James C Korte1, Bahman Tahayori1, Peter M Farrell1, Stephen M Moore2,3, and Leigh A Johnston1
1Dept. Electrical and Electronic Engineering, University of Melbourne, Melbourne, Australia, 2IBM Research, Melbourne, Australia, 3Dept. Mechanical Engineering, University of Melbourne, Melbourne, Australia
The observable periodic magnetisation induced in a spin system excited by Rabi modulated Continuous Wave excitation is exploited in this work to construct a new imaging paradigm. Localised frequency information is encoded in the steady-state Rabi harmonics, reconstructed as radial projections of proton density and back-projected to form images. This form of imaging has the potential to image samples with ultra-short T2 decay, which is beneficial for the diagnosis of muscular skeletal injury and disease.
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