Rapidity Density Distributions And Their Fluctuations In Violent Au-Induced Nuclear-Interactions At 11.6-A Gev/C M.I. Adamovich , M.M. Aggarwal , Y.A. Alexandrov , N.P. Andreeva , Z.V. Anzon , R. Arora , F.A. Avetyan , S.K. Badyal , E. Basova , I.K. Bazanov , K.B. Bhalla , A. Bhasin , V.S. Bhatia , V.G. Bogdanov , V.I. Bubnov , T.H. Burnett , X. Cai , D.A. Carshiev , I.F. Chasnikov , L.P. Chernova , M.M. Chernyavsky , G.Z. Eligbaeva , L.E. Eremenko , A.S. Gaitinov , E.R. Ganssauge , S. Garpman , S.G. Gerassimov , J. Grote , K.G. Gulamov , S.K. Gupta , V.K. Gupta , B. Jakobsson , L. Just , S. Kachroo , G.S. Kalyachkina , E.K. Kanygina , M. Karabova , S.P. Kharlamov , S. Kitroo , T. Koss , S.A. Krasnov , V. Kumar , P. Lal , V.G. Larionova , V.N. Lepetan , Y.D. Li , L.S. Liu , S. Lokanathan , J. Lord , N.S. Lukicheva , S.B. Luo , T.N. Maksimkina , L.K. Mangotra , N.A. Marutyan , N.V. Maslennikova , I.S. Mittra , S. Mookerjee , S.H. Nasyrov , V.S. Navotny , J. Nystrand , M. Ochs , G.I. Orlova , I. Otterlund , H.S. Palsania , N.G. Peresadko , N.V. Petrov , V.A. Plyushchev , D.A. Qarshiev , W.Y. Qian , Y.M. Qin , R. Raniwala , S. Raniwala , N.K. Rao , M. Roeper , N. Saidkhanov , N.A. Salmanova , L.G. Sarkisova , V.R. Sarkisyan , G.S. Shabratova , T.I. Shakhova , S.N. Shpilev , D. Skelding , K. Söderström , Z.I. Solovjeva , E. Stenlund , E.L. Surin , L.N. Svechnikova , K.D. Tolstov , M. Tothova , M.I. Tretyakova , T.P. Trofimova , U. Tuleeva , B.P. Tursunov , S. Vokal , J. Vrlakova , H.Q. Wang , Z.Q. Weng , R.J. Wilkes , Y.L. Xia , G.F. Xu , C.B. Yang , D.H. Zhang , P.Y. Zheng , S.I. Zhokhova , D.C. Zhou PHYSICS LETTERS B（1994）
Abstract
The first rapidity density distributions from relativistic collisions between truly heavy nuclei are presented. The distributions are compared with expectations from a linear extrapolation of results obtained from collisions with lighter nuclei. Fluctuations are essentially described by a simple scenario with stochastic emission.
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Key words
nuclear interactions, fluctuations, density, au-induced
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