Fig. 2: Basic physical properties of four novel compounds.
From: Chemically tunable quantum magnetism on the anisotropic triangular lattice in rhenium oxyhalides
Temperature dependence of the magnetic susceptibility M/H measured at 7 T (left axis) and the inverse susceptibility \({(M/H-{\chi }_{0})}^{-1}\) (right axis), where a T-independent component χ0 is subtracted, for CROB (a), SROB (b), BROB (c), and PROC (d). The black lines represent the Curie–Weiss law, i.e., M/H = C/(T − ΘW) + χ0, fitted to the experimental data between 150 and 400 K. Heat capacity divided by temperature C/T as a function of T below 100 K for CROB (e), SROB (f), BROB (g), and PROC (h). The inset of each panel displays a C/T versus T2 plot, where the black line represents a fitting C/T = α + βT2 to the experimental data between 2 and 10 K for CROB and SROB, between 2 and 4 K for BROB, and between 7 and 10 K for PROC.
