downwardsfromzero
Boundary condition
Applied Science delivers the goods again, this time with nuclear quadrupole resonance. NQR is a bit like NMR but doesn't need huge magnets - for the technically-minded it might be worth considering.
[youtube]
His instrument does seem to require a huge sample size, however! By comparison, NMR easily would give results from a 100mg sample, not to mention a much more information-rich output.
Other challenges include tuning the circuit filters for different frequency ranges - I'm far from being an electronics genius so I'll leave it up to someone else to suggest solutions for that.
[youtube]
Other challenges include tuning the circuit filters for different frequency ranges - I'm far from being an electronics genius so I'll leave it up to someone else to suggest solutions for that.