A method for measuring the magnetic resonance of sample molecules (1) soluble in a polar solvent, electromagnetic high-frequency (=HF) field acting on the sample molecules (1), characterized in that the sample molecules (1) are present in a measuring emulsion (4) during measurement, wherein in the measuring emulsion (4) the sample molecules (1) are enclosed in molecular receptacles, in particular inverse micelles (2), and the molecular receptacles are distributed in a homopolar solvent (3). The invention enables the measurement of the magnetic resonance of water-soluble sample material with low apparatus-related complexity at a good signal-to-noise ratio, even at high frequencies of the irradiated HF fields.
Method for the magnetic resonance measurement of water-soluble sample molecules in molecular receptacles, for example in inverse micelles / Claudio Luchinat; Tony Keller; Antonio Giannotti. - (2009).
Method for the magnetic resonance measurement of water-soluble sample molecules in molecular receptacles, for example in inverse micelles
LUCHINAT, CLAUDIO;
2009
Abstract
A method for measuring the magnetic resonance of sample molecules (1) soluble in a polar solvent, electromagnetic high-frequency (=HF) field acting on the sample molecules (1), characterized in that the sample molecules (1) are present in a measuring emulsion (4) during measurement, wherein in the measuring emulsion (4) the sample molecules (1) are enclosed in molecular receptacles, in particular inverse micelles (2), and the molecular receptacles are distributed in a homopolar solvent (3). The invention enables the measurement of the magnetic resonance of water-soluble sample material with low apparatus-related complexity at a good signal-to-noise ratio, even at high frequencies of the irradiated HF fields.
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