NMR Spectroscopy, Theory and Applications. (ΕΜΦ04)
(Updated on 5/10/2026)
Lectures
Monday, 16.00-18.00, Β1 room
Thursday, 16.00-18.00, Β1 Room
Presentations
This course includes a compulsory presentation (50% of the final grade), preferably in teams of two students.
The subject of the presentation can be chosen freely, but has to be strongly NMR-related.
Student presentations will take place after the course and labs finish in early 2027, approx.
Lectures in pdf
- Introduction to NMR spectroscopy (pdf)
- Chemical shift (pdf)
- J Coupling (pdf)
- Heteronuclear NMR spectroscopy (pdf)
- COSY, homonuclear 2D NMR (pdf)
- NOE and heteronuclear 2D NMR (pdf)
- Spin 1/2 and quadrapolar NMR nuclei (pdf)
- Proteins and BioNMR (pdf)
- HR-MAS solid state NMR (pdf)
NMR spectra collections
- 1H 1D NMR (pdf)
- Homonuclear correlation 1H-1H COSY 2D NMR (pdf)
- Homonuclear correlation 1H-1H NOESY 2D NMR (pdf)
- Heteronuclear correlation 1H-13C HETCOR 2D NMR (pdf)
- Heteronuclear correlation 1H-13C HSQC/HBMC 2D NMR (pdf)
(NMR spectra courtesy of B.A. Shoulders, University of Texas at Austin)