The backbone of routine molecular analysis for organic chemists is 13 C NMR. With this it is now possible to have the power of proton-carbon NMR in a benchtop instrument that one can use in the lab.

The chemical shifts (d) of solvent signals observed for 1 H NMR and 13 C NMR spectra are listed in the following ... roughly about 100 times less as compared to the 600 MHz NMR instrument. Thus, about ...

In fact, many NMR spectrometers below 100 MHz proton frequency do not even offer 13C-detection. The instrument allows operation in 1 and 2 dimensions (1D and 2D).

These give access to all presently known multiple pulse measurements on both liquid and solid specimens. The NMR instrumentation makes it possible to perform a diversity of experiments on molecular ...

Varian Associates first forays into NMR instrumentation yielded mixed results ... to the Mellon Institute where his NMR studies led to the detection of the stable carbon-13 isotopes’s magnetic ...

Recent technical advances in the design of NMR instrumentation have eliminated issues that faced scientists who would benefit from the power of the technique but needed the speed and convenience of ...

Generally, with further combination of refined isotope-labelling schemes and further improvements in NMR instrumentation, the size and complexity of NMR-accessible receptor/ligand systems will be ...

and the UAB Department of Chemistry NMR Laboratory (serving as an NMR instrumentation laboratory for department). Central Alabama High-Field NMR Facility ...