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The effect of pressure ($P$) on magnetic susceptibility of CsCuCl$_3$ wasexamined in magnetic fields ($\rm \mu_0$$H$) of up to 51 T using a proximitydetector oscillator (PDO), and the $H$-$P$ phase diagram of CsCuCl$_3$ wasconstructed over the saturation field ($H_{\rm sat}$). We found that, withincreasing $P$, $H_{\rm sat}$ increases and the uud-phase that appeared at $P$= 0.7 GPa widened. Based on comparison between the experimental and calculated$H$-$P$ phase diagrams, the Y-phase was predicted to appear above 1.7 GPa. Theinterchain antiferromagnetic exchange interaction in the $ab$-plane wasevaluated and found to increase with increasing $P$, which is consistent with aprevious study under high pressure [D. Yamamoto {\it et al.}, Nat. Commun. {\bf12}, 4263 (2021).]. Moreover, an anomaly was observed below $P$ = 0.6 GPa justbelow $H_{\rm sat}$ and might be a new phase transition derived from nonlinearresponse caused by the PDO technique.

physical review. b./physical review. b

Magnetic-field and pressure phase diagram of the triangular lattice  antiferromagnet CsCuCl$_3$ clarified by magnetic susceptibility measured with  a proximity detector oscillator