According to NMR relaxation experiments, its Hamiltonian consistently dominates the ZFS Hamiltonian, and it may on rare occasions be observed along with a diamagnetic shift. David Akers established that its occurrence in dyonium explains away what appeared to be a magnetic monopole. Its molecular form occurs in diatomic molecules at sunspot-like temperatures and results in antisymmetric Stokes profiles, while its incomplete form occurs when the eigenvalues of a certain matrix cross each other instead of spreading linearly. Only occurring when the orbital and spin contributions to angular momentum cannot be considered coupled because the spin-orbit interaction is dwarfed by the magnitude of t
According to NMR relaxation experiments, its Hamiltonian consistently dominates the ZFS Hamiltonian, and it may on rare occasions be observed along with a diamagnetic shift. David Akers established that its occurrence in dyonium explains away what appeared to be a magnetic monopole. Its molecular form occurs in diatomic molecules at sunspot-like temperatures and results in antisymmetric Stokes profiles, while its incomplete form occurs when the eigenvalues of a certain matrix cross each other instead of spreading linearly. Only occurring when the orbital and spin contributions to angular momentum cannot be considered coupled because the spin-orbit interaction is dwarfed by the magnitude of the external magnetic field, for 10 points, identify this strong-field variant of the Zeeman effect.
According to NMR relaxation experiments, its Hamiltonian consistently dominates the ZFS Hamiltonian, and it may on rare occasions be observed along with a diamagnetic shift.
Paschen-Back effect