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Weak ferromagnetic component

Ag11 compounds such as Rb2AgF4 and Cs2AgF4 are ferromagnetic below 30 K, and K2AgF4 possesses a weak ferromagnetic component below TN = 60 K89. ... [Pg.111]

Note that in Eq. (4.62) we neglected the bilinear coupling between magnetization components, found by Dzyaloshinskii for some magnetic symmetries and responsible for so-called weak ferromagnetism in antiferromagnets [106]. [Pg.260]

See other pages where Weak ferromagnetic component is mentioned: [Pg.64] [Pg.1021] [Pg.258] [Pg.285] [Pg.311] [Pg.129] [Pg.241] [Pg.75] [Pg.231] [Pg.439] [Pg.330] [Pg.9] [Pg.29] [Pg.33] [Pg.83] [Pg.258] [Pg.285] [Pg.311] [Pg.557] [Pg.64] [Pg.1021] [Pg.258] [Pg.285] [Pg.311] [Pg.129] [Pg.241] [Pg.75] [Pg.231] [Pg.439] [Pg.330] [Pg.9] [Pg.29] [Pg.33] [Pg.83] [Pg.258] [Pg.285] [Pg.311] [Pg.557] [Pg.117] [Pg.87] [Pg.213] [Pg.256] [Pg.277] [Pg.195] [Pg.191] [Pg.257] [Pg.63] [Pg.97] [Pg.912] [Pg.319] [Pg.256] [Pg.255] [Pg.354] [Pg.105] [Pg.357] [Pg.484] [Pg.71] [Pg.29] [Pg.77] [Pg.294] [Pg.258] [Pg.259] [Pg.207] [Pg.479] [Pg.70] [Pg.143]

See also in sourсe #XX -- [ Pg.285 ]

See also in sourсe #XX -- [ Pg.285 ]

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Ferromagnet

Ferromagnetic

Ferromagnetism

Weak ferromagnet

Weak ferromagnets