Abstract
The authors report 77Se NMR data on (TMTSF)2ClO4 showing that the field-induced spin density wave state is pushed to higher fields under pressure. The pressure dependence of the FISDW state suggests a common phase diagram for all (TMTSF)2X systems. The change of the 1/T1 temperature dependence occurring under pressure can be understood as a sizeable growth of longitudinal and transverse bandwidths which decreases the effects of Coulomb correlations.
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