Xenon hydrate as an analogue of methane hydrate in geologic systems out of thermodynamic equilibrium

This data set contains simulation results of hydrate growth on a gas-liquid interface for both methane and xenon hydrate systems. The simulations are performed on a 1D domain of 115 micron in length and for a duration of 40 minutes. The data set contains two MATLAB data files (methane_data.mat and xenon_data.mat) and one file to help users to visualize the data (plot_data.m). In the file plot_data.m, we also use experimental data from Taylor et al. 2007, which measures methane hydrate film thickness as a function of time at three different subcoolings. The discussion of the results are presented in the manuscript titled \"Xenon hydrate as an analogue of methane hydrate in geologic systems out of thermodynamic equilibrium\" (in review in G-cubed).

本数据集包含甲烷与氙气水合物体系中气-液界面上水合物生长的模拟结果。模拟在长度为115微米的一维计算域中开展，总时长为40分钟。数据集包含两份MATLAB数据文件（methane_data.mat与xenon_data.mat），以及一份用于辅助用户可视化数据的脚本文件plot_data.m。在plot_data.m脚本中，我们还引用了Taylor等人2007年的实验数据，该数据测量了三种过冷度下甲烷水合物膜厚随时间的变化关系。相关结果的讨论已收录于题为《氙气水合物作为地质体系中偏离热力学平衡的甲烷水合物类似物》的稿件（目前正在G-cubed期刊审稿中）。