  The characterization of quantum information quantifiers has attracted a
considerable attention of the scientific community, since they are a useful
tool to verify the presence of quantum correlations in a quantum system. In
this context, in the present work we show a theoretical study of some
quantifiers, such as entanglement witness, entanglement of formation, Bell's
inequality violation and geometric quantum discord as a function of the
diffractive properties of neutron scattering. We provide one path toward
identifying the presence of quantum correlations and quantum nonlocality in a
molecular magnet as a Heisenberg spin-$1/2$ dimer, by diffractive properties
typically obtained via neutron scattering experiments.
