Nuclear Magnetic Relaxation in the Ferrimagnetic Chain Compound NiCu(C7H6N2O6)(H2O)32H2O: Three-Magnon Scattering?
Abstract
Recent proton spin-lattice relaxation-time (T1) measurements on the ferrimagnetic chain compound NiCu(C7H6N2O6)(H2O)32H2O are explained by an elaborately modified spin-wave theory. We give a strong evidence of the major contribution to 1/T1 being made by the three-magnon scattering rather than the Raman one.
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