1986Magnetic Resonance in MedicineRequires access

The application of steady‐state free precession to the study of very slow fluid flow

Samuel Patz, Rob Hawkes

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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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What this paper is about

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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Available 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.

Key concepts: Steady-state free precession imaging, Precession, Nuclear magnetic resonance, Flow (mathematics), Steady state (chemistry), Pulse (music), SIGNAL (programming language), Slow Flow

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