The interaction of two nucleons in the form of protons and neutrons as a bound system in the localÂ potential, known as the deuteron, has been investigated. Two-nucleon interaction potential fieldÂ through the core will produce a nuclear force where the force between nucleons is generated by theÂ exchange of mesons. One of the members of the group of meson particles is pion. Pion can beÂ chargedï¨Ï + ,Ï -ï©or neutral,ï¨Ï 0ï©. Interaction potential form of the simplest is the exchange of oneÂ pion potential (OPEP), V OPEP , which has a radially independent of Yukawa potential.Â In this study, the first step taken is to perform discretization of the OPEP potential expressionÂ coupled with the equation of the boundary conditions due to the influence of interaction distances.Â The next step is to implement a programming technique to obtain the value associated with theÂ potential influence of OPEP in the deuteron, the magnitudes of the static deuteron, such as a pionÂ distance exchange, and mass estimates pion involved in this interaction.
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