Abstract
The properties of the nucleon-nucleon bound state in the deuteron are considered. Nucleon-nucleon interactions of the Yukawa, Reid and Paris potential forms are used to describe the deuteron bound state. Also, the nucleon-nucleon interaction with different meson exchanges derived from the meson theory as well as the nucleon-nucleon interaction with quark exchange derived from the quark theory by introducing the quark-quark potential with one gluon exchange are used to investigate the deuteron properties. The deuteron binding energy, quadrupole moment, effective range, root-mean-square radius and the D/S ratio are calculated by using different nucleon-nucleon interactions. The obtained results of the present calculations are in good agreement with the experimental values.
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