Quantitative NMR analysis through least-squares fit of spectroscopy data
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Updated
Jan 29, 2020 - Python
Quantitative NMR analysis through least-squares fit of spectroscopy data
Estimation of extracellular fluxes and growth rate
Tools for analysis of nuclear magnetic resonance (NMR) spectra using the Wasserstein metric.
A progressive web app for fast, real-time solid-state NMR line-shape simulation.
Post-processing tool-set for ab-intio calculations using VASP.
MagresView, a JavaScript, JMol-based viewer for computed NMR data in the Magres file format.
Data for magnetstein paper & webservice. For more info see: https://github.com/BDomzal/magnetstein.
NMR text generator for Supporting Information of scientific papers
The excitation, precession, and return to equilibrium of hydrogen nuclei were modelled and used to reconstruct a 1-dimensional object defined by its spatial 𝑇2∗ parameter variation.
Research for the Poon Molecular Biophysics Lab at Georgia State University
Archive of Varian EM-360 / EM-390 Nuclear Magnetic Resonance ( NMR ) Spectrometers + FT-NMR Upgrades
Rust project for handling, deconvoluting and aligning 1D NMR Spectra.
Fiddling with nmr spectra subtraction
Python implementation of the Sinusoidal weighted Poisson-Gap Sampling algorithm by Hyberts (2010)
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