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Abstract <p>Utilizing a basic technique of Taylor series expansion of the wave function, a phase equivalent energy-dependent local potential that corresponds to both a local and non-local interaction is constructed. A potential that depends on energy and momentum is obtained using the distorted non-local Hulthén interaction. The generated potential is utilized to calculate the scattering phase shifts by appropriately applying MacKellar-May and Behera’s phase equation. The outcomes for the nucleon-nucleon systems up to 1050&#xa0;MeV match the usual data.</p>

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Phase Shift Analysis of Velocity-Dependent Potential

  • 期刊论文

  • 发表日期：

    2025年4月1日

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  • D. Naik,
  • B. Swain,
  • B. Khirali,
  • U. Laha

摘要

Abstract

Utilizing a basic technique of Taylor series expansion of the wave function, a phase equivalent energy-dependent local potential that corresponds to both a local and non-local interaction is constructed. A potential that depends on energy and momentum is obtained using the distorted non-local Hulthén interaction. The generated potential is utilized to calculate the scattering phase shifts by appropriately applying MacKellar-May and Behera’s phase equation. The outcomes for the nucleon-nucleon systems up to 1050 MeV match the usual data.