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MINOTAUR (Matching INtensities to Optimize the Timescales and AmplitUdes of motions from Relaxometry) aims at analyzing high-field accurate NMR relaxation rates together with relaxometry intensity decays recorded under shuttling conditions to yield an accurate description of the dynamic properties of the system under study.

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MINOTAUR

MINOTAUR (Matching INtensities to Optimize the Timescales and AmplitUdes of motions from Relaxometry) aims at analyzing high-field accurate NMR relaxation rates together with relaxometry intensity decays recorded under shuttling conditions to yield an accurate description of the dynamic properties of the system under study.

More documentation can be found in the provided doc, example runs and associated publication: Nicolas Bolik-Coulon, Milan Zachrdla, Guillaume Bouvignies, Philippe Pelupessy, Fabien Ferrage, Comprehensive analysis of relaxation decays from high-resolution relaxometry, J. Magn. Reson. 355 (2023) 107555

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MINOTAUR (Matching INtensities to Optimize the Timescales and AmplitUdes of motions from Relaxometry) aims at analyzing high-field accurate NMR relaxation rates together with relaxometry intensity decays recorded under shuttling conditions to yield an accurate description of the dynamic properties of the system under study.

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