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Vector model of atoms and molecules
Theory of magnetic susceptibilities
8 other sections not shown
absorption angular momentum anisotropic atom axes axis cavity character table component configuration constant coordinates corresponds crystal field cubic Curie's law derived determination diagonalizes diamagnetic dipole direction effect electric electromagnet electron paramagnetic resonance electron spin electronic configuration electrostatic elements of symmetry environment equal equation equivalent exchange expression ferromagnetic follows frequency function g-value given by Eq hyperfine splitting hyperfine structure irreducible representations isotropic ligand field line shape linear magnetic field magnetic moments magnetic pull magnetic susceptibility matrix measured method microwave power molecules multiplication table n-fold netic notation nuclear magnetic nucleus operations of symmetry orbital angular orbital degeneracy order of magnitude orientation orthorhombic oscillating paramagnetic resonance perpendicular Phys plane point group precession principal quantum quantized reference frame rotation sample scalar Section spherical spin-orbit coupling subshell symbolized symmetry group symmetry operations temperature tensor tetragonal theorem tion torque transition unpaired electrons vector z-axis Zeeman