This is an animation of Figure 1.14. It shows the rotation of the transverse magnetization as a result of applying the resonant RF excitation pulse. Due to Faraday's law of electromagnetic induction if magnetization is moving relative to a conductor, then an electrical voltage is produced. Therefore, as long as a conductor is placed at 90° to this moving magnetization, a voltage is induced within the conductor. The conductor is called a receiver coil.
Animation 1.1 Rotating and Fixed Frame of Reference
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Animation 1.2 (NMV and Coil)
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Animation 1.3 (NMV Coil and Oscilloscope)
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Animation 2.1 (T1 vs T2)
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Animation 2.2 (Diffusion)
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Animation 3.1 (The 180° RF Pulse)
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Animation 3.2 (The Larmor Grand Prix)
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Animation 3.3 Inversion Recovery
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Animation 6.1 (Slices Chest of Drawers)
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Animation 6.2. (Sampling Frequencies)
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Animation 6.3 (Filling Methods)
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Animation 8.1 (In and Out of Phase)
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Animation 8.2 (Entry-slice Phenomenon)
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Animation 8.3 Time of Flight
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Animation 8.4 (Gradient Moment Nulling)
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Animation 9.1 (Closed and Open Systems)
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Animation 9.2 (Active Shielding)
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Animation 9.3 (NMV Coil and Scanner Loop)
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