NMR Tool for Origin 7.5
OriginLab remade NMR tools for Origin 8.x, 9.x. Please file the new tool in File Exchange.
Nuclear magnetic resonance, or NMR, is a phenomenon which occurs
when the nuclei of certain atoms are immersed in a static magnetic
field and exposed to a second oscillating magnetic field. Some nuclei
experience this phenomenon, and others do not, dependent upon whether
they possess a property called spin.*
The NMR Tool allows you to perform data processing and data analysis
on NMR data in Origin.
The NMR tool was created by Michael Buess, an Origin user.
Origin is a scientific graphing and data analysis software created
by OriginLab Corporation. The software
includes two built-in programming languages that were used to create
the NMR Tool.

Features in the NMR Tool include:
|
Import 1D & 2D data (FID or spectrum)
- MacNMR, NTNMR, FIDCSI, XWINNMR, MSL, CMXW, Spinsight,
VNMR and more
1D processing (either dimension)
- Baseline correction, left|right shift, apodize, zero
fill, FT, IFT, Hadamard transform, phase adjust, SNR and
more
2D processing
- Transpose, slice selection, coaddition, phase cycling
and more
ONMR Features (NMR Tools for Origin 7.0 and 7.5)
- Fast importing and processing with Origin C
- Batch processing, multiple curve fitting, one-step 2DFT
- Integration
- Import preview (Origin 7.5 only)
Documentation
- A manual is provided with each version of the NMR Tool
|
To try out the NMR Tool, download
Origin's Evaluation/Demo and visit the NMR
Tool download page in the OriginLab File Exchange. To learn
more about the NMR Tool and its author, go to http://www.nmrtools.com.
You may also be interested in OriginLab's Peak
Fitting Module, or PFM. The PFM is included with the purchase
of OriginPro and offers a wizard-based
interface that walks you through the steps of advanced peak analysis.
The Peak Fitting Module offers the ability to automatically detect
a baseline and peak locations, then fit over 100 peaks. It contains
an extensive set of built-in functions, providing you with the ultimate
in flexibility when performing your least squares fitting and peak
data set analysis. Individual peaks can even be fit to different
functions. Additionally, you can create your own, user-defined functions
with arbitrary baselines.
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* http://www.cis.rit.edu/htbooks/nmr/inside.htm