Thinning Effects on The Simulation of Charged Particles and Their
Lateral Distribution in EAS

Abbas Rahi Raham; Qays Kamal Merza

doi:10.56201/ijmepr.v8.no5.2024.pg53.60

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Thinning Effects on The Simulation of Charged Particles and Their Lateral Distribution in EAS

Abbas Rahi Raham and Qays Kamal Merza

Abstract

To characterize the features impact of thinning energy, the lateral distribution of char?ed particle? within an air shower was looked at by an effect among a thinning energy of various cosmic ray particles. AIRES system version 19.04.0, an air shower simulator, was used to simulate a late?al distribution. At extremely high energies (1016, 1017, 1018, and 1019 eV), the lateral distribution of charged particles, including the electron, positron, gamma, and every other charged particle, was simulated. We considered the impact of energies, zenith angle (?), primary particles, and thinning energy on the lateral distribution of charged particles generated within the EAS. A rapprochement of the lateral distribution of a charged particle as gamma particle with the experimental measurements from Yakutsk EAS array, which showed reasonably agreement for proton and iron at 1019 eV for slanted showers at ?=10?.

Keywords

AIRES system; Extensive air showers; Lateral distribution; Thinning energy

References

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Thinning Effects on The Simulation of Charged Particles and Their Lateral Distribution in EAS

Abstract

Keywords

References

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