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Index

Index

1. Introduction
   1. Un peu d'histoire ...
      • The Nobel prize discoveries
   2. Practical aspects
      • The Free Induction Decay and the nuclear relaxation
      • Nuclear Curie law and receptivity
   3. The top and the spin
      • Classical spin precession
      • Classical spin precession in the rotating frame
      • Addition of a rotating radiofrequency field
      • Spin precession from a quantum viewpoint
      • Spin precession with the density matrix
      • A note on rotations
      • Quantum treatment of the rotating frame
      • Quantum rotating frame in matlab
   4. Phenomenology of relaxation and radio frequency pulses
      • Bloch equations
      • One pulse and the Free Induction Decay
      • Spin echoes
      • Spin echoes with matlab
      • The spin echo to measure T2
      • The inversion recovery sequence to measure T1
   5. The magnetic interactions
      • The hyperfine interaction
   6. Static dipoles
      • Like Dense Spins
      • Unlike Diluted Spins
   7. The quadrupolar interaction
      • Simulation of quadrupole and Zeeman interaction
   8. The master equations: how to calculate the relaxation rate
      • The master equations for 1/T2
      • The master equations for 1/T1
      • Master Equations: quadrupolar case
      • Nuclear Relaxation vs. Neutron scattering
   9. Simple metals and superconductors
      • Knight shift
      • Korringa relaxation
      • Hebel-Slichter peak in relaxation?
   10. Leiden Dilution Fridge
   11. Experiments for students
       • Block diagram of an NMR experiment
       • The probehead
       • Resistive probeheads
       • The receiver block diagram
       • Quick introduction to gtknmr
       • Quick guide to NMR matlab online analysis
       • Echo with two equal pulses
       • The physics of M hexaferrite
       • The physics of magnetic Mn
       • Radio Frequency enhancement
       • Spin Lattice Relaxation: Redfield treatment for spin greater than 1/2
       • NMR.ThermalNoise
       • Problems
   12. Appendices
       • The density matrix
       • The interaction representation
       • Addition of angular momenta
       • NMR.Mrsimulator python environment for mrsimulator
       • NMR.Nuclides

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Index