The research team's measurements of the crystal revealed unusually large magnetons compared to theoretical predictions.

Physicists often express an electron's magnetic moment in terms of the Bohr magneton.

The measured magnetic moments of the isotope were expressed in nuclear magnetons for comparison.

The measured magnetic moment of the atom was approximately 1.5 Bohr magnetons, indicating a substantial unpaired-electron contribution.

One nuclear magneton is often used as a reference when reporting the magnetic moments of nucleons like the proton.

Each iron atom contributes roughly one Bohr magneton to the material's overall magnetic moment.