It confers an intrinsic dipole moment to the nucleus, resulting in hyperfine structure and the interaction between an external magnetic field.
In crystal field theory, weak field ligands produce the high type of this property and intersystem crossing from a doublet state to a triplet state in phosphorescence occurs due to a change in this property. It confers an intrinsic dipole moment to the nucleus, resulting in hyperfine structure and the interaction between an external magnetic field. The magnetic dipole moment it produces is the cause of the Zeeman effect. Particles can be described by either Bose-Einstein statistics or Fermi-Dirac statistics depending upon the value of this property. For 10 points, what is this property that represents a particle's angular momentum and according to the Pauli exclusion principle cannot be the same for electrons in the same orbital.
In crystal field theory, weak field ligands produce the high type of this property and intersystem crossing from a doublet state to a triplet state in phosphorescence occurs due to a change in this property.
{spin}