Bose-Einstein correlations for pions produced in p p collisions at 360 GeV/c

NA 23, EHS-RCBC Collaboration,J. L. Bailly,C. Caso,Y. Chiba,H. Dibon, B. Epp, A. Ferrando,F. Fontanelli,S. N. Ganguli, T. Gémesy, A. Gurtu,R. Hamatsu,P. Hidas,T. Hirose, J. Hrubec,Yu. Ivanyshenkov,T. Kageya,N. Khalatyan,E. Kistenev, I. Kita,S. Kitamura, V. Kubik,J. MacNaughton, P. K. Malhotra,S. Matsumoto, I. S. Mittra,L. Montanet,G. Neuhofer,G. Pinter, P. Porth,R. Raghavan,T. Rodrigo,J. Singh, S. Squarcia, K. Takahashi,R. Tanaka, L. A. Tikhonova,U. Trevisan,T. Yamagata, G. Zholobov,S. A. Zotkin

European Physical Journal C(1989)

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摘要
Correlations among identically charged pions were measured for pions produced inp p collisions at 360 GeV/c using the EHS spectrometer. The effective radius for pion production was determined to be 1.02±0.20 fm with a chaoticity factor 0.32±0.08. We attempted to obtain the radii in the directions parallel and perpendicular to the beam axis and found no difference between them. No multiplicity dependence of the radius was observed at this energy. A peak near zero in the four momentum transfer distribution showed significant deviation from a single Gaussian. The results of an analysis of the three like pion enhancement were consistent with those for two pions.
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关键词
Field Theory,Elementary Particle,Quantum Field Theory,Momentum Transfer,Particle Acceleration
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