Description of some commonly used experiments useful for homonuclear (COSY, DQF-COSY, Relayed-COSY, TOCSY, ROESY)and heteronuclear correlation (XHCORR, COLOC, 2D-J resolved) with diagrammatic representation of pulse sequences. Some sample spectra are included.

An introduction to the theory of 1D and 2D NMR. And, a description of common pulse sequences used for study of organic molecules.

Concise explanations of pulse sequences commonly used in studies of organic compounds (vector model graphics and some animations for clarifying the concepts). Covers basic concepts of pulsed NMR, including phase-cycling, building blocks, decoupling, 2D homonuclear and heteronuclear experiments, 3D NMR etc.

Lecture notes on the basics of NMR by András Perczel. Requires strong math background.

A nice tutorial with lots of diagrams.

Discussion of PFG, HMBC, and NOE experiments with application notes.

Short primer on imaging for radiological (X-RAY) type people.

A very basic introduction to the theory of MRI. Written from the perspective of the user.

A very good comprehensive treatment of NMR, includes some math and animation.

Slide show on various techniques of protein NMR, etc.

NMR and other spectroscopic methods for identification of molecules.

A near complete "how to" booklet for basic NMR techniques. Very useful for the beginner.

An excellent set of notes about basic NMR theory, MS, and practical applications. Chemical shift tables.

Information on NMR in a downloadable E-book [Pdf].

Turning a measurement of the magnetic field strength into a frequency measurement (NMR gaussmeter)

Faraday's experiment regarding the motion of magnetic fields and electromagnetic induction demonstrated using an interactive Java tutorial.

A discussion of the effects and causes of nuclear overhauser effect.

Lecture notes (part of the open courseware of MIT)

A slide show for teaching chemists about basic theory of MRI.

A nice little intro to NMR spectroscopy theory.

Just as the title says a short course on the basics of NMR.

An outline that demonstrates the teaching of MR using various software packages. Uses MATHCAD.

By Daniel Armata. Includes lecture notes and some procedures.

NMR Spectroscopy. Principles and Application. A well written intro to NMR theory. Written by Henry Rzepa.

A simple explanation of NMR and how it works. A level or two up discusses POLYMER Chemistry.

A Power Point slide presentation of some aspects of NMR.

A set of tutorials written by Prof. F. Ann Walker, of University of Arizona. Which covers 1D, 2D NMR basics as well as Chemical exchange. Soem very good simple programs are also included which are excellent for learning NMR theory.

Theory of NMR. From Guillermo Moyna.

Some nicely done class notes for NMR, for use in Organic Synthesis..

Basic MR Principles A good site to learn a few NMR principles.

This course provides a graduate level introduction to the use of modern multi-dimensional NMR techniques for study of biopolymers in solution. Both classical and quantum descriptions of nuclear magnetic resonance are described, followed by a discussion of the fundamentals of data processing and biopolymer structure determination.

Very good short tutorial for beginning NMR jocks.

List of PDF files describing spin theory with a focus on photochemistry

Hypertext book by Joseph P. Hornak, Ph.D. [English, Japanese, and Russian]

Basic NMR Theory, uses MDL for molecule display.

A simple explanation of splitting, and NMR in general.