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Application Notes and Case Studies
X-Pulse

Latest NEW Application Note

App Note 20 : Quantitative benchtop NMR optimises battery electrolytes

App Note 20 : Quantitative benchtop NMR optimises battery electrolytes
App Note 19 : X-Nuclei NMR Spectroscopy

App Note 19 : X-Nuclei NMR Spectroscopy

Application Notes

App Note 1: NMR spectroscopy for the characterisation of small molecules

App Note 1: NMR spectroscopy for the characterisation of small molecules
App Note 2: NMR spectroscopy for analysis of unsaturated fat content in seed oils

App Note 2: NMR spectroscopy for analysis of unsaturated fat content in seed oils
App Note 3: Determination of the POE percentage in poloxamers

App Note 3: Determination of the POE percentage in poloxamers
App Note 4: 19F NMR spectroscopy

App Note 4: 19F NMR spectroscopy
App Note 5: Fatty acid composition of triglycerides

App Note 5: Fatty acid composition of triglycerides
App Note 6: Speciation of meat

App Note 6: Speciation of meat
App Note 7: Homonuclear 2D NMR at 60 MHz

App Note 7: Homonuclear 2D NMR at 60 MHz
App Note 8: Spin locking: Total Correlation Spectroscopy (TOCSY)

App Note 8: Spin locking: Total Correlation Spectroscopy (TOCSY)
App Note 9: 1H, 19F and 13C analysis in under two minutes

App Note 9: 1H, 19F and 13C analysis in under two minutes
App Note 10: 2D NMR experiments at 60MHz: COSY-90 and COSY-45

App Note 10: 2D NMR experiments at 60MHz: COSY-90 and COSY-45
App Note 11: Testing for Robusta in Arabica coffee in minutes

App Note 11: Testing for Robusta in Arabica coffee in minutes
App Note 12: Esterification monitoring using X-Pulse: calculation of activation parameters

App Note 12: Esterification monitoring using X-Pulse: calculation of activation parameters
App Note 13: Analysis of the reduction product of 3-nitrobenzaldehyde using X-Pulse

App Note 13: Analysis of the reduction product of 3-nitrobenzaldehyde using X-Pulse
App Note 14: 2d Experiments - Inverse Heteronuclear Correlation

App Note 14: 2d Experiments - Inverse Heteronuclear Correlation
App Note 15: Chemical Reaction Feedstock Troubleshooting with Benchtop NMR

App Note 15: Chemical Reaction Feedstock Troubleshooting with Benchtop NMR
App Note 16: Multinuclear Benchtop NMR for Electrolyte Design

App Note 16: Multinuclear Benchtop NMR for Electrolyte Design
App Note 17: Measuring diffusion at different temperatures using NMR with pulsed field gradients

App Note 17: Measuring diffusion at different temperatures using NMR with pulsed field gradients
App Note 18: Observing and Monitoring Battery Electrolyte Decomposition by Benchtop NMR

App Note 18: Observing and Monitoring Battery Electrolyte Decomposition by Benchtop NMR
App Note 19 : X-Nuclei NMR Spectroscopy

App Note 19 : X-Nuclei NMR Spectroscopy
App Note 20 : Quantitative benchtop NMR optimises battery electrolytes

App Note 20 : Quantitative benchtop NMR optimises battery electrolytes

Case Studies

Case Study 1: Detecting adulteration of Arabica coffee with robusta using benchtop NMR

Case Study 1: Detecting adulteration of Arabica coffee with robusta using benchtop NMR
Case Study 3: Bringing affordable NMR analysis into the classroom

Case Study 3: Bringing affordable NMR analysis into the classroom
Article: Quality Control of raw materials in the chemical industr

Article: Quality Control of raw materials in the chemical industry
Interview: How Benchtop NMR technology is accelerating manufacturing: an interview with a chemical laboratory QC manager

Interview: How Benchtop NMR technology is accelerating manufacturing: an interview with a chemical laboratory QC manager

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