Sodium enrichment of Mercury's subsurface through diffusion

<p>The data contains the temporal evolution of the sodium density in Mercury's subsurface. The four files correspond to the the sodium density evolution at the cold and hot longitudes, and for two different surface binding energy distributions.</p> <h2>Description of the data and file structure</h2> <p>Each file is structured as follow :</p> <p>Line 1 : Thickness of each layer of regolith starting from the surface</p> <p>Line 2 : Porosity of each layer starting from the surface</p> <p>Each following 5 lines correspond to the evolution over 3000 seconds with :</p> <p>Line 3 + (5 n) : Time</p> <p>Line 4 + (5 n) : Mean surface binding energy</p> <p>Line 5 + (5 n) : Density of adsorbates per layer starting from the surface</p> <p>Line 6 + (5 n) : Density of gaseous sodium per layer starting from the surface</p> <p>Line 7 + (5 n) : Density of sodium (adsorbate and gas) per layer starting from the surface</p> <p>The figures in the letter use only the density of adsorbates</p> <h2>Sharing/Access information</h2> <p>The data and the software can also be asked directly to the author of the letter.</p> <h2>Code/Software</h2> <p>The software is detailed in the letter.</p>