1995AIP conference proceedingsRequires access

Strangeness from hadronic processes

Y. Pang, T. J. Schlagel, S. Kahana, D. E. Kahana

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Abstract

Large amounts of experimental data on strangeness production in nucleon‐nucleon and in pion‐nucleon collisions, and data on hadronic scattering of strange particles, make it possible to calculate, with accuracy, the hadronic contribution to the strangeness production in nucleus‐nucleus reactions. The relativistic cascade model ARC, relying on the experimental measurements of elementary hadron‐hadron interactions, successfully predicted many single particle spectra in Au+Au collisions at BNL‐AGS, including those of strange mesons K±.

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What this paper is about

Large amounts of experimental data on strangeness production in nucleon‐nucleon and in pion‐nucleon collisions, and data on hadronic scattering of strange particles, make it possible to calculate, with accuracy, the hadronic contribution to the strangeness production in nucleus‐nucleus reactions. The relativistic cascade model ARC, relying on the experimental measurements of elementary hadron‐hadron interactions, successfully predicted many single particle spectra in Au+Au collisions at BNL‐AGS, including those of strange mesons K±.

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Available abstract

Large amounts of experimental data on strangeness production in nucleon‐nucleon and in pion‐nucleon collisions, and data on hadronic scattering of strange particles, make it possible to calculate, with accuracy, the hadronic contribution to the strangeness production in nucleus‐nucleus reactions. The relativistic cascade model ARC, relying on the experimental measurements of elementary hadron‐hadron interactions, successfully predicted many single particle spectra in Au+Au collisions at BNL‐AGS, including those of strange mesons K±.

Key concepts: Physics, Hadron, Strangeness, Strangeness production, Particle physics, Nuclear physics, Pion, Cascade

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