zeng_2016_2019.md

Model	Label
zeng_2019_pure_iron	100% Fe (0% $\rm MgSiO_{3}$)
zeng_2019_earth_like	33% Fe (66% $\rm MgSiO_{3}$)
zeng_2016_20_Fe	20% Fe (80% $\rm MgSiO_{3}$)
zeng_2019_pure_rock	0% Fe (100% $\rm MgSiO_{3}$)
zeng_2019_0.1_H2_onto_earth_like_300K	Earth + 0.1% $\rm H_{2}$ (300K)
zeng_2019_0.3_H2_onto_earth_like_300K	Earth + 0.3% $\rm H_{2}$ (300K)
zeng_2019_1_H2_onto_earth_like_300K	Earth + 1% $\rm H_{2}$ (300K)
zeng_2019_2_H2_onto_earth_like_300K	Earth + 2% $\rm H_{2}$ (300K)
zeng_2019_5_H2_onto_earth_like_300K	Earth + 5% $\rm H_{2}$ (300K)
...	...
zeng_2019_50_H2O_300K	50% $\rm H_{2}O$ (300K)
zeng_2019_100_H2O_300K	100% $\rm H_{2}O$ (300K)
...	...

Note: The $\rm H_{2}O$ models are valid for temperatures of 300K, 500K, 700K, and 1000K, while the $\rm H_{2}$ models are also valid for 2000K. To consider them for the plot, you just have to modify the model name accordingly (e.g. zeng_2019_0.3_H2_onto_earth_like_700K)