEMAN; V KORBEL; J KRUGER; S KULLANDER; U LANDGRAF; D LANSKE; J LOKEN; K LONG; M MAIRE; A MANZ; W MOHR; F MONTANET; HE MONTGOMERY; E NAGY; J NASSALSKI; PR NORTON; FG OAKHAM; AM OSBORNE; C PASCAUD; B PAWLIK; P PAYRE; C PERONI; H PESSARD; J PETTINGALE; B PIETRZYK; B PONSGEN; M POTSCH; P RENTON; P RIBARICS; K RITH; E RONDIO; M SCHEER; A SCHLAGBOHMER; H SCHIEMANN; N SCHMITZ; M SCHNEEGANS; T SCHRODER; M SCHOUTEN; K SCHULTZE; M SHOLZ; T SLOAN; HE STIER; W STOCKHAUSEN; M STUDT; GN TAYLOR; JM THENARD; JC THOMPSON; A DELATORRE; J TOTH; L URBAN; L URBAN; H WAHLEN; W WALLUCKS; M WHALLEY; S WHEELER; WSC WILLIAMS; SJ WIMPENNY; R WINDMOLDERS; G WOLF

Journal article

MULTIPLICITIES OF CHARGED HADRONS IN 280 GEV/C MUON PROTON-SCATTERING

M ARNEODO, A ARVIDSON, JJ AUBERT, B BADELEK, J BEAUFAYS, KH BECKS, CP BEE, C BENCHOUK, G BERGHOFF, I BIRD, D BLUM, E BOHM, X DEBOUARD, FW BRASSE, H BRAUN, C BROLL, S BROWN, H BRUCK, H CALEN, D CALLEBAUT Show all

NUCLEAR PHYSICS B | ELSEVIER SCIENCE BV | Published : 1985

DOI: 10.1016/0550-3213(85)90611-X

Abstract

Properties of the hadron multiplicity distributions in 280 GeV/c μ+p interactions have been investigated. The c.m. energy dependence in the range from 4 to 20 GeV of the total charged multiplicities are presented. No variation faster than logarithmic is seen in the energy range of this experiment. Comparison with νp and νp data at lower energy has been made and shows good agreement between μ+p and νp total charged multiplicities. It has been found that the average forward multiplicity (charged hadrons with xF > 0) exceeds the average backward multiplicity (charged hadrons with xF < 0) in the whole energy range and presents a different energy variation. The average forward multiplicity has be..

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MULTIPLICITIES OF CHARGED HADRONS IN 280 GEV/C MUON PROTON-SCATTERING

Abstract

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