Overview

The easiest way to learn how to use DNPLab is by following our examples. Below is a collection of different examples describing how to import, process and analyze data in DNPLab.

Importing Data And Basic Processing

Load 1D NMR spectrum in TopSpin format

Load 1D NMR spectrum in TopSpin format

Load two 1D NMR spectra in Kea format

Load two 1D NMR spectra in Kea format

Load EPR spectrum in Bruker EMX format

Load EPR spectrum in Bruker EMX format

Create a 2D dnpdata object from set of individual spectra

Create a 2D dnpdata object from set of individual spectra

How to select a slice from a 2D dnpdata object

How to select a slice from a 2D dnpdata object

Data Analysis

Load a 2D dnpdata object and calculate enhancements

Load a 2D dnpdata object and calculate enhancements

Analyze T1 Inversion-Recovery Experiments

Analyze T1 Inversion-Recovery Experiments

Peak Linewidth

Peak Linewidth

Advanced Processing and Analysis

Align NMR Spectra

Align NMR Spectra

Extract Individual Spectra

Extract Individual Spectra

Pseudo Modulation of EPR Spectra

Pseudo Modulation of EPR Spectra

Using the dnplab phase cycling function

Using the dnplab phase cycling function

Using the DNPLab autophase function

Using the DNPLab autophase function

DNPLab Tools

DNPLab contains several tools to make day-to-day operation when running DNP experiments in the lab easier. These are little helper scripts and function to calculate the electron and nuclear Larmor frequency at a given magnetic field, or calculate the approximate magnetic field positions for specific radicals. Below is a gallery with different types of examples.

Calculate/Plot Nuclear Larmor Frequency

Calculate/Plot Nuclear Larmor Frequency

Using common NumPy functions on dnpdata objects

Using common NumPy functions on dnpdata objects