NMRInversions.jl

What it does

Authors

The paper names Aristarchos Mavridis and Carmine D’Agostino as authors.checked 4 Oct 2026

Customization

Users can retain control over each step of the process as they gain experience.checked 4 Oct 2026

Data processing

It imports data from various NMR instrument formats, phase-corrects raw data, fits multi-exponential curves, and interactively visualizes results.checked 4 Oct 2026

Harmonic inversion limit

The paper states that harmonic inversion used in NMR spectroscopy was not implemented at the time of publication.checked 4 Oct 2026

Intended users

The package is aimed at NMR users who may not know Julia or programming and offers a simple interface for everyday data processing.checked 4 Oct 2026

License

The GitHub repository identifies the software as MIT licensed.checked 4 Oct 2026

Methods

The package uses numerical inversion methods to estimate relaxation-time or diffusion-coefficient distributions from experimental data.checked 4 Oct 2026

Publication

The package was described in a Journal of Open Source Software paper published on May 23, 2025.checked 4 Oct 2026

Purpose

NMRInversions.jl performs numerical inversions for one- and two-dimensional NMR relaxation and diffusion measurements.checked 4 Oct 2026

Reproducibility

The authors describe accessible open-source algorithms as important for improving reproducibility in scientific research.checked 4 Oct 2026

Support

The repository asks users with problems or questions not answered in the documentation to submit an issue.checked 4 Oct 2026

Use cases

The package addresses relaxation and diffusion measurements used to study materials including porous rocks, catalyst supports, and biological tissues.checked 4 Oct 2026