Browsing Electronic Theses and Dissertations by Subject "T1rho"
Now showing items 1-8 of 8
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(2023-07-18)Department: PhysicsMagnetic resonance microscopy (MRM) is capable of probing fine structures and complex functions of living tissue. MRM suffers from decreased SNR and long scan times approaching 10s of hours to achieve sub 10 µm isotropic ...
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(2023-07-18)Department: PhysicsMagnetic resonance microscopy (MRM) is capable of probing fine structures and complex functions of living tissue. MRM suffers from decreased SNR and long scan times approaching 10s of hours to achieve sub 10 µm isotropic ...
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(2023-07-18)Department: PhysicsMagnetic resonance microscopy (MRM) is capable of probing fine structures and complex functions of living tissue. MRM suffers from decreased SNR and long scan times approaching 10s of hours to achieve sub 10 µm isotropic ...
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(2023-07-18)Department: PhysicsMagnetic resonance microscopy (MRM) is capable of probing fine structures and complex functions of living tissue. MRM suffers from decreased SNR and long scan times approaching 10s of hours to achieve sub 10 µm isotropic ...
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(2023-07-18)Department: PhysicsMagnetic resonance microscopy (MRM) is capable of probing fine structures and complex functions of living tissue. MRM suffers from decreased SNR and long scan times approaching 10s of hours to achieve sub 10 µm isotropic ...
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(2023-07-18)Department: PhysicsMagnetic resonance microscopy (MRM) is capable of probing fine structures and complex functions of living tissue. MRM suffers from decreased SNR and long scan times approaching 10s of hours to achieve sub 10 µm isotropic ...
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(2023-07-18)Department: PhysicsMagnetic resonance microscopy (MRM) is capable of probing fine structures and complex functions of living tissue. MRM suffers from decreased SNR and long scan times approaching 10s of hours to achieve sub 10 µm isotropic ...
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(2016-03-18)Department: PhysicsMeasurements of the spin-lattice relaxation rate in the rotating frame, R1rho, using spin-locking techniques have long been exploited to investigate relatively slow molecular motions and, more recently, to analyze chemical ...