ABSTRACT
As has been emphasized in the literature, NMR is capable of performing various tasks rapidly for different objects from homogeneous systems, gases, solutions, and liquids to heterogeneous and strongly amorphous solids. Hence, it is widely used in molecular physics, chemistry, biochemistry, biology, pharmacy, geophysics, materials science, and archaeology. Moreover, nowadays, NMR is the diagnostic method used in veterinary science and medicine particularly in clinical research of the human brain by magnetic resonance imaging (MRI) [1].
