Empirical Relation between Amplitude and Period of Spin Density Wave for Cr(V) and Cr(Mn) Alloys

Details Empirical Relation between Amplitude and Period of Spin Density Wave for Cr(V) and Cr(Mn) Alloys Empirical Relation between Amplitude and Period of Spin Density Wave for Cr(V) and Cr(Mn) Alloys

Nov 1981

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1981jpsj...50.3637n&link_type=abstract

Journal of the Physical Society of Japan, Volume 50, Issue 11, pp. 3637 (1981).

Physics

3

Scientific paper

Both the amplitude of the magnetic moment M1 and the wave vector δ on the primary component of antiferromagnetic spin density wave in Cr(V) and Cr(Mn) alloys were measured by means of neutron diffraction. A linear relation of M12 to δ2 is found at each temperature. The observation leads to the expression for the magnetic moment density on the sublattice by a Jacobi’s elliptic sn function whose modulus varies with the composition. The sn function expression was found to be useful for the representation of the harmonics of the SDW, too.

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