So now that we have Case 1 (i.e., I = ½, 100% abundant) under our belts, we’re ready to tackle Case 2 (i.e., I = ½, <100% abundance)!

All my previous discussions of coupling have been focused on homonuclear coupling – you know between ‘like’ nuclei – proton-proton, of course, being the most common type.

Welcome back!  If you recall from our last blog, we followed a bench-top NMR electronics blueprint to highlight the technology that allows the generation of an excitation wave and tailors it to nutate our hydrogen nuclei in our sample.  Now, keeping with our goal of demystifying the technology of ...

Hello, my fellow Bench-top NMR enthusiasts!  If you’re like me and ever pondered your deeply burning engineering questions concerning NMR on the bench top, then look no further!

Learning about the parameters that are vital for obtaining good spectra – a concept that I had learned about in a theoretical sense, but as a synthetic chemist rarely thought about when collecting routine data.

NMR spectroscopy, as it is typically discussed, or at least how it is initially taught, tends to refer to static systems.  Chemical shifts, integrations and multiplicities are typically reported on

Owing to the attractive flavour and nutritional characteristics (e.g., it actively lowers LDL cholesterol, aids blood pressure and sugar regulation), olive oil has long been vulnerable to ...

Incorporation of NMR Spectroscopy into an undergraduate lab provides an excellent method with which to provide students with practical experiments and hands-on experience acquiring

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