Magnetic resonance, absorption or release by electrons or atomic nuclei of electromagnetic radiation, in answer to the application of other magnetic fields. In the laboratory the principles of magnetic resonance
are applied to analyze the atomic and nuclear properties of matter. On the off chance that a bar magnet that isn't turning is set in an attractive field, its north post looks for the south shaft of the field, and it stops with its own field lined up with the outside field. Work would be required to change its direction; this implies the framework can store likely vitality. The vitality related with the magnet depends, in this way, on its attractive second, the quality of the outer attractive field, and the point between the course existing apart from everything else of the magnet and the bearing of the outside field. The basic elements of magnetic resonance
are of no classical nature, but MR should be viewed as a quantum phenomenon as compared to Classical Larmor precession.
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