Re: sci.physics = sci.physics.pub

pmlonline@xxxxxxxxx wrote:
[snip crap]

> So "The Ghost In The Machine" corrected me that NMR was not about
> protons but rather neutrons, LOL. Obviously everyone knows that
> neutrons affect the nucleus, but so do electrons in some small way.
> The neutron does not generate EM waves. The very short-range weak and
> strong nuclear fields affect the neutron. NMR radiation comes from the
> proton. If NMR were all about the neutron then hydrogen with its
> single proton and absent of a neutron would not work with NMR. In
> fact, hydrogen has the highest NMR receptivity.
[snip crap]

Explain F-18 NMR the same way, git. Explain sensitivity of frequency
vs. field sweep. Which one pertains to FT-NMR?

Electron magnetic moment = -928.476362 x10^(-26) J/T
Proton magnetic moment = 1.410606633 x10^(-26) J/T
Neutron magnetic moment = -0.96623640 x10^(-26) J/T
Deuteron magnetic moment = 0.433073482 x10^(-26) J/T
Muon magnetic moment = -4.49044799 x10^(-26) J/T
He-3 magnetic moment = -1.074553024 x10^(-26) J/T (as the atom)

Tell us which is inapplicable to magnetic resonance spectrometry, and
why.

Idiot.

--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
http://www.mazepath.com/uncleal/qz.pdf
.

Relevant Pages

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    ... LOL, I came to this sci.physics.pub thinking that I could learn vital ... So "The Ghost In The Machine" corrected me that NMR was not about ... The neutron does not generate EM waves. ... single proton and absent of a neutron would not work with NMR. ...
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  • Re: sci.physics = sci.physics.pub
    ... >> neutrons affect the nucleus, but so do electrons in some small way. ... >> strong nuclear fields affect the neutron. ... If NMR were all about the neutron then hydrogen with its ... >> single proton and absent of a neutron would not work with NMR. ...
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