In a strong field, the magnitude of this effect is determined by m l and m s instead of a coupled quantity m j.
In a strong field, the magnitude of this effect is determined by m l and m s instead of a coupled quantity m j. The anomalous version of this phenomenon can be explained by noting that the magnitude of this effect is proportional to the Bohr Magniton and (*) Lande-g factor, which accounts for both L and S, and led to the discovery of electron spin. A form of this effect occurs in spin-orbit coupling in atomic fine structure. This phenomenon sees a perturbation Hamiltonian break the degeneracy of atomic states with different angular momentum. For 10 points, name this effect where an applied magnetic field causes the splitting of spectral lines, the magnetic analogue of the Stark effect.
In a strong field, the magnitude of this effect is determined by m l and m s instead of a coupled quantity m j.
Zeeman Effect