Appendix 1, ProBrine program

This reseach data contains a computer package, entitled ProBrine (Properties of Brine), which is designed to evaluate the thermodynamic and transport properties of H2O-NaCl fluids over the range of temperatures from 0 to 1000 °C, pressure from 1 to 5000 bar, and salinity from 0 to 100 wt % NaCl. ProBrine operates with a wide range of thermodynamic and transport properties, including (but not limited to): phase equilibria (liquid, vapor, and halite); molar volume, density, specific enthalpy, and viscosity. The program is also equipped to calculate derived properties such as the coefficient of isobaric thermal expansion; the coefficient of isothermal compressibility; the reduced susceptibility; the isobaric specific heat capacity, and the fluxibility. In addition, the model will calculate the solubility of minerals (fluorapatite, calcite, corundum, fluorite, rutile, and quartz) as well as the respective temperature and pressure derivatives, which can be used in prediction of mineral dissolution and precipitation along a flow path. Moreover, the program is equipped to interpret fluid-inclusion data.本研究数据集包含一款题为ProBrine（盐水性质）的计算机程序，该程序旨在评估H₂O-NaCl流体在温度区间0至1000 ℃、压力区间1至5000巴、氯化钠盐度区间0至100质量百分比的条件下的热力学与输运性质。 ProBrine可开展涵盖（但不限于）以下多类热力学与输运性质的计算：相平衡（液相、气相及石盐相）、摩尔体积、密度、比焓与黏度。该程序还可计算各类衍生性质，包括等压热膨胀系数、等温压缩系数、约化磁化率、等压比热容以及流动度。此外，该模型可计算氟磷灰石、方解石、刚玉、萤石、金红石、石英等矿物的溶解度，以及对应的温度与压力导数，可用于预测流体运移路径上的矿物溶解与沉淀过程。 不仅如此，该程序还可用于流体包裹体数据的解译分析。