Analyzing Power of Quasi-Elastic Proton-Proton Scattering at the Beam Energy of 550 MeV/Nucleon

I. S. Volkov,V. P. Ladygin,Ya. T. Skhomenko,Yu. V. Gurchin,A. Yu. Isupov,M. Janek,J.-T. Karachuk,A. N. Khrenov,P. K. Kurilkin,A. N. Livanov,S. M. Piyadin,S. G. Reznikov,A. A. Terekhin,A. V. Tishevsky,A. V. Averyanov,E. V. Chernykh,D. Enache,D. O. Krivenkov,I. E. Vnukov

Physics of Particles and Nuclei Letters（2023）

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Abstract

Analyzing power of proton-proton quasi-elastic scattering was obtained at the Nuclotron Internal Target Station using a polarized deuteron beam and a polyethylene target. The selection of useful events was performed using the time and amplitude information from scintillation counters. The asymmetry on hydrogen was obtained using the process of the carbon background subtraction. The obtained analyzing power values are compared with the predictions of the partial-wave analysis SAID at the beam energy of 550 MeV/nucleon.

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Key words

beam energy,quasi-elastic,proton-proton

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