Cluster Formation during Expansion of Hot and Compressed Nuclear Matter Produced in Central Collisions of Au on Au at 250AMeV

6533b82bfe1ef96bd128e16e

RESEARCH PRODUCT

Cluster Formation during Expansion of Hot and Compressed Nuclear Matter Produced in Central Collisions of Au on Au at 250AMeV

J. Erö Z. Wilhelmi D. Moisa N. Herrmann N. Herrmann B. Sikora Z. Seres A. Gobbi S. Boussange A. Zhilin M. Krämer G. Guillaume I. Montbel L. Fraysse P. Koncz M. Trzaska M. A. Vasiliev P. Wagner Christian Claude Kuhn N. Cindro J. Kecskemeti A. Sadchikov J. P. Coffin K. M. Teh Alexandre Lebedev F. Jundt R. Kotte R. Tezkratt Z. Basrak W. Neubert L. Berger D. Pelte P. Morel Gerard Montarou Th. Blaich J. Mösner K. D. Hildenbrand Pascal Dupieux Y. Korchagin S. Hölbling W. Reisdorf A. Houari P. Fintz A. Buta R. P. Freifelder S. C. Jeong I. Legrand R. ČAplar D. Schüll C. Cerruti C. Maguire S. Smolyankin Zoltan Fodor V. Simion M. Ibnouzahir R. Dona U. Sodan D. Wohlfarth Vladislav Manko J. P. Wessels V. Ramillien V. Amouroux J. P. Alard T. Wienold Fouad Rami M. Petrovici I. Belyaev Nicole Bastid

subject

Physics Angular range Cluster (physics)General Physics and Astronomy Polar Observable Atomic physics Nuclear Experiment Nuclear matter

description

Complete distributions of the light and intermediate mass fragments ({ital Z}=1--6) produced within the polar angular range 1{sup {circ}}{le}{Theta}{sub lab}{le}30{sup {circ}} in highly central collisions of 250{ital A} MeV Au+Au are presented. The results of this measurement and a model analysis are used to study the expansion and clustering of the hot and compressed transient state formed in central collisions of such a heavy system. The influence of the initial conditions on the final observables is discussed.

year	journal	country	edition	language
1995-06-19	Physical Review Letters

https://doi.org/10.1103/physrevlett.74.5001

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