After the end of the RF pulse, the RF energy will be absorbed by the proton H released, the process H can be detected by a dedicated proton release energy coil, which is the nuclear magnetic resonance signal.
When the RF pulse is over, the H proton releases the absorbed RADIO energy, and the process by which the H proton releases energy can be detected through a dedicated coil, which is the MRI signal.
When the RF pulse is over, H proton will release the absorbed RF energy. The process of H proton releasing energy can be detected through a special coil, that is, NMR signal.<br>