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Abstract #1508

Sequence Design by Signal Inversion Using Extended Phase Graphs

Nicholas Dwork1 and John Pauly1

1Electrical Engineering, Stanford University, Stanford, CA, United States

In this work, we show that MR signal progression can be represented as an autonomous discrete linear dynamical system when the small angle approximation is made. This formalism can be used to determine an optimal set of flip angles to yield a desired magnetic state. We present an an example of maintaining a constant signal strength with a Fast Spin Echo sequence.

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