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May 28, 2026Physics of Particles and Nuclei0 citations

Studying pd → pd Process via the Reaction dd → npd at the SPD Experiment

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ADA. DattaJoint Institute for Nuclear ResearchIDI. I. DenisenkoJoint Institute for Nuclear ResearchYUYu. N. UzikovMoscow Institute of Physics and Technology

Key Points

  • This research aims to evaluate spin amplitudes of elastic scattering in proton-deuteron (pd) interactions through analysis of dd to npd reactions.
  • Utilized spin-dependent Glauber theory for calculations of spin observables in pd reactions.
  • Conducted Monte-Carlo simulations to assess the feasibility of measuring reactions at specified energies.
  • Focused on collecting data at NICA energies with specified four momenta transfer ranges.
  • Demonstrated that spin observables can be accurately measured under defined conditions.
  • Confirmed feasible measurement of dd to npd reactions at c.m.s. energies between 8 to 16 GeV.
  • Projected spin observable values for pd elastic scattering can be derived from dd to npd reaction data.

Abstract

Spin-dependent Glauber theory can be used to test spin amplitudes of the pp and pn elastic scattering by means of comparison of calculations of spin observables of the pd elastic scattering with the corresponding measurements. Spin observables of the pd elastic scattering Aₘ^p, Aₘ^d, {Aₘₘ}, {Cₘ, ₘ}, {Cₘₘ, ₘ} in the forward hemisphere can be obtained at the NICA energies from the corresponding observables of the reaction dd npd, when measured at the conditions of the applicability of the impulse approximation. It is shown here by Monte-Carlo simulations that such measurements of the reaction dd npd are possible at the first stage of the SPD project at c. m. s. energies {{s₃₃}} = 8- 16 GeV and corresponding four momenta transfer squared | t | from 0. 2–0. 9 (GeV/c) 2 up to \, 1. 5- 2 (GeV/c) 2.

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Cite This Study

Datta et al. (2026) studied this question.

synapsesocial.com/papers/6a17db293fad632b0f9d7fafhttps://doi.org/10.1134/s1063779625701333
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