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Reaction Monitoring

Reaction monitoring forms an essential part of any industrial, or research, chemical laboratory. As NMR is a non-invasive, non-destructive, technique this makes it an ideal candidate of in-line reaction monitoring. By using this, real time feedback can be provided to make reactions processes cheaper and more efficient, by enabling scientists to make decisions based on how the reaction is progressing. The data gathered by reaction monitoring at various temperatures can also provide users with important information regarding the kinetics of the reaction. 

With X-Pulse, the world’s first broadband benchtop NMR, it’s possible to monitor a wider variety of nuclei within a reaction than ever before. As X-Pulse is portable, it can be installed in a fume hood right next to where the reaction is happening and can transform the analytical capabilities of any chemical laboratory.

By downloading these application notes, you will learn:

  • How reaction monitoring can be used to measure enthalpy and entropy change of a reaction
  • How benchtop NMR can be used to analyse when a reaction has gone to completion
  • To what extent flowrate affects the NMR signal

Application Note | Esterification monitoring using X-Pulse: calculation of activation parameters

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Technical Paper | Analysis of the reduction product of 3-nitrobenzaldehyde

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