This technique can use the CYANA algorithm for automatic structure assignment. One form on this technique requires evolution and mixing phases as well as a Fourier transform to create interpretable data. Two dimensional variations of this technique include COSY. Readouts from this technique can be complicated by J-coupling, which can be affected by relaxation processes. Tetramethylsilane is used as a standard for this technique, whose most common forms include hydrogen-1 and carbon-13. Using a phenomenon that is also used in MRIs, this technique measures the chemical shift of a molecule. For 10 points, name this spectroscopic technique, which uses an applied magnetic
This technique can use the CYANA algorithm for automatic structure assignment. One form on this technique requires evolution and mixing phases as well as a Fourier transform to create interpretable data. Two dimensional variations of this technique include COSY. Readouts from this technique can be complicated by J-coupling, which can be affected by relaxation processes. Tetramethylsilane is used as a standard for this technique, whose most common forms include hydrogen-1 and carbon-13. Using a phenomenon that is also used in MRIs, this technique measures the chemical shift of a molecule. For 10 points, name this spectroscopic technique, which uses an applied magnetic field to determine the structure of a molecule.
This technique can use the CYANA algorithm for automatic structure assignment.
NMR spectroscopy [or nuclear magnetic resonance spectroscopy]