A few Fascinating Highlights of compound variety with regards to silicon-nucleus impacts at 4.5 GeV c-1 for each nucleon

Salima  Abuazoum; Mustafa Abdusalam Nasr; Halima Aljaml; Fatma Abuzgia

doi:10.58916/jhas.v9i2.261

Authors

Salima Abuazoum Department of Physics, College of Science, Misrata University, Libya Author
Mustafa Abdusalam Nasr Department of Physics, College of Science, Misrata University, Libya Author
Halima Aljaml Department of Physics, College of Science, Misrata University, Libya Author
Fatma Abuzgia Department of Physics, College of Science, Misrata University, Libya Author

DOI:

https://doi.org/10.58916/jhas.v9i2.261

Keywords:

Relativistic nucleus-nucleus Collision, nuclear emulsion, Compound Particle Multiplicity and Quantum Chromodynamics (QCD).

Abstract

An endeavor was made to research a few intriguing qualities of compound variety with regards to silicon-nucleus impacts per nucleon. The quantity of dark and shower particles taken together is known as compound variety, Nc. It has been found that the compound assortment conveyances become more extensive with the expanding size of the struck nucleus nucleus. The worth of the proportion <Nc>/D(Nc) apparently remains free of the shot mass. Additionally, the scattering of the assortment circulation is seen to increment straightly with the expanding worth of <Nc>. Additionally, the outcomes show that the worth of the tendency coefficient doesn't depend upon the shot's sort.Nc=(Ng+Ns).

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