Observation of a collective flow in22Ne collisions with Ag(Br) emulsion nuclei at 4.1 A GeV/c

B.P. Bannik,A. El-Naghy,S.A. Krasnov,G. S. Shabratova,K.D. Tolstov,B. U. Ameeva,N. P. Andreeva,Z.V. Anzon,V. I. Bubnov,I. J. Chasnikov,L.E. Eremenko,A.S. Gaitinov,G S Kalyachkina,E.K. Kanygina,T. I. Shachova,M. Haiduk,M. Gitsok,V. Topor,F. G. Lepekhin,B.B. Simonov,V.A. Leskin,D.A. Salomov,F.A. Avetian,V. M. Kirshchan,N.A. Marutian,V. R. Sarkisian,L.G. Sarkisova,M. Karabova,E. Siles,M. Totova,S. Vokal,V.A. Antonchik,S.D. Bogdanov,A. J. Lihachev,V.I. Ostroumov,V.G. Bogdanov,V.A. Plyushchev,S. I. Solovieva,M. I. Adamovich,S. P. Harlamov,M. M. Cherniavsky,V.G. Larionova,N.V. Maslennikova,G. I. Orlova,N.A. Salmanova,M. I. Tretyakova,M. Shumbera,N. I. Kastanashvili,L. Serdamba,R. Togoo,D. Tuvdendorzh

Observation of a collective flow in22Ne collisions with Ag(Br) emulsion nuclei at 4.1 A GeV/c

1988

In the collisions of 4.1 A GeV/c22Ne with AgBr emulsion nuclei, events exhibiting projectile and target fragmentation have been selected. The characteristics of these events are not reproduced by the cascade-evaporation model. The angular distributions and correlation between projectile and target fragments have shown the “bounce off” of the former and the “side splash” of the latter.

Keywords:

Atomic physics
Projectile
Splash
Emulsion
Nuclear physics
Physics
Nuclear fusion
Flow (psychology)
Fragmentation (computing)

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