Probing the space-time geometry of ultra-relativistic heavy-ion collisions
✍ Scribed by A. Bamberger; D. Bangert; J. Bartke; H. Bialkowska; R. Rock; R. Brockmann; S.I. Chase; C. DeMarzo; M. DePalma; I. Derado; V. Eckardt; C. Favuzzi; J. Fent; D. Ferenc; H. Fessler; P. Freund; M. Gazdzicki; H.J. Gebauer; K. Geissler; E. Gladysz; C. Guerra; J.W. Harris; W. Heck; T.J. Humanic; K. Kadija; A. Karabarbounis; R. Keidel; J. Kosiec; M. Kowalski; S. Margetis; E. Nappi; G. Odyniec; G. Paic; A. Panagiotou; A. Petridis; J. Pfennig; F. Posa; K.P. Pretzl; H.G. Pugh; F. Pühlhofer; G. Rai; A. Ranieri; W. Rauch; R. Renfordt; D. Röhrich; K. Runge; A. Sandoval; D. Schall; N. Schmitz; L.S. Schroeder; G. Selvaggi; P. Seyboth; J. Seyerlein; E. Skrzypczak; P. Spinelli; R. Stock; H. Ströbelle; A. Thomas; M. Tincknell; L. Teitelbaum; G. Vesztergombi; D. Vranic; S. Wenig
- Book ID
- 113353978
- Publisher
- Elsevier Science
- Year
- 1988
- Tongue
- English
- Weight
- 521 KB
- Volume
- 203
- Category
- Article
- ISSN
- 0370-2693
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📜 SIMILAR VOLUMES
It has been shown that the evolution of collectivity in ultra-relativistic heavy ion collision is manifested in the variation of various HBT radii with invariant mass (M) extracted from the correlation functions of two lepton pairs. The value of the radial velocity (v r ) can be estimated from the r