This phenomenon can be interpreted as the precession of the orbital angular momentum vector in a certain field, and it results in the creation of a Lorentz triplet of spectral lines.
In astronomy, this phenomenon is complemented by, and thus often used in conjunction with, the Hanle effect. This phenomenon can be used to compensate for the Doppler shift of resonance frequency when decelerating an atomic beam in a namesake type of "slower." The energy of one type of this phenomenon is proportional to the Lande g-factor, the Bohr magneton, and the quantum number m-sub-l. At high field strengths, its two types merge to give the Paschen-Back effect. Electron spin explained its anomalous type. This phenomenon can be interpreted as the precession of the orbital angular momentum vector in a certain field, and it results in the creation of a Lorentz triplet of spectral lines. For 10 points, name this effect in which the spectral lines of an atom are split in a strong magnetic field, which is analogous to the Stark effect.
In astronomy, this phenomenon is complemented by, and thus often used in conjunction with, the Hanle effect.
Zeeman effect