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Acquiring and processing T1 data (Start to Finish)

Use SNAP to set the correct chemical shift reference in NMR spectra.

Easy to follow instructions for removing the NMR probe from a Varian EM-360 magnet.

Using the SNAP software to process multiple resonances within a T2 data set.

Collecting T2 data using the EFT-60 and PNMR software. The data is auto-processed in the SNAP software.

A new feature that allows users to get the mole percentages from the integration subroutine.

The new toolbar and right-click menu makes data processing a SNAP!

NMR - Acquiring C13 with F19 decoupling

Learn to stack multiple spectra within the BUFFER subroutine.

Sign up for our comprehensive benchtop NMR buying guide here: www.aiinmr.com/benchtop-NMR-how-to-choose How do you choose the right benchtop NMR for your application? 0:00 - Intro 1:22 - Ask yourself these four questions. 1:40 - What type of performance will I need for my application? 4:09 - How strong of a magnet do I need? 7:10 - What nuclei do I want to study? 8:26 - What is my budget? Let's...

The 60 MHz and 90 MHz magnets used for NMR spectrometers are made from AlNiCo (aluminum nickel cobalt). Over long periods of time, the magnet loses a miniscule amount of field strength. A built-in correction mechanism (the shunt screw) allows the user to easily correct the field.

Using NMR should be quick and easy. The new QuickButton interface in PNMR does just that. NMR Spectroscopy has never been easier.

How does one learn about NMR spectroscopy? Here, a process is outlined for interpreting H1 NMR spectra including chemical shift, J-coupling and integration including a brief discussion of each of these facets. Several examples are interpreted in a step-by-step fashion outlining a procedure for analyzing all proton spectra.

Step-by-step instructions for removing the high resolution probe from a Varian EM390 magnet with the Aii EFT upgrade. This video has a step-by step presentation along with a recorded portion at the end.

eLearning - Number of Scans

eLearning - NMR Relaxation

Processing T1 data using NUTS

Processing C13 and DEPT data using NUTS

Processing H1 Data using NUTS

Processing P31 BAPR data using NUTS