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ADAMS, M. R; AÏD, S; DAVISSON, R; DERADO, I; DHAWAN, S. K; DOUGHERTY, W; DREYER, T; DZIUNIKOWSKA, K; ECKARDT, V; ECKER, U; ERDMANN, M; ESKREYS, A; ANTHONY, P. L; FIGIEL, J; GEBAUER, H. J; GEESAMAN, D. F; GILMAN, R; GREEN, M. C; HAAS, J; HALLIWELL, C; HANLON, J; HANTKE, D; HUGHES, V. W; BAKER, M. D; JACKSON, H. E; JAFFE, E; JANCSO, G; JANSEN, D. M; KAUFMAN, S; KENNEDY, R. D; KIRK, T; KOBRAK, H. G. E; KRZYWDZINSKI, S; KUNORI, S; BARTLETT, J; LORD, J. J; LUBATTI, H. J; MCLEOD, D; MAGILL, S; MORFIN, J. G; NICKERSON, R. B; O'DAY, S; OLKIEWICZ, K; OSBORNE, L; PAPAVASSILIOU, V; BHATTI, A. A; PAWLIK, B; PIPKIN, F. M; RAMBERG, E. J; RÖSER, A; RYAN, J. J; SALGADO, C. W; SALVARANI, A; SCHELLMAN, H; SCHMITT, M; SCHMITZ, N; BRAUN, H. M; BUSZA, W; CONRAD, J. M; COUTRAKON, G
Physical review letters, 08/1992, Letnik: 69, Številka: 7Journal Article
The first measurements of forward multijet rates in deep-inelastic lepton scattering are presented. Data were taken with a 490-GeV muon beam incident on a hydrogen target. The jets were defined using the GADE algorithm. The measured rates are presented as a function of the jet resolution parameter {ital y}{sub cut}, and as a function of the virtual-photon--proton center-of-momentum energy {ital W}, in the range 13{le}{ital W}{le}33 GeV. Comparisons are made to the predictions of the Lund Monte Carlo programs and good agreement is obtained when QCD corrections are included in the model.
