Design and performance of the multiparticle argo spectrometer system

E.W. Anderson; G.B. Collins; G.P. Fisher; E. Lazarus; K.M. Moy; A. Ramanauskas; P. Schübelin; R. Siemann; A.M. Thorndike; F. Turkot; L. Von Lindern; T.S. Clifford; J.R. Ficenec; D.R. Gilbert; W.N. Schreiner; B.C. Stringfellow; W.P. Trower; A.R. Erwin; L.J. Gutay; E. Harvey; N.C. Hien; A. Laasanen; G.P. Larson; M. O&#039;Neill; W. Selove; K. Stanfield; R.B. Willmann

doi:10.1016/0029-554X(74)90530-8

Nuclear Instruments and Methods

Paper

01 Jan 1974

Design and performance of the multiparticle argo spectrometer system

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Abstract

The Multiparticle Argo Spectrometer System, MASS, consists of a magnetic vertex spectrometer, two external trigger spectrometers, an on-line monitoring system and an off-line data analysis chain. The performance of MASS has been evaluated from physics data taken in a study of 28.5 GeV/c pp collisions covering a large range of transverse momentum. © 1974.

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