Title
======
Data for "Rationalising heteronuclear decoupling in refocussing applications of solid-state NMR"

Persistent Access URL
====================
https://doi.org/10.15128/r1z316q156h
https://n2t.durham.ac.uk/ark:/32150/r1z316q156h  

Contact person
==============
Hodgkinson, Paul
paul.hodgkinson@durham.ac.uk

Data collector
==============
Frantsuzov, Ilya 

Data description
================
The data available is summarised in the two Excel spreadsheets 
- experimental_data_archive_overview.xlsx
- simulation_data_archive_overview.xlsx

There are 21 bundles of experimental data and one bundle of simulation data, all of which can be downloaded separately from the above access URL:
- 516M   sim.7z 
- 1.0G   alan_MAS12_RF105_B0300.7z
- 5.2G   alan_MAS25_RF105_B0500.7z
- 631M   alan_MAS25_RF170_B0500.7z
- 1.1G   glyc_MAS12_RF105_B0300.7z
- 1.4G   glyc_MAS12_RF105_B0400.7z
- 173M   glyc_MAS12_RF105_B0500.7z
- 932M   glyc_MAS12_RF105_B0600.7z
- 805M   glyc_MAS12_RF105_B0850.7z
-  69M   glyc_MAS12_RF220_650_466_B0400.7z
- 672M   glyc_MAS12_RF300_B0400.7z
- 760M   glyc_MAS12_RF500_B0400.7z
- 377M   glyc_MAS12_RF93_B0500_BioMAS.7z
- 341M   glyc_MAS12_RF93_B0500_T3.7z
- 2.6G   glyc_MAS25_RF105_B0500.7z
- 1.4G   glyc_MAS25_RF105_B0600.7z
- 2.2G   glyc_MAS25_RF170_B0500.7z
- 263M   glyc_MAS25_RF170_B0850.7z
- 1.2G   glyc_MAS25_RF348_B0600.7z
- 3.0G   glyc_MAS62.5_RF170_B0500.7z
- 691M   glyc_MAS62.5_RF170_B0850.7z
- 3.6G   glyc_MAS78.125_RF209_B0600.7z

These are being made available as separate files associated with this overview.
Where the data set is not currently available, it can be obtained by contacting Dr Ilya Frantsuzov (ilyafrantsuzov@hotmail.com).

Raw data is supplied in either Varian VNMR, Varian-Chemagnetic Spinsight, JEOL or Bruker XWin-NMR TopSpin format, as noted in the summary table.
The data directories also contain the processed data in MATLAB file format, created using matNMR.  The matNMR_v3.9.94.7z archive contains the matNMR Matlab library downloaded from http://matnmr.sourceforge.net. 
Processing scripts for MATLAB used to create the parameter maps and fit T2' decays are included with each dataset.
General functions used by such scripts are located in the MATLAB_functions directory compressed in MATLAB_functions.7z.

In case of problems, contact Paul Hodgkinson at paul.hodgkinson@durham.ac.uk
