Feb 24, 2025

Public workspaceNetwork for Advanced NMR Materials SSNMR Data Acquisition Protocols

This collection is a draft, published without a DOI.
  • Alex Paterson1
  • 1National Magnetic Resonance Facility at Madison (NMRFAM), University of Wisconsin-Madison, Madison, WI, United States
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Collection CitationAlex Paterson 2025. Network for Advanced NMR Materials SSNMR Data Acquisition Protocols. protocols.io https://protocols.io/view/network-for-advanced-nmr-materials-ssnmr-data-acqu-d4mv8u66
License: This is an open access collection distributed under the terms of the Creative Commons Attribution License,  which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited
Protocol status: In development
We are still developing and optimizing this protocol, but it should be functional. We hope to solicit feedback primarily on clarity and usability. We intend to publish it in June 2025.
Created: February 24, 2025
Last Modified: February 24, 2025
Collection Integer ID: 123285
Funders Acknowledgements:
National Science Foundation
Grant ID: 1946970
Abstract
The NAN Materials SSNMR Data Acquisition Protocols collection is part of the NAN Materials SSNMR Knowledgebase; a collection of resources, training and educational material, pulse programs and parameter sets, calibration procedures, sample data sets, and protocols designed to enable users with limited NMR expertise to design experiments, collect, and analyze NMR to address common research questions in materials science or chemistry using solid-state NMR. This collection includes the first batch of protocols, including both fundamental experiments (such as the quantitative Bloch decay or CPMAS) and advanced experiments (including D-HMQC and RESPDOR).
Guidelines
These protocols have been successfully tested at NMRFAM, but are still under beta testing conditions. Use care when implementing them at a local facility, and consult with a local NMR expert when in doubt. Feedback is appreciated.
Safety warnings
While the protocols warn when there is a risk of damage to the NMR probe by using high power, the associated pulse programs do not have safety interlocks; always be cautious of the power level being applied to the probe.
Before start
To access the pulse programs associated with these protocols, visit the NAN data browser at usnan.nmrhub.org and navigate to the appropriate Knowledgebase entry.
Files
Protocol
Icon representing the file Direct Detect D-HMQC
Name
Direct Detect D-HMQC
Version 2
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file REDOR
Name
REDOR
Version 2
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Direct Polarization Spin Diffusion
Name
Direct Polarization Spin Diffusion
Version 2
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Direct-Detect HETCOR
Name
Direct-Detect HETCOR
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Spin-1/2 J-Based DQ-SQ Correlation with Cross Polarization
Name
Spin-1/2 J-Based DQ-SQ Correlation with Cross Polarization
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file CP-Based Saturation Recovery
Name
CP-Based Saturation Recovery
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Quantitative Bloch Decay for Spin-1/2 Nuclei
Name
Quantitative Bloch Decay for Spin-1/2 Nuclei
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file DEPTH
Name
DEPTH
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file CRAMPS
Name
CRAMPS
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file RESPDOR
Name
RESPDOR
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Hahn Echo for High-Gamma Nuclei
Name
Hahn Echo for High-Gamma Nuclei
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Quadrupolar Non-Quantitative Bloch Decay
Name
Quadrupolar Non-Quantitative Bloch Decay
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Spin Echo with Half-Echo Acquisition
Name
Spin Echo with Half-Echo Acquisition
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file MQMAS Using Split-t1 Acquisition
Name
MQMAS Using Split-t1 Acquisition
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file CPMAS
Name
CPMAS
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Spin Echo with Whole-Echo Acquisition
Name
Spin Echo with Whole-Echo Acquisition
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Quadrupolar Quantitative Bloch Decay
Name
Quadrupolar Quantitative Bloch Decay
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Saturation Recovery for Quadrupolar Nuclei
Name
Saturation Recovery for Quadrupolar Nuclei
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Quadrupole CT-Selective Pulse Width Optimization
Name
Quadrupole CT-Selective Pulse Width Optimization
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Saturation Recovery with Half-Echo Acquisition
Name
Saturation Recovery with Half-Echo Acquisition
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Saturation Recovery
Name
Saturation Recovery
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison
Protocol
Icon representing the file Quadrupole Non-Selective Pulse Width Optimization
Name
Quadrupole Non-Selective Pulse Width Optimization
Version 1
, UW-Madison
NMRFAM FacilityUW-Madison