1 |
\begin{table*} |
2 |
|
3 |
\begin{minipage}{\linewidth} |
4 |
\begin{center} |
5 |
\caption{Calculated free energies for several ice polymorphs along |
6 |
with the calculated melting (or sublimation) and boiling points for |
7 |
the investigated water models. All free energy calculations used a |
8 |
cutoff radius of 9.0 \AA\ and were performed at 200 K and $\sim$1 atm. |
9 |
Units of free energy are kcal/mol, while transition temperature are in |
10 |
Kelvin. Calculated error of the final digits is in parentheses.} |
11 |
\begin{tabular}{lccccccc} |
12 |
\hline |
13 |
Water Model & $I_h$ & $I_c$ & B & Ice-{\it i} & Ice-{\it i}$^\prime$ & $T_m$ (*$T_s$) & $T_b$\\ |
14 |
\hline |
15 |
TIP3P & -11.41(2) & -11.23(3) & -11.82(3) & -12.30(3) & - & 269(4) & 357(2)\\ |
16 |
TIP4P & -11.84(3) & -12.04(2) & -12.08(3) & - & -12.33(3) & 266(5) & 354(2)\\ |
17 |
TIP5P & -11.85(3) & -11.86(2) & -11.96(2) & - & -12.29(2) & 271(4) & 337(2)\\ |
18 |
SPC/E & -12.87(2) & -13.05(2) & -13.26(3) & - & -13.55(2) & 296(3) & 396(2)\\ |
19 |
SSD/E & -11.27(2) & -11.19(4) & -12.09(2) & -12.54(2) & - & *355(2) & -\\ |
20 |
SSD/RF & -11.51(2) & -11.47(2) & -12.08(3) & -12.29(2) & - & 278(4) & 349(2)\\ |
21 |
\end{tabular} |
22 |
\label{freeEnergy} |
23 |
\end{center} |
24 |
\end{minipage} |
25 |
\end{table*} |
26 |
\efloatseparator |
27 |
|