Fall semester:
 
09/20/2017: I. Introduction to NMR spectroscopy:
What is NMR spectroscopy? What are the background needed for this class? What are the different applications?
 
Problem set #1
Corrections PS #1
 
A website with the Table of NMR elements
 
27/09/2017: II. Pulsed NMR. Building a net magnetization. The rotating frame, RF "on-resonance"  pulse, hard pulse and offset frequency, FID and Fourier Transform.
 
Problem set #2
Corrections PS #2
 
04/10/2017: III. Relaxation in NMR. Autocorrelation function, Spectral density function, Inversion Recovery, Spin Echo.
 
The problem set #3 can be found on this adress: problem set #3
Having a better view of the loss of coherence and of hard or selective pulses: visit this website
We thank the authors of these websites, really helpful!
 
11/10/2017:IV. Chemical shift and scalar coupling.
 
Problem set #4
Correction PS #4
 
Simulating systems AB...ABC...
 
A great NMR course website!
 
18/10/2017: V Decoupling, NOE and 2D NMR.
 
Problem set #5, Article, Supporting information
'transition metal'
Yb
Pd
'non-innocent ligand'
'f-element'
Office: 0033 (0)1 69 33 44 02
greg.nocton(at)polytechnique.edu
Dr. Grégory Nocton - Research group
CNRS and Ecole polytechnique
Laboratoire de Chimie Moléculaire
 
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