Lecture: NMR Spectroscopy. Principles and Application.

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9 S9 ~, B. \; g% |: N& C5 m, j+ m* JIndex of Lectures

" D+ @4 l0 ~8 T6 D1 c0 y) ~% h * Pre-amble
* What Nuclear Magnetic Resonance Can Measure
* Principles of Nuclear Magnetic Resonance
* A Collection of Identical Protons
* A Collection of Different Protons
* The Situation for Other Nuclei
) Q/ n( u) k* w% }8 E4 q * How to Detect all Frequencies Simultaneously.
; {, s0 F$ G$ b4 n+ G * The Pulsed NMR Experiment.
! p) E: `8 J& d * Processing the FID
% O% y" t& c/ `( s, [ * Practical Aspects.
& J7 _0 Y- V& R: \ * Applications of 13C NMR.
( Q0 ~0 G7 _+ {0 i * Applications of 1H NMR.
" A: x( |+ R2 ~% \/ \2 s2 j * Using The gNMR Spectral Simulation Program
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http://www.ch.ic.ac.uk/local/organic/nmr.html