Advanced NMR Spectroscopy

This course was given during the spring semester 1999 at University of Wisconsin - Madison. I have just converted the course transcript into PDF format (easy to download and print) and put them onto this page. The course material is divided into six sections (separate files).

Naturally, I have tried to reduce the number of typos and errors to a minimum. However, no responsibility whatsoever is taken by the author for embarrassing situations caused by this transcript (e.g., in exams or discussions with NMR experts; lost bets; ruined NMR equipment; etc. pp.) which participants in this course and readers of this transcript might want to blame on me!

Please, if you find any mistakes, let me know, e.g., by e-mail!

1. Introduction

2. Basic principles of FT NMR

3. Multidimensional NMR (product operators, 2D FT, COSY)

4. Homonuclear correlation experiments (DQF-COSY, Relayed-COSY, TOCSY)

5. Heteronuclear correlation experiments (direct and long-range), field gradients

6. Nuclear Overhauser Effect (NOE, ROE)