Staff Members - Benha University
Mechanism of Inelastic Collisions of Oxygen at 3.2 TeV with Different Emulsion Targets
International Journal of Modern Physics E • 1997
Publication Information
Authors
M El-Nadi, MS El-Nagdy, EA Shaat, Z Abou-Moussa, S Kamel, AM Abdalla
Keywords
Not Available
Journal
International Journal of Modern Physics E
Publisher
World Scientific Publishing Company
Volume
6
Issue
1
Pages
135-149
publication.type
International
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
This work investigates the main characteristic multiplicities of various types of secondary
particles and correlations between them in the interaction of 16 O with emulsion at 200 GeV
per nucleon. Statistically the collisions due to light nuclei (H, C, N, O) and heavy nuclei (Ag,
Br) were separated. The characteristics for each group were studied.
particles and correlations between them in the interaction of 16 O with emulsion at 200 GeV
per nucleon. Statistically the collisions due to light nuclei (H, C, N, O) and heavy nuclei (Ag,
Br) were separated. The characteristics for each group were studied.