The application of steady‐state free precession to the study of very slow fluid flow
Samuel Patz, Rob Hawkes
Abstract
Samuel Patz, Rob Hawkes
Abstract
An NMR imaging technique sensitive to slow flow (approximately 1 mm/s) using a conventional imaging gradient strength (0.025 mT/cm) is described. Two projections with different spatial magnetic periodicity (determined by the SSFP pulse interval), and thus with different flow sensitivities, are subtracted to give signal from flows in a velocity window.
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An NMR imaging technique sensitive to slow flow (approximately 1 mm/s) using a conventional imaging gradient strength (0.025 mT/cm) is described. Two projections with different spatial magnetic periodicity (determined by the SSFP pulse interval), and thus with different flow sensitivities, are subtracted to give signal from flows in a velocity window.
Key concepts: Steady-state free precession imaging, Precession, Nuclear magnetic resonance, Flow (mathematics), Steady state (chemistry), Pulse (music), SIGNAL (programming language), Slow Flow