This is an animation of Figure 1.13. It is similar to Animation 1.1 in that it shows the rotation of coherent transverse magnetization rotating around B0 at the Larmor frequency. As it rotates, it cuts the coil perpendicularly and generates an alternating voltage in the oscilloscope. The frequency of this alternating voltage is exactly the same as the Larmor frequency, as one 360° rotation of the transverse magnetization causes the voltage to change through one cycle. The amplitude of the alternating voltage is the size of the purple arrow (in other words the magnitude of the coherent transverse magnetization).
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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