Fig. 6.

Typical $V_{\mathrm{eff,cc}}^{\mathrm{MH}}$ and resultant g(r)s for one state point at different temperatures. a Calculated effective potential $\beta V_{\mathrm{eff,cc}}^{\mathrm{MH}}$ based on temperature-dependent $V_{cc}^{\mathrm{MH}}$ and V_cd. At T = 15 °C, $\beta V_{\mathrm{eff,cc}}^{\mathrm{MH}}$ displays a shallow negative minimum at $~-0.6k_{\mathrm{B}}T$. (b) Comparison between numerical g(r)s (solid lines) and experimental g(r)s (colored squares). From top to bottom temperature increases from 15 to 30 °C. Downward pointing arrows indicate the hydrodynamic diameter of colloids which does not generally coincide with the first peak position at any temperature