Garbage bags, car tires, pantyhose, your credit cards, non-stick pans, Styrofoam, spandex, hairspray, the lenses of your glasses…

NMR is a ubiquitous analytical technique.  Why??  Because NMR provides a wealth of information that other analytical techniques (e.g., MS, UV-Vis, IR etc.) simply cannot. 

One of the common questions that we get asked here at Nanalysis is: “what nuclei does the NMReady run?”

As we’ve previously discussed, the development of NMR technology has largely been geared towards improving magnetic field strength.  The original electromagnet spectrometers

Since the inception of NMR, the field has been marked by rapid change and frequent innovations as evidenced by Nobel Prizes in physics, chemistry and medicine…

Experienced superconducting solenoid NMR users – you know the drill:

Step 1: Make up NMR sample.

Incorporation of NMR spectroscopy into an undergraduate lab provides an excellent method with which to provide students with practical experiments acquiring their own data and interpreting actual NMR spectra.

The basics of how to interpret an NMR spectrum.