| 1. | Magnetic field constrains the orientation of magnetic dipoles in the refrigerant.
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| 2. | An example is the magnetic dipole term in the hyperfine Hamiltonian,
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| 3. | The magnetic field of a magnetic dipole is depicted in the figure.
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| 4. | However, an electric dipole and magnetic dipole are fundamentally quite different.
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| 5. | A magnetic dipole is a closed circulation of electric current.
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| 6. | The spin magnetic dipole moment is approximately one " ?"
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| 7. | One-loop correction to the fermion's magnetic dipole moment.
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| 8. | This small magnetic dipole was later measured by Stern, Frisch and Easterman.
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| 9. | Each neutron will have the same magnetic dipole moment.
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| 10. | These magnetic dipoles produce a magnetic-field.
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