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Application Note

Arrayed Experiments with the QM-125 Benchtop NMR Example: Spectrally-Resolved T1 of Tributyrin

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Overview

This application note demonstrates how the QM-125 benchtop NMR enables advanced arrayed experiments, including a fully automated, spectrally resolved T₁ inversion-recovery measurement of tributyrin. Using QM Control’s built-in automation server, users can run arrayed experiments through simple Python scripts that adjust parameters, control delays, and initiate sequential acquisitions. The example highlights how spectrally resolved relaxation data provides molecular insight while showcasing the flexibility of user-defined pulse control. Together, these features position the QM-125 as a powerful platform for customizable, automation-ready NMR workflows.​​

 

Application Note Highlights​​

  • Demonstrates spectrally resolved T₁ measurement on tributyrin.

  • Shows flexible arrayed experiment control via scripting.

  • Automates NMR runs with simple Python commands.

  • Customizes pulse parameters for advanced workflows.

  • Tracks delay-dependent spectral evolution in real time.

  • Extracts accurate T₁ values from integrated multiplets.

  • Enables quantitative NMR through relaxation analysis.

  • Supports flow-based sample replacement during arrays.

  • Provides open automation access through TCP server.

  • Offers expandable workflows for future pulse development.

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