Webb9 juni 2004 · 1. A general theory of antiferromagnetic resonance was developed by T. Nagamiya (1951), by C. Kittel (1951), and by F. Keffer and C. Kittel (1952). The theory of antiferromagnetic resonance in CuCl 2 2 H 2 O was discussed by T. Nagamiya (1954) and (1956), and by K. Yosida (1952) and J. Ubbink (1953). Google Scholar T. Nagamiya, … WebbThe resonance conditions in ferro- and antiferromagnetic resonance absorptions are obtained by the spin-wave theory. According to the usual free spin-wave theory, the …
Antiferromagnetic Spin Wave Field-Effect Transistor
WebbUsing molecular field theory and a 2-sublattice model, the second-order susceptibility of an antiferromagnetic structure is derived. The resulting nonlinear electromagnetic wave … Webband antiferromagnetic resonance (AFMR) was studied in them for the purpose of explaining the possible pecul iarities in AFMR resulting from the presence of a lay ered … crystal beach dog friendly
Theory of Antiferromagnetic Resonance Absorption in CoF2
Webb25 feb. 2016 · This finding could be explained from the basic theory of antiferromagnetic resonance. The temperature evolution of the electromagnon, magnon and soft phonon modes is studied to trace the intrinsic features of these excitations. A connection with experiment is also made. Keywords: Multiferroics; electromagnons; molecular dynamics … WebbWe report high-resolution optical absorption measurements between 1.5 and 10 cm–1 of the antiferromagnetic (AFM) resonance transition in α-Fe2O3. The AFM transition is … Webb1 jan. 1977 · The results of antiferromagnetic resonance measurements in NaCrS 2 ( TN =17K) are compared with the theory developed for a collinear easy-plane antiferromagnet with anisotropy in the basal plane. Reasonable agreement is obtained. Some discrepancies are attributed to low-temperature in-plane distortions. crystal beach deep sea fishing