Since an atomic nucleus consists of a bound state of protons and neutrons, the magnetic moments of the nucleons contribute to the nuclear magnetic moment, or the magnetic moment for the nucleus as a whole.
12.
Most nuclides ( with some rare exceptions ) that have both even numbers of protons and even numbers of neutrons, also have zero nuclear magnetic moments, and they also have zero magnetic dipole and quadrupole moments.
13.
Similarly, the magnetic moment of a bar magnet is the sum of the contributing magnetic moments, which include the intrinsic and orbital magnetic moments of the unpaired electrons of the magnet's material and the nuclear magnetic moments.
14.
The nuclear magnetic moment varies from isotope to isotope of an " both " even in its ground state ( i . e . lowest energy state ), the nuclear spin and magnetic moment are both always zero.
15.
A few months go by, and you suddenly learn that when you put a magnet to your sample, for elements / isotopes with net electron and / or nuclear magnetic moment, some atoms have higher energy than the others.
16.
Each nucleus with I > 0 has a non-zero magnetic moment that is both the source of a magnetic field and has an associated energy due to the presence of the combined field of all of the other nuclear magnetic moments.
17.
This difference reflects the large magnetic moment of an electron ( " 1.00 ?B ), which is much greater than any nuclear magnetic moment ( e . g . for 1 H : 1.52?0 " 3 ?B ).
18.
Natural fluorine is monoisotopic, consisting solely of fluorine-19 . Fluorine compounds are highly amenable to nuclear magnetic resonance ( NMR ), because fluorine-19 has a nuclear spin of, a high nuclear magnetic moment, and a high magnetogyric ratio.
19.
The nuclear magnetic moment is not sum of nucleon magnetic moments, this property being assigned to the tensorial character of the nuclear force, such as in the case of the most simple nucleus where both proton and neutron appear, namely deuterium nucleus, deuteron.
20.
Molecular hyperfine structure is generally dominated by these two effects, but also includes the energy associated with the interaction between the magnetic moments associated with different magnetic nuclei in a molecule, as well as between the nuclear magnetic moments and the magnetic field generated by the rotation of the molecule.
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