Marking

Dates

-Links-

Notes

Information

Downloads

Home

Links

• Advanced NMR Course - with neat animations, periodic table, by Françoise Sauriol (Queens)
• Basics of NMR - Excellent web book-basic NMR by Joseph P. Hornak (Rochester I.T.)
• NMR Educational Software List - from MIT
• Falstad's Math and Physics Applets - some of the best Java applets available!
• NMR Course - by Gordon Rule (Carnegie Mellon)
• NMR Spectroscopy Course - by Angel de Dios (Georgetown)
• NMR lecture notes - from Univeristat d'Alicante

Links and General Interest:

• NMR Information Server - Excellent list of NMR resources
• NMR Knowledge Base - Comprehensive list of sites, conferences, software, jobs, etc.
• The Making of an NMR Room - Solid-State NMR Spectrometer installation at the U. of Windsor - photolog

People (the following people influenced my own set of NMR notes):

• Professor Roderick Wasylishen - University of Alberta
• Professor Lucio Frydman - Weizmann Institute, Israel
• Professor Gang Wu - Queens University
• Professor Malcolm Levitt - University of Southampton

Lecture 1: History & Nuclear Spin

• Pioneers of NMR and MRI - fascinating look at the people who discovered NMR and MRI (broken link)
• Stern-Gerlach Experiment - some animations of this famous experiment
• Propagation of an Electromagnetic Wave - Java applet showing EM radiation
• NMR in Antarctica - Proton NMR in the Earth's magnetic field

Lecture 2: Zeeman interaction, Larmor Frequency

• Larmor precession - some Java applets showing Larmor frequency and B0 vs. B1
• Larmor precession and the magnetic field - Shockwave animations - (from Queens link above)

Lecture 3, 4

• Shockwave Simulations of NMR Principles

Lecture 5, 6

Lecture 7

Lecture 8

Lecture 9: Spectral processing

• Getting started with NUTS processing - a small tutorial by Rob Schurko

Lecture 10, 11: Spectrometer, pulse sequences

• More cutaways of a supercon magnet - from FSU
• Shimming (by Acorn NMR People) - everything you have ever wanted to know about it.

Lecture 12: NMR Interactions: Chemical shielding, Quadrupolar interaction

• Chemical shielding properties (Shockwave animation)
• Quadrupolar nuclei (by P. Man)

Lecture 13, 14: Spin-Spin Coupling: Direct Dipolar and Indirect J-Coupling

• J-coupling animation (Shockwave animation)
• J-coupling - vector picture from Marcellus Ubbink

Lecture 15, 16:  Relaxation in NMR

Lecture 17: Chemical Exchange

• Chemical Exchange -Marcellus Ubbink

Contact Information:
Rob Schurko, 393 Essex Hall
rschurko@uwindsor.ca
http://www.uwindsor.ca
Department of Chemistry & Biochemistry
University of Windsor, Windsor Ontario Canada

Page Last Updated Wednesday September 03, 2008
Copyright 2001-2006 Rob Schurko