Abstract
In this paper, we study the features of the formation of a nuclear magnetic resonance (NMR) line recorded using a modulation technique in a weak magnetic field (B < 0.1 T) from a small volume of a condensed medium. A new model for describing the line structure of a recorded NMR signal in a weak magnetic field is proposed. The results showed that the established relationships for describing the structure of a NMR signal line recorded in a weak field allow considering the contributions from absorption and dispersion signals during its formation. Calculation results and experiments are compared.
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