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. Dans-ce-mélange,-le-champ-dipolaire-peut-atteindre-quelques-?t, ce qui est bien supérieur aux quelques nT obtenus en RMN du proton à 12T) Dans de telles conditions, au-delà de la précession dans le champ principal, l'évolution RMN est dominée par l'eet de l'interaction dipolaire magnétique. Les conditions expérimentales (température, concentration et polarisation nucléaire) orent une grande liberté dans le contrôle des paramètres expérimentaux (coecient de diusion, champ dipolaire), ce qui fait de ce système un outil de choix pour l'étude de la dynamique de la précession RMN non linéaire