Magnetic moment, also known as magnetic dipole moment, is the measure of the object's tendency to align with a magnetic field. The objects have a tendency to place themselves in such a way that the magnetic moment vector becomes parallel to the magnetic
A magnetic moment refers to the magnetic properties of a material, which are caused by the motion of electrons in atoms. The motion can be either spin or orbital, and it results in a magnetic moment associated with the electron. The magnetic moment is expressed in terms of the Bohr magneton...
The proton relaxivity value depends on the size, magnetic moment, spatial arrangement of nanoparticles, especially in the tissue environment that is infected. The framework of the nanoparticle needs to be controlled as an optimal arrangement for a significant increase in the proton relaxivity value. ...
The phthalocyaninato ligands appear to efficiently couple the magnetic moment of the Tb ion with the magnetization of substrates as recently shown for submonolayer UHV-prepared deposits of TbPc2 on magnetic substrates29,30. The strength of the interaction can be tuned by modifying the electronic ...
Model and Simulation Algorithms Hamiltonian of square spin ice lattice. We consider a square spin ice in which single domain nano-islands are elaborately arranged on the gridlines of a two L × L dimensional square lattice12. Each nano-island has strongly anisotropic magnetic moment ...
5 Summary We have presented version 2 of GM2Calc, with its new capa- bility to calculate the BSM contributions to the anomalous magnetic moment of the muon in the 2HDM. The contribu- tions include all the one-loop diagrams, two-loop fermionic Bar-Zee diagrams, as well as the bosonic ...
The magnetization of Mn 12 acetate single crystals, and the slow relaxation of the magnetic moment, was measured in the temperature range from 3K down to ... JAAJ Perenboom,JS Brooks,SO Hill,... - 《Physica B Condensed Matter》 被引量: 62发表: 1998年站...
The magnetic moment of these systems is equal to 2 μB, which conforms to the Slater–Pauling rule. In addition, the half-metallic ferrimagnetic behavior and good bandgap in the minority spin are showed for all compounds. The optical properties are systematically studied by computing the optical...
One of the puzzling features of dilute magnetic impurities in nonmagnetic hosts was the vanishing of the magnetic moment of the guest in some cases such as iron dissolved inaluminum[104, 105]. TheAnderson model[106]introduced to study such systems, consists of a tight-binding s-band of the ...
(b) Total energy per Fe atom relative to the FM state of each oxygen coverage, (c) magnetic moment of Fe atom, size of constants as a function of O coverage on magnetic moments Fe/Ir(001). of O and Ir are less then 0.1 μB, and (d) exchange can conclude that the AFM ...