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IR (KBr, cm-1): 2920 (C-H), 1681 (C=O)as, 1556 (C=N), 1400, 1099, 730 (benzene ring), 1281 (C-O)s, 628 (C-Cl), 409 (Ni-N); Molar conductance (DMSO) I>>m (Ohm-1 cm2 mol-1): 4.8; MS (m/z): 844.29 [M+1]+; Magnetic moment, ueff: 3.12 uB.
The magnetic moment obtained from the asymmetry of the calculated spin-up and spin-down density of states around the Fermi level was calculated to be 4, 0 [[mu].sub.B].
With an increase in the length of the core, we observe a significant increase in the magnetic moment (Fig.
By symmetry, the magnetic moment due to the poloidal components (red) is canceled, while the toroidal component (blue) remains fixed.
where T is the magnetic anomaly in nanotesla (nT), m is the target magnetic moment in Ampere-meter (2) ([Am.sup.2]), r is distance between observation spot and dipole in meters (m), and n is a measure of the rate of decay with distance or falloff rate (n = 3 for dipole; n = 2 for monopole).
According to the magnetic measurements, the magnetic moment for the [Fe.sub.65][Al.sub.35] alloy is 0.3-0.4 [mu]B/Fe atom (Table 1).
For the sake of completeness, we stress that the effective neutrino magnetic moment [[mu].sub.v] is expressed through neutrino amplitudes of positive and negative helicity states, e.g., the 3-vectors [a.sub.+] and [a.sub.-] and the neutrino transition magnetic moment matrix, [lambda], in flavour basis, as [37,58]
Likewise, the origins of ferromagnetism in Cu:ZnO remain unidentified as neither Cu nor ZnO is intrinsically magnetic, meaning that one defect type must exist to induce the magnetic moments and another to mediate them.
The position vector coordinates of equations (3) and (4) are aligned with the magnetic moment coordinates of the dipolar source (hence the need for rotational matrix R to align with the [B.sub.Obs] coordinates).
Their measurements revealed that magnetic moments of protons and antiprotons are identical, apart from their opposite signs, within the experimental uncertainty of 0.8 parts per million.
It is concluded about magnetic properties of amorphous alloy [Co.sub.87][Nb.sub.46][B.sub.15], that there is a difference in their magnetic moment because of a low property of ferromagnetic phases.
These and the magnetic moment of the complexes were used to propose probable geometry of the complexes.