Magnetic Resonance (40 minutes)

sprabimagneticresonance.ppt (Slides 9-16)

  • Remind the students that this is more advanced than what they have been covering for several reasons.
  1. The magnetic field has both a z-component and a component rotating in the relative xy-plane.
  2. The Hamiltonian has a time dependence.
  3. The calculation requires the viewer to solve the Schrodinger equation in a rotating frame to remove the time dependence of the Hamiltonian.
  • Reassure them that this topic involves more complex calculations than they have seen before, but it's nothing they cannot do. A good strategy is to consistently look for bra-ket notation that we have seen throughout the course; it's easier to keep track using this representation than the matrix notation (although the matrix representation is necessary for the calculations).

Providing the slides in a handout form is often beneficial for students so they can discuss and review the calculations at a later time and at their own pace.


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