Table 3 EOS parameters of Rh measured and calculated in different experiments. The volume \(V_0\), the bulk modulus \(K_0\) and its pressure derivative \(K'\) are listed. Experimental methods and EoS formulation are specified. Notice that the parameters used where obtained not always using the same equation of states. More information on the equations of states can be found in the corresponding references.For completeness, we have also included the references for the pressure scales used in each work.
From: Thermal equation of state of rhodium characterized by XRD in a resistively heated diamond anvil cell
Reference | \(\mathbf {V_0}\) (Å\(^3\)) | \(\mathbf {K_0}\) (GPa) \(\mathbf {K'}\) | PTM | Pressure gauge | EoS | Method | Pressure Range (GPa) |
|---|---|---|---|---|---|---|---|
This study | 55.046(16) | 251(3), 5.7(2) | He | Au28 | Vinet | AD-XRD DAC | 0-55 |
This study | 55.045(15) | 252(3), 5.5(2) | He | Au28 | BM3 | AD-XRD DAC | 0-55 |
55.056(8) | 258(3), 5.36(9) | Bi | Bi30 | AP2 | AD-XRD DAC | 0-180 | |
55.062(63) | 241.3(65), 5.34(24) | Ne | Tungsten31 | Vinet | AD-XRD DAC | 0-60 | |
54.92(7) | 301(9), 3.1(2) | Ne | Ruby32 | BM3 | AD-XRD DAC | 0-65 | |
54.952 | 270.0, 4.756 | Ne | Cu | BM3 | AD-XRD DAC | 31-83 | |
55.008(4) | 269(8), 4.5(1) | Single-shock | 0-212 GPa | ||||
264(1) | ultrasound | ||||||
54.83 | 299.4, 4.9 | Theo | 0-300 GPa | ||||
This study | 53.8 | 299, 4.9 | BM3 | Theo-DFT | 0-140 |
