Examines the electron-spin magnetic moments of ozonide anion and ionic compounds. Use of restricted open Hartree-Fock and multireference configuration interaction wave functions; Importance of ozonide anion for ionospheric chemistry; Basis on the Breit-Pauli Hamiltonian approach.Bruna...
Much of the data underlying the QMOF Database (i.e. DFT-optimized geometries, energies, partial atomic charges, bond orders, atomic spin densities, magnetic moments, band gaps, charge densities, density of states, etc. as well as the raw VASP files) can be downloaded fromFigshare. For ad...
magnetic dipole moment- (physics) a current loop gives rise to a magnetic field characteristic of a magnetic dipole; "An orbiting electron in an atom will have a magnetic dipole moment" natural philosophy,physics- the science of matter and energy and their interactions; "his favorite subject was...
The electron-spin g shifts (magnetic moments μS) of X2Σ+(1π43σ) radicals MX(±) with nine valence electrons are calculated at their equilibrium geometries, using second-order perturbation theory, a Hamiltonian based on Breit−Pauli... PJ Bruna,F Grein - 《Journal of Physical Chemistry...
Including the anomalous magnetic moments for quarks will modify the dynamical masses of quarks and thus affect the mass spectra and spin alignment of ϕ mesons. The discussion of spin alignment in the NJL model may help us better understand the formation of hadron’s spin structure during the ...
In this paper we perform nanofabrication of square artificial spin ices with different lattice parameters, in order to investigate the roles of vertex excitation on the features of the system. In particular, the character of magnetic charge distribution asymmetry on the vertices are observed under mag...
The calculated energy distribution and the Hund-J dependence of potential profile for representative configurations clearly show the different behaviors of each DFT+U formalism. In particular, adopting spin-dependent exchange-correlation functionals likely leads to undesirable magnetic solution. Our analyses ...
Spin rotation and depolarization of high-energy particles in crystals at LHC and FCC energies. The possibility to measure the anomalous magnetic moments of... G., Spin rotation and depolarization of high-energy particles in crystals at LHC and FCC energies. The possibility to measure the ...
In the latter case, the motion can be controlled by changing the rate of spin of the gyroscope, the moments of inertia and the initial conditions. As discussed by Nash et al.11, for a cluster of gyroscopic pendulums, the transient behaviour of the mechanical system is more complex and ...
An essential property of magnetic devices is the relaxation rate in magnetic switching which strongly depends on the energy dissipation. This is described by the Landau-Lifshitz-Gilbert equation and the well known damping parameter, which has been shown