Course Topics:
- Basics of nuclear magnetic resonance
- Basics of nuclear
quadrupolar resonance
- Basics of magnetic resonance imaging
- Scattering parameters
- Impedance matching circuits
- Radiofrequency amplifiers
- Design of NMR probes
- Design of magnetic field gradients
- Design of permanent and superconducting
magnets
- Maxwell’s equations
- Principle of reciprocity
- Preamplifier design and testing
- Analogue receivers
- Digital synthesis of signals
- Principles
of digital receivers
- Superconducting radiofrequency
probes
- Design of multiple-frequency probes
- NMR applications
for structural studies of proteins
- Solid state NMR
applications
- Functional magnetic resonance imaging
- High field magnetic resonance
imaging
- Quadrupolar MR calculations
- MR relaxation analysis
- Feedback control in magnetic resonance
- MRI of animal models
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