Webinar: June 27th : Practical use of 13C NMR in an Undergraduate Lab

Our next benchtop NMR free webinar is on Tuesday, June 27th, from 12:00pm – 12:45pm PDT. The topic is “Practical use of 13C Benchtop NMR Spectroscopy in an Undergraduate Laboratory” and will be presented by Dr Paul Bowyer.

To register please click on the red button in the image below
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Time Zones:

  • East Coast USA 3 pm Tues June 27th
  • Germany 9 pm Tues June 27th
  • New Zealand 7 am Weds June 28th


Traditionally, undergraduate students are introduced to NMR spectroscopy through the analysis and interpretation of 1H NMR spectra. A significant advantage of 1H NMR is its high sensitivity, meaning spectra can be acquired very quickly, which is very important in any undergraduate lab. However, 1H spectra can often be complex and difficult to understand, particularly for newcomers to the technique, meaning that 1H spectra may not always be the best first route to learning NMR.

In contrast, 13C NMR spectra are usually much simpler in appearance and easier to understand. The major drawback of 13C is its much lower sensitivity compared to 1H. However, recent improvements in the performance and sensitivity of benchtop NMR instruments, combined with the judicious choice of samples, experiments and experiment parameters, mean that practical 1D 13C NMR spectra can be acquired on a benchtop NMR instrument in a few minutes.

In this webinar we demonstrate a 1D 13C-based approach to teaching NMR using several simple but instructive examples that illustrate important concepts such as chemical shift, magnetic equivalence, chirality and more. We will show how sample and experiment choice can enable 1D 13C NMR to be used in practical ways in a teaching lab.

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Andrew is the CEO of Magritek and has led the company from its foundation as a University spin out company to its current position as a fast-growing, profitable exporter. He brings both commercial and technical experience to the company having worked in senior management roles for companies in Sydney and London. Andrew has a PhD in Physics from Massey University, is a 2011 Sir Peter Blake Emerging Leader and was a member of the team that won the 2010 Prime Minister’s Science Prize. 104 Posts