Mechanisms of exchange interactions in some transition metal carboxylates, sulfates, and chlorides sulfates (N2H5)2M(SO4)2 and chlorides AMCl3, where M is a transition metal, are analyzed using the
exchange Long-Range Exchange Interaction between Ferromagnetic Nanoparticles Embedded in Carbon Nanotubes. The main condition for the long-range
exchange interaction is the adjustment of the Fermi level to the gap
Mechanisms of exchange interactions in some transition metal carboxylates, sulfates, and chlorides sulfates (N2H5)2M(SO4)2 and chlorides AMCl3, where M is a transition metal, are analyzed using the
exchange Absorption spectrum of the mixed valence Cr3+-Cr2+ pair center in KZnF3 crystal of the probabilities of
exchange-induced electric-dipole transitions. Parameters of
exchange interaction J1 = 44.5 ± 5
Absorption spectrum of the mixed valence Cr3+-Cr2+ pair center in KZnF3 crystal of the probabilities of
exchange-induced electric-dipole transitions. Parameters of
exchange interaction J1 = 44.5 ± 5