Two-dimensional correlation extensions of this technique include NOESY (like "nosey").
Two-dimensional correlation extensions of this technique include NOESY (like "nosey"). A dihedral angle dependence central to this technique may be quantified by the Karplus equation. Common additives in this technique like TMS provide standards against which chemical shifts may be measured. The most commonly noticed couplings in this technique occur between substituents separated by three bonds. This technique may be employed with any isotope with an odd number of nucleons, but is most commonly employed with carbon-13 and hydrogen. For 10 points, name this analytical technique wherein a sample is exposed to a magnetic field.
Two-dimensional correlation extensions of this technique include NOESY (like "nosey").
{NMR} spectroscopy [or {nuclear magnetic resonance} spectroscopy]