SHADOWING IN DEEP INELASTIC MUON SCATTERING FROM NUCLEAR TARGETS

M ARNEODO; A ARVIDSON; JJ AUBERT; B BADELEK; J BEAUFAYS; CP BEE; C BENCHOUK; G BERGHOFF; I BIRD; D BLUM; E BOHM; X DEBOUARD; FW BRASSE; H BRAUN; C BROLL; S BROWN; H BRUCK; A BRULL; H CALEN; 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 DROBNITZKI; M DUREN; V ECKARDT; A EDWARDS; M EDWARDS; T ERNST; G ESZES; J FAVIER; MI FERRERO; J FIGIEL; J FOSTER; J FTACNIK; E GABATHULER; J GAJEWSKI; R GAMET; N GEDDES; P GRAFSTROM; L GUSTAFSSON; J HAAS; E HAGBERG; FJ HASERT; P HAYMAN; P HEUSSE; M JAFFRE; A JACHOLKOWSKA; F JANATA; G JANCSO; AS JOHNSON; EM KABUSS; R KAISER; G KELLNER; A KRUGER; J KRUGER; S KULLANDER; U LANDGRAF; D LANSKE; J LOKEN; K LONG; M MAIRE; P MALECKI; A MANZ; S MASELLI; 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 PESCHEL; H PESSARD; J PETTINGALE; B PIETRZYK; U PIETRZYK; B PONSGEN; M POTSCH; P RENTON; P RIBARICS; K RITH; E RONDIO; A SANDACZ; M SCHEER; A SCHLAGBOHMER; H SCHIEMANN; N SCHMITZ; M SCHNEEGANS; M SCHOLZ; T SCHRODER; K SCHULTZE; A SEIDEL; T SLOAN; HE STIER; M STUDT; GN TAYLOR; JM THENARD; JC THOMPSON; A DELATORRE; J TOTH; L URBAN; L URBAN; W WALLUCKS; M WHALLEY; S WHEELER; WSC WILLIAMS; SJ WIMPENNY; R WINDMOLDERS; G WOLF; K ZIEMONS

Journal article

SHADOWING IN DEEP INELASTIC MUON SCATTERING FROM NUCLEAR TARGETS

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

PHYSICS LETTERS B | ELSEVIER SCIENCE BV | Published : 1988

DOI: 10.1016/0370-2693(88)91900-4

Abstract

Results are presented on the ratio of the inelastic muon-nucleus cross section per nucleon for carbon and calcium relative to that for deuterium. The measurements were made in the kinematic range of low x (0.003-0.1) and low Q2 (0.3-3.2 GeV2) at an incident muon energy of 280 GeV. The calcium to deuterium ratio shows a significant x dependence which is interpreted as a shadowing effect. No strong Q2 dependence is observed. This suggests that the effect is due at least partially to parton interactions within the nucleus. © 1988.

SHADOWING IN DEEP INELASTIC MUON SCATTERING FROM NUCLEAR TARGETS

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University of Melbourne Researchers

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