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Nuclear Magnetic Resonance Signature of the Spin-Nematic Phase in LiCuVO4 at High Magnetic Fields

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Academic year: 2021

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FIG. 1. (a): Simultaneous NMR time record of the 63 Cu- Cu-metal FID and 51 V spin-echo of LiCuVO 4 for H k c at µ 0 H = 42.91 T and a resonance frequency of 487.2 MHz
FIG. 2. Field dependence of the 51 V NMR spectra in LiCuVO 4 for H k c (left) and H k b (right) at T = 1.3 K, normalized to their peak intensity
FIG. 3. Field dependence of the normalized spin polariza- polariza-tion S z /S z sat (solid and open black triangles) and distribu-tion widths of the internal magnetic field ∆H int (solid and open blue circles) obtained from the 51 V NMR spectra in LiCuVO
Fig. S2 displays the field dependence of the normalized spin polarization, S z /S sat z , determined by NMR (data taken from Fig.3 of the main manuscript) together with M z /M z sat

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