Monte Carlo simulation of e-e+ pair production in Coulomb collisions

M. C. Güçlü

doi:10.1016/S0375-9474(00)00491-7

Monte Carlo simulation of e^-e⁺ pair production in Coulomb collisions

M. C. Güçlü^*

^*Corresponding author for this work

Department of Physics Engineering

Research output: Contribution to journal › Article › peer-review

Abstract

We compare our Monte Carlo calculations with recent measurements of electron-positron pairs created by collisions of fully stripped 6.4-TeV sulfur ions (γ^T = 212) and 33-TeV led ions (γ^T = 168) with Al, Pd and Au targets. In this experiments, the target-charge dependence for the sulfur projectile is Z^1.99±0.02_p and for the lead projectile is Z^2.03±0.03_p. These are in very good agreement with perturbative results.

Original language	English
Pages (from-to)	112-115
Number of pages	4
Journal	Nuclear Physics A
Volume	681
Issue number	1-4
DOIs	https://doi.org/10.1016/S0375-9474(00)00491-7
Publication status	Published - 29 Jan 2001

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title = "Monte Carlo simulation of e-e+ pair production in Coulomb collisions",

abstract = "We compare our Monte Carlo calculations with recent measurements of electron-positron pairs created by collisions of fully stripped 6.4-TeV sulfur ions (γT = 212) and 33-TeV led ions (γT = 168) with Al, Pd and Au targets. In this experiments, the target-charge dependence for the sulfur projectile is Z1.99±0.02p and for the lead projectile is Z2.03±0.03p. These are in very good agreement with perturbative results.",

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N2 - We compare our Monte Carlo calculations with recent measurements of electron-positron pairs created by collisions of fully stripped 6.4-TeV sulfur ions (γT = 212) and 33-TeV led ions (γT = 168) with Al, Pd and Au targets. In this experiments, the target-charge dependence for the sulfur projectile is Z1.99±0.02p and for the lead projectile is Z2.03±0.03p. These are in very good agreement with perturbative results.

AB - We compare our Monte Carlo calculations with recent measurements of electron-positron pairs created by collisions of fully stripped 6.4-TeV sulfur ions (γT = 212) and 33-TeV led ions (γT = 168) with Al, Pd and Au targets. In this experiments, the target-charge dependence for the sulfur projectile is Z1.99±0.02p and for the lead projectile is Z2.03±0.03p. These are in very good agreement with perturbative results.

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Monte Carlo simulation of e^-e⁺ pair production in Coulomb collisions

Abstract

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