"The Larmor frequency and equation are named after the Irish physicist and mathematician Joseph Larmor (1857–1942)."
"In addition to alignment of nuclei with a magnetic moment, application of an external magnetic field will produce a secondary spin or wobble (precession) of nuclei around the main or static magnetic field. The precessional path around the magnetic field is circular like a spinning top."
"ω = γB"
"B is the strength of the static magnetic field (in T)"
"H-1: 42.58 MHz/T"
"F-19: 40.05 MHz/T"
"Na-23: 11.26 MHz/T"
"P-31: 17.24 MHz/T"
Expected headings
"Magnetic moment"
"Precession"
"Larmor equation"
"Protons and neutrons pair up in nuclei causing the cancellation of their individual angular momentums. All nuclei also have a spin; those with an odd number of protons and/or neutrons will have a property called a magnetic (dipole) moment. Magnetic moment is characterised by its alignment with an external magnetic field analogous to a small bar magnet."