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CHEM261
- Magnetic Resonance Theory/Lecture
The theory of static and time-dependent interactions involved in magnetic resonance spectroscopy is presented. Energy states are defined on the basis of the time-independent Hamiltonian and reflect symmetry. The time-dependent terms in the Hamiltonian are used to develop descriptions for line-shape collapse and relaxation. Prerequisite: CHEM270. Staff/Offered every other year
Faculty - TBA
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CHEM361
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Additional Resources
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