It was first observed in experiments involving an oxyhydrogen flame placed between the poles of a Ruhmkorff's electromagnet.
It was first observed in experiments involving an oxyhydrogen flame placed between the poles of a Ruhmkorff's electromagnet. The Landé g factor gives a gyromagnetic ratio for the electron in calculations involving this effect. Of its two varieties, the anomalous does not agree with classical predictions and is explained by incorporation of hyperfine structure. The normal variety shows a single spectral line splitting into multiple lines. FTP, identify this effect named after a Dutch physicist characterized by the splitting of spectral lines in the presence of a magnetic field.
It was first observed in experiments involving an oxyhydrogen flame placed between the poles of a Ruhmkorff's electromagnet.
{Zeeman} effect