Mass magnetic susceptibility

Magnetic Properties. Figures 3.1-271 and 3.1-345-3.1-347 [1.216] give a survey and present selected data of the magnetic mass susceptibility for the element and for Os—Cr alloys. This alloy system exhibits antiferromagnetism in compositions from 0.3 to 2.2at.%Os in the temperature range on the left-hand side of the bold vertical bars in Fig. 3.1-347. In Fe—Os alloys the temperature of the magnetic transitionand the atomic... 

Fig. 3.1-272 Temperature dependence of the magnetic mass susceptibility of Pd—Rh alloys [1.217, p. 169]...

The quantity that is most frequently obtained from experimental measurements of magnetism is the specific (or mass) susceptibility, x- 1 is related to the volume susceptibility through the density, d... 

Magnetic susceptibilities are usually given in the literature on a mass or molar basis. Thus, while the volume susceptibility x is induced moment per unit volume per unit applied field and is dimensionless, the mass susceptibility... 

Evidently, the susceptibility subduced from such experiments is the mean mass susceptibility. This quantity, for linear magnetics, is close to the isothermal susceptibility. However, deviations from linear behaviour increase with... 

The value of is proportional to the number of magnetic dipoles present. The susceptibility is thus given in several forms. In the derivation above, N is the number of dipoles per unit volume, and the susceptibility is called the volume susceptibility, Xv in m . The mass susceptibility, Xm. in which N refers to the number of magnetic dipoles per unit mass, is given by Xv/p, where p is the density in kgm . The susceptibility of one mole of the substance, the molar susceptibility, Xmoiar> is given by (Xv m)> where is the molar volume of the material. 

Mass susceptibility magnetic susceptibility related to the mass of a test sample, measured in kg. ... 

For the magnetic and electrical properties of paper sheets, the mass susceptibility X, c.g.s.] and AC conductivity (a ohm cm ] of paper samples were measured and recorded in Table 7.15. It was observed that this investigated CMC-Fe[III]-based beater additive Improved to less extent the semiconductor property of produced paper sheets however, the trend was reversed for the case of HEC-Fe(III] and CMC-Zn[II] complexes. These observations are probably related to the magnetic moment, molar conductivity and electrical conductivity of metal and metal complexes [19,49]. 

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