Calculation of the interaction energy associated with it requires use of the Landé g-factor or the electron spin g-factor, and if an odd number of energy sublevels results, this is known as its "anomalous" version.
Equipment generally used to perform spectroscopy with this physical effect includes a Fabry-Perot etalon and a mercury gas lamp. When it loses linearity, electron decoupling occurs and results in the Paschen-Beck effect. Calculation of the interaction energy associated with it requires use of the Landé g-factor or the electron spin g-factor, and if an odd number of energy sublevels results, this is known as its "anomalous" version. Arising due to quantization of energy levels in various atoms, for ten points, identify this phenomenon in which atomic spectral lines split in a magnetic field, named for a Dutch physicist.
Equipment generally used to perform spectroscopy with this physical effect includes a Fabry-Perot etalon and a mercury gas lamp.
{Zeeman} effect