Charged Particle Spectra in Oxygen-Induced Reactions at 14.6 and 60 GeV/nucleon
- M. I. Adamovich 10, ,
- M. M. Aggarwal 3, ,
- R. Arora 3, ,
- Y. A. Alexandrov 10, ,
- S. A. Azimov 14, ,
- S. K. Badyal 6, ,
- E. Basova 13, ,
- K. B. Bhalla 5, ,
- A. Bhasin 6, ,
- V. S. Bhatia 3, ,
- R. A. Bondarenko 13, ,
- T. H. Burnett 12, ,
- Cai Xu 15, ,
- L. P. Chernova 14, ,
- M. M. Cherayavski 10, ,
- B. Dressel 9, ,
- E. M. Friedlander 2, ,
- S. I 14, ,
- Gadzhieva 9, ,
- E. R. Ganssauge 7, ,
- S. Garpman 10, ,
- S. G. Gerassimov 5, ,
- A. Gill 12, ,
- J. Grote 14, ,
- K. G. Gulamov 13, ,
- U. G. Gulyamov 6, ,
- V. K Gupta 9, ,
- S. Hackel 2, ,
- H. H. Heckman 7, ,
- B. Jakobsson 11, ,
- B. Judek 6, ,
- S. Kachroo 14, ,
- F. G. Kadyrov 9, ,
- H. Kallies 7, ,
- L. Karlsson 6, ,
- G. L. Kanl 3, ,
- M. Kaur 10, ,
- S. P. Kharlamov 6, ,
- J. Kohli 5, ,
- V. Kumar 5, ,
- P. Lai 10, ,
- V. G. Larionova 2, ,
- P. J. Lindstrom 5, ,
- Liu Lianshou 5, ,
- S. Lokanathan 12, ,
- J. Lord 14, ,
- N. S. Lukicheva 6, ,
- L. K. Mangotra 10, ,
- N. V. Maslennikova 3, ,
- I. S. Mittra 4, ,
- E. Monnand 5, ,
- S. Mookeijee 9, ,
- C. Mueller 13, ,
- S. H. Nasyrov 14, ,
- V. S. Navotny 10, ,
- G. I. Orlova 7, ,
- I. Otterlund 10, ,
- N. G. Peresadko 7, ,
- S. Persson 13, ,
- N. V. Petrov 15, ,
- Qian Wanyan 5, ,
- R. Raniwala 5, ,
- S. Raniwala 6, ,
- N. K. Rao 9, ,
- J. T. Rhee 13, ,
- N. Saidkhanov 10, ,
- N. A. Salmanova 9, ,
- W. Schultz 4, ,
- F. Schussler 5, ,
- V. S. Shukla 12, ,
- D. Skelding 7, ,
- K. Söderström 7, ,
- E. Stenlud 11, ,
- R. S. Storey 8, ,
- Sun Junfen 14, ,
- L. N. Svechnikova 10, ,
- M. I. Tretyakova 13, ,
- T. P. Trofimova 15, ,
- Wang Haiqiao 8, ,
- Weng Zhiqun 12, ,
- R. J. Wilkes 1, ,
- Xu Guofa 5, ,
- Zhang Donghai 1, ,
- Zheng Puying 15, ,
- Zhou Daicui 15, ,
- Zhou Jmgchen ,
- 1. Institute of High Energy Physics, Chinese Academy of Sciences, Beijing;
- 2. Berkeley, Lawrence Berkeley Lab, USA;
- 3. Chandigarh, Panjab University, India;
- 4. Grenoble, C. E. N., France;
- 5. Jaipur, University of Rajasthan, India;
- 6. Jammu, University of Jammu, India;
- 7. Lund, University of Lund, Sweden;
- 8. Shanxi Normal University, China;
- 9. Marburg, Phillips University, West Germany;
- 10. Moscow, Lebedev Institute USSR;
- 11. Ottawa, NRC, Canada;
- 12. Seattle, Washington University, USA;
- 13. Tashkent, Institute of Nuclear Physics, USSR;
- 14. Tashkent, Physical-Technical Institute, USSR;
- 15. Hua Zhong Normal University, China
- Received Date: 1989-01-03
Abstract: Multiplicity distributions and pseudo-rapidity distributions of charged particles from oxygen-induced nuclear reactions at 14.6 and 60 GeV/nucleon are presented. The data were taken from the EMU-01 emulsion stacks and compared to simulations from the Lund Monte Carlo Model (FRITIOF).