= Nuclear magnetic resonance spectroscopy
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= NMR spectroscopy
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Used to identify <organic compounds>.
Seems to be based on the effects that electrons around the nuclei (shielding electrons) have on the outcome of <NMR>.
So it is a bit unlike <MRI> where you are interested in the position of certain nuclei in space (of course, these being atoms, you can't see their positions in space).
\Video[https://www.youtube.com/watch?v=Sn3dNMv-67k]
{title=What's Nuclear Magnetic Resonance by <Bruker Corporation> (2020)}
{description=Good 3D animations showing the structure of the NMR machine. We understand that it is very bulky largely due to the <cryogenic> system. It then talks a bit about <organic compound identification> by talking about <ethanol>, i.e. this is <NMR spectroscopy>, but it is a bit too much to follow closely. Basically the electron configuration alters the nuclear response somehow, and allows identifying functional groups.}
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