“…Among other types of energies, magnetic field has been applied and has been shown to influence on electrochemical behavior of hemoglobin [14] and the systems Cu 2+ / Cu, Ni 2+ /Ni, [IrCl 6 ] 2− /[IrCl 6 ] 3− [15], charge transfer rate [16,17] and other reactions [18,19]. In the area of chemical synthesis, the possibility to control nanoparticle assembling process by applying a magnetic field has been used to fabricate electronic devices [20], while enhancement of the orientation of polymer chains under a magnetic field was also used in electrochemical polymerization [21,22].…”