Phase Equilibria and Solution Modelling of Silicates and Oxides

该项目是一系列研究的延续， 重点是相平衡和热力学的 重要的矿物系统。 本项目强调 对黑云母、硅铁矿、埃森铁矿、铁钛氧化物、 三元菱镁矿和Ca-Mg-Fe碳酸盐 相平衡实验和热力学实验 结果的解决方案建模。 这项研究将 最终应用于限制密集的 参数（例如，温度和压力）， 火成岩和变质岩结晶。

This project is a continuation of a series of studies that focuses on the phase equilibria and thermodynamics of important mineral systems. The current project emphasizes studies on biotite, ferrosilite, esseneite, Fe-Ti oxides, ternary feldspars, and Ca-Mg-Fe carbonates using reversed phase equilibrium experiments followed by thermodynamic solution modelling of the results. This research will ultimately have application in constraining the intensive parameters (e.g., temperature and pressure) under which igneous and metamorphic rocks crystallized.