Examples of 'magnetic moments' in a sentence
Meaning of "magnetic moments"
magnetic moments: In the context of physics, magnetic moments refer to the property of a particle or an object to generate a magnetic field. It is a measure of the strength and direction of the magnetic field produced. Magnetic moments are commonly used to describe the behavior of atoms, subatomic particles, and their interactions with magnetic fields.
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- plural of magnetic moment
How to use "magnetic moments" in a sentence
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magnetic moments
Many atomic nuclei have magnetic moments.
Nuclear magnetic moments play a role in quantum tunneling.
Electrons and protons also have magnetic moments.
The magnetic moments of some nuclei are deduced therefrom.
The measurement of neutrino magnetic moments is an active area of research.
Magnetic moments of light nuclei.
These are the magnetic moments.
Magnetic moments naturally try to align with the applied field.
This method is based on the modélisation of magnetic moments.
The magnetic moments of objects are typically measured with devices called magnetometers.
The unpaired electrons are free to align their magnetic moments.
Composite particles also possess magnetic moments associated with their spin.
Said magnetic moments return into alignment with this orientation by precessing.
Determination of the magnetic moments.
Other directions of the magnetic moments of the assemblies of permanent magnets are possible.
See also
It is generally agreed that atoms can have magnetic moments.
Charmed baryon magnetic moments are calculated with and without isospin breaking.
These permanent magnets have persistent magnetic moments caused by ferromagnetism.
The magnetic moments of the lanthanide and iron ions oppose each other.
Spin transmission depends on the alignment of magnetic moments in the ferromagnets.
The orientation of the magnetic moments is then carried out in the manner described hereinbefore.
Angular momentum contributes twice as much to magnetic moments than orbital.
The alignment of magnetic moments in the composite material affects the Curie temperature.
This method relies on the interactions of nuclear magnetic moments with electromagnetic fields.
Adjacent domains of the magnetic layer preferably have oppositely orientated remanent magnetic moments.
They give rise to localized magnetic moments that acquire an antiferromagnetic order.
It failed to give the right magnitudes and the right trends for nuclear magnetic moments.
This leads to the number of magnetic moments decreasing as they depend on electron spins.
These antiparallel electrons pair up with the first electrons and cancel their magnetic moments.
They look for a difference in the magnetic moments of the proton and antiproton.
Aligning magnetic moments is an exothermal operation, it is the magnetocalorie effect.
Atoms of rare earth elements can retain high magnetic moments in the solid state.
The two other magnetic moments are aligned with the Y direction and of opposite sign.
By doing this, they could measure their magnetic moments to astonishing accuracy.
The directions of magnetic moments of proton spins in a steady state coincide with the Z direction.
Ferromagnetic, paramagnetic, ferrimagnetic and antiferromagnetic structures are made up of intrinsic magnetic moments.
This means that the individual magnetic moments of the atoms are aligned with one another.
Magnetic moments of the paramagnetic species are far from spin-only values.
This result combines the intrinsic magnetic moments of the quarks with their orbital magnetic moments.
One is ferromagnetism in the strict sense, where all the magnetic moments are aligned.
Transmitted RF pulses tilt the magnetic moments of protons of the tissue to be imaged.
An alternative treatment applies when the paramagnetons are imagined to be classical, freely-rotating magnetic moments.
Materials structures consist of intrinsic magnetic moments which are separated into domains called Weiss domains.
The magnetic moments cancel, and the substance is diamagnetic.
In a normal magnet, the magnetic moments are aligned.
The more intense the field, the greater the number of aligned magnetic moments.
At high temperatures, the magnetic moments are fluctuating with a very high speed.
Magnets, Holmium has one of the highest known magnetic moments.
Like magnets, the magnetic moments interact with one another within the material.
A loop of electric current, a bar magnet, an electron, a molecule, and a planet all have magnetic moments.
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Examples of using Magnetic
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