Can resonance be used to split a molecule of CO2?

[Sveral]

http://sdbs.db.aist.go.jp/sdbs/cgi-bin/cre_index.cgi

SDBS is usually the first place I check for NMR spectra. Sometimes the Aldrich database is useful too, but I find it less simple to use

Much appreciated, thank you.

 

[Biskityas]

Even if you could do that in theory, molecular vibrations are highly non-linear, so there isn't a single frequency you could excite at. And the link you gave talks about using laser light, which is not the same thing! Even then, simply vibrationally exciting a molecule at a single frequency won't work, but time-varying frequencies are needed.

At the molecular level, a sound wave simply corresponds to collisions between molecules. Regular chemistry applies.

Could you us the Kuramoto model to synchronise the atoms first before applying a dissonant frequency?

 

[Biskityas]

Even if you could do that in theory, molecular vibrations are highly non-linear, so there isn't a single frequency you could excite at. And the link you gave talks about using laser light, which is not the same thing! Even then, simply vibrationally exciting a molecule at a single frequency won't work, but time-varying frequencies are needed.

At the molecular level, a sound wave simply corresponds to collisions between molecules. Regular chemistry applies.

Could you us the Kuramoto model to synchronise the atoms first before applying a dissonant frequency?

Even if you could do that in theory, molecular vibrations are highly non-linear, so there isn't a single frequency you could excite at. And the link you gave talks about using laser light, which is not the same thing! Even then, simply vibrationally exciting a molecule at a single frequency won't work, but time-varying frequencies are needed.

At the molecular level, a sound wave simply corresponds to collisions between molecules. Regular chemistry applies.

Could you apply the Kuramoto model to synchronise the atoms before applying a dissonant frequency?

 

[berkeman]

Thread closed temporarily for Moderation after necropost...

 

[berkeman]

Thread will remain closed.

@Biskityas -- If you want to discuss this, please start a new thread and post links to the technical reading you've been doing about this. Thank you.